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Home My WebLink AboutMetlakatla to Karchikan Intertie 2013 propsal responePROPOSAL RESPONSE cum 'tr:"agente :'ai if - =was Vatigantihis fPROJECT MANAGEMENT SERVICES FOR INTEGRATED MANAGEMENT OF BOTH THE TRIANGLE LAKES METLAKATLAWATERSHEDFEASIBILITYPROJECTANDTHE' METLAKATLA TO KETCHIKAN INTERTIE Proposal for the Metlakatla Indian Community July 21,2013 Cover Letter July 19",2013 Paul Bryant Metlakatla Power &Light P.0.Box 359 Metlakatla,AK 99926 Subject:Project Management Services for Integrated Management of both the Triangle Lake Watershed Feasibility Project and the Metlakatla to Ketchikan Intertie Dear Mr.Bryant: HDR Alaska,Inc.is pleased to provide our qualifications in response to Metlakatla Indian Community's request for proposals for project management services.The Triangle Lake project and the Metlakatla to Ketchikan intertie present a great opportunity for your community to obtain a long-term revenue source.HDR is committed to making this a reality for you. Our work will be led by Paul Berkshire,PE.Paul has extensive experience in developing hydropower projects in Alaska and elsewhere.He has been leading the efforts for the Gartina Falls hydroelectric project from inception through design and now to construction.Paul is also intimately familiar with the recent Southeast Alaska Integrated Resource Planning effort and knowsthechallengesyouwillbefacingindevelopingtherightprojectandnegotiatingapowersalesagreement.This knowledge, coupled with our ability to self-direct and schedule the resources needed for your projects will allow us to quickly and effectively respond to all of your project needs.We look forward to helping you navigate the design and power sales agreement processes. HDR has a long history of successfully helping our clients in all aspects of rural hydroelectric project development,and we look forward to providing you with the same level of excellence.Should you have questions,please don't hesitate to contact me at 907-644-2071 or our project manager Paul Berkshire at 907-360-1015.We would be happy to meet with you and your organization at any time to discuss your project needs. Sincerely, HDR Alaska,Inc. HAD Mark Dalton Department Manager HOR Alaska.Inc.2525 C Street Phone (907)644-2000 Suite 305 Fax:(907)644-2022 Anchorage,AK 99503-2632 www.hdrinc.com Table of Contents METLAKATLA Indian Community Gartina Falls Hydroelectric Project Choosing HDR to help develop the Gartina Falls Hydroelectric Project was the right choice for us.From project conception to record setting regulatory permitting acceptance,HDR provided the high level of expertise we needed to construct the project.Every obstacle encountered, HDR was there to resolve and provide the solutions that made this project a success to model after.” -Peter Bibb,Operations Manager,Inside Passage Electric Cooperative TABLE OF CONTENTS v Section 1: Qualifications of the Firm...........ccc.c cece cscs econ eeues 01 Section 2: Rates,Fees,and Estimated Cost ..........cc cece eee e sees 02 Section 3: General Experience Of Firm ............0ccccccceceeenenecs 03 Section 4: Project RESUMES .........cece cece cece ete e eee eeeeeeneee 06 Section 5: Additional References.............ccceccuccucescuccuccucs 09 Section 6: Approach to Project ...........ccc ccceeeeeeeeeeeeeeeeaees 10 Section 7: Key Personnel ...........00eeeeeeeeeeeeeeeeeeees beeeeeee 12 Section 8: Firm Capacity........0.sees eee e cette eee e eee eeeeee een eee 16 Section 9: Exclusions,Conditions,or Qualifications .................06.7 Section 10: Additional Information..............cccceeceeeceusceesees 18 Appendix A.RESUMES ........ccc cece ceeeeeceeeeseceeueues Appendix A 0)Appendix B Project Management Services «July 21,2013 Sectioni METLAKATLA Indian Community FIRM QUALIFICATIONS HDR Alaska,Inc.(HDR)is a leading engineering,architecture,and consulting firm that excels at managing complex projects and solving challenges for clients.As a multi-disciplinary firm,HDR provides a full spectrum of services.HDR professionals represent a diverse array of disciplines and collaborate on teams to provide solutions beyond the scope of traditional engineering firms. HDR has a strong background in helping clients develop hydropower facilities that provide sustainable energy for years to come.For over 30 years in Alaska,our hydropower staff has helped many utilities,state agencies,communities,and tribal organizations assess the feasibility of hydropower,and provide planning,licensing,design,and construction services to make their projects a reality.We have over 150 staff and offices located in Anchorage,Palmer,Fairbanks,and Juneau.Our staff include: 20 civil and structural engineers,40 scientists (wetlands,vegetation, fisheries,water quality,permitting,cultural resources,soils analysis,and hydrology),and specialists in construction management and inspection, Geographic Information Systems (GIS),real estate services,public involvement,CAD design,and document editing and production staff.We are committed to helping our clients develop the practical hydroelectric facilities that will provide affordable energy for the future. With recent and relevant experience on many hydropower projects throughout Southeast Alaska,our team has a firm understanding of the many challenges associated with hydroelectric facilities and the array of options available to solve them.We have a large national expertise base, and a strong local hydroelectric design resume.Services our firm is able to provide include:feasibility and economic studies;site optimization;new facility design,existing facility,and upgrades;hydrology and hydraulics; power sales negotiation;Federal Energy Regulatory Compliance (FERC) licensing and relicensing;environmental permitting and compliance;dam inspection and analysis;and bidding,procurement,and construction. HDR Snapshot: Alaska presence since 1979 HDR Alaska,Inc.established 1995 Offices in Anchorage,Palmer,Fairbanks,and Juneau Over 140 Alaskan employees Actively involved in the community Extensive relationships with local,state,federal,and tribal agencies » » » » » » Golder Associates Inc.(Golder).HDR is pleased to have Golder on our team to provide geotechnical engineering services on this project.Golder's Alaska office has operated in Anchorage since 1980,as a center for cold regions geotechnical engineering expertise.Golder's resources in Alaska are considerable.In North America,Golder has experienced professionals that can be drawn on for almost any geotechnical sub-specialty.Golder Section 1:Qualifications of the Firm ate has more than 50 years of involvement with the siting,permitting, investigations,design,construction management,and monitoring as well as with environmental,political,and economic considerations of dams. Golder has designed hundreds of new dams and reservoirs for water supply and hydroelectric power. Team Members The HDR team brings together professional expertise in the areas of engineering,regulatory,economics,fisheries,environmental,and construction management related to hydroelectric projects.This combination of talent allows us to provide the Metlakatla Indian Community (MIC)with a project team that can respond to any project situation that may arise.In addition,HDR has more than 8,000 employees nationally from which we can draw upon,should special needs arise. Section 7 of our proposal provides an organizational chart,with detail on the qualifications of our team members. Our staff has an excellent working relationship with the FERC,Alaska Department of Fish and Game (ADF&G),AEA,and other resource agencies that may have oversight roles on projects.These working relationships, coupled with our past and current experience working in the region,will allow us to effectively handle any licensing or permitting issues that may come up. Teamwork is a hallmark of the HDR management approach.The team proposed has a long history of working together and has established the working relationships,communication protocols,and approach to make your project a success. Project Management Services «July 21,2013 11 Section 2 7 METLAKATLA Section 2:Rates,Fees,and Estimated Cost BXIndianCommunityae?” Our estimated budget below corresponds with our scope of work written in Section 6 of this proposal.The estimated budget for Task 1 -Site Reconnaissance,is fairly well defined.The scope and budget for Task 2 (Concept Design)and Task 3 (Business Plan)will depend on the results of Task 1. Our approach will move the project forward in a logical manner and give you the quality of information you need in order to further advance the project. Detailed breakdown of man hours,expenses,and costs can be found in Appendix B.HDR is committed to completing work within established budgets and we do not put our clients in a financial hardship position by exceeding available funds. 1 Project Reconnaissance $44,000 2 Conceptual Design $238,000 * 3 Business Plan $18,000 * *Scope and budget for Tasks 2 and 3 will be dependent on results of Task 1. Project Management Services «July 21,2013 {2| Section 3 METLAKATLA Indian Community A snapshot of our team's hydropower project experience with associated services per project are shown on this page.HDR's experience on remote project field logistics,support and safety are summarized on the following pages.Detail on three representative hydropower projects, shown below,are included in Section 4. Section 3:General Experience of Firm SERas HOR Hydroelectric Project Experience In Southeast Alaska Gartina Falls (Hoonah)Elfin Cove Hoonah, .©Gartina Falls Lagana ©Project Locations &COMMUNITY ..PelicanHydroelectricProject.Thayer°Creek Takaty Sita o lake PETERSBURG King Cove Hydropower Project *ereen Bind sidugh "en Tyee Laka (Delta/Waterfall Creek) Swan lake Black Bear .tneLakee&KETCHIKAN Tazimina Hydropower Project greeter LokehgMETLANATLA (Initial/Current Work)creen .--mt U uroe 0 p ': Angoon,Thayer Creek |Reconnaissance study,stream gaging,concept design,permitting Black Bear Lake FERC licensing Blind Slough FERC Part 12 dam inspection Chester Lake Design Connelly Lake Environmental studies Elfin Cove Reconnaissance study Green Lake Condition assessment Gustavus,Falls Creek Reconnaissance study,permitting,design,review,ongoing evaluation of transmission line Hoonah,Gartina Falls |Reconnaissance study,streamgaging,environmental studies,permitting,design,construction Mahoney Lake Reconnaissance study,streamgaging,environmental studies,permitting,design,construction Pelican Evaluation,Recommendation for rehabilitation,design review Reynolds Creek Feasibility study,environmental studies,permitting,licensing,design Schubee Lake Reconnaissance study Swan Lake FERC compliance monitoring Takatz Lake Environmental studies Tyee Lake FERC compliance monitoring Walker Lake Reconnaissance study,feasibility study Project Management Services «July 21,2013 13| METLAKATLA.|Section 3:General Experience of FirmIndianCommunity REMOTE PROJECT EXPERIENCE WITH INTENSE LOGISTICAL COORDINATION FIELD LOGISTICS AND SUPPORT Fielding multi-discipline projects in the remote regions of the state is not new to HDR.The Gartina Falls environmental studies,Battle Creek Fisheries and Aquatics Studies,Susitna-Watana environmental and fisheries studies,Livengood Project baseline fisheries and aquatics investigations,and the Pebble Project environmental baseline studies are all examples of remote field projects that HDR crews completed over the past few field seasons.These projects involve deploying crews to remote sites often requiring helicopter or boat access.HDR crews are experienced with safety and logistical requirements for effective wintertime sampling as well as summer conditions. Intense logistical coordination services,which required additional services outside of travel and lodging for field and project staff,were provided for the Tazimina and King Cove projects identified in the next section.These projects were constructed and required significant logistical work for materials transport,construction administration, construction delivery scheduling/budgeting,etc. Field Equipment -HDR owns most of the equipment needed for the expected field work on this project.This equipment is stored and maintained in a dedicated warehouse space. Field Camps and Sampling Permits -In work on the Chakachamna Hydro project in 2009,HDR prepared a comprehensive logistical plan to field three remote field camps in support of a multi-discipline field program. This effort required a carefully coordinated permitting package consisting of the Alaska Department of Natural Resources (ADNR)Coastal Project Questionnaire and applications for six ADNR land use permits,three Alaska Department of Environmental Conservation (DEC)temporary camp Su"RRi permits,an ADF&G special area permit for the Trading Bay State Game Refuge,two ADF&G habitat permits,and four ADF&G Fish Resources Permits. Remote Communications -To support teams in remote field camp locations,HDR has developed a rapidly deployable satellite communication system that can provide commercial-grade telecommunications and network connectivity anywhere.This system links into HDR's Anchorage network,enabling field personnel to access the HDR e-mail system,phones,and have secure high-speed access to internal databases.This communications approach will ensure safe,coordinated, and efficient field operations while preserving a high degree of data integrity. Remote field work and logistics are a part of our everyday life at HDR Project Management Services +July 21,2013 14] METLAKATLA|Section 3:General Experience of Firm ehhIndianCommunity SAFETY HDR employees routinely face project challenges ranging from construction site conditions to remote worksites throughout Alaska, including potential hazards such as helicopter orfloatplane transport, encounters with large mammals,inclement weather,hypothermia, boating,river crossings,wildfires,emergency survival,and remote site communication and logistics.Our staff is experienced in working in Alaska's environment,and suitably trained. Modes of Transportation -Transportation to/from field sites is part of our Health and Safety Plan and hazard analysis process.In southern Alaska,the modes of transportation are often hazardous,including use of helicopters,small fixed-wing or float planes,ATVs,snow machines,and small and large boats on rivers,lakes,and the ocean. 2 es*Resooe 8 HDR field staff rely on detailed planningto enhance safety. Managing Delays -We plan for possible weather delays and emergency nights in the field when the mode of transportation cannot return staff to their lodging location.For that specific scenario and as a precaution, our field teams carry summer/winter emergency survival equipment (satellite phones,VHF radios,tent,sleeping bags,stove,food,pad,anda list of emergency contacts)and backup communication devices with spare batteries.It is our standard practice to provide these items to our teams,in addition to other safety equipment needed for the work. "After HDR staff returned safely from an unexpected night on the North Slope of Alaska (in which safety and survival preparedness left "our team comfortable against the elements),our client commented that our diligence to incorporating safety in our daily practices also contributed greatly to a safe homecoming of other subcontractor staff -including the bear guards.” -North Slope client comment on HDR Alaska Health and Safety Program Deviations from the agreed-upon schedule occur when an unexpected hazard or event is encountered (e.g.,a safety concern or a weather delay). To ensure safety concerns are appropriately addressed and delays are minimized,we train our staff to provide first aid/CPR at remote sites where emergency services are not available,and we have established a communication protocol in the event of a field emergency.HDR's commitment to training is so integrated within our employees,many of them have voluntarily attended Wilderness First Aid enabling a higher level of understanding and preparedness.We provide communication devices to our teams so they can contact each other,their supervisors,HDR Managers,or emergency services as appropriate.Our office staff is also trained to respond to emergency calls from the field,have information regarding the team's location,and are able to contact emergency services when needed. HDR-Owned Safety Equipment and Personal Protective Equipment (PPE) -HDR owns and maintains the safety equipment needed to conduct our fieldwork.Examples of items from our warehouse are:satellite phones, VHF radios,first aid kits,summer and winter survival kits,bear spray, bear fencing for field camps,proper footwear choices,warm hats and gloves,sun caps,ear plugs and muffs,personal flotation devices,and hypothermia PPE such as insulated waders,hip boots,knee boots,rain suits,and dry suits. v Me .whet'7A BrLeft.to-Right:Performing snorkel studies,stream studies,radio tagging fish Project Management Services «July 21,2013 15| Section 4 METLAKATLA _*1 Section 4:Project ResumesIndianCommunity Gartina Falls (Hoonah)Hydroelectric Project Hoonah,Alaska Project Details: Hydropower evaluation,grant funding assistance,reconnaissance study,preliminary design, FERClicensing,environmental field studies,final design Dates:February 2010 -Present Owner:inside Passage Electric Cooperative (IPE) Reference:Peter Bibb,Operations Manager,Inside Passage Electric Cooperative,Inc.(907) 789-3196 ext 30 (Office),(907)321-0461 (cell) Dollar Value of Work:Overall Project Cost:$8.3 Million (estimated) Staff Involved (Responsibility):Pau!Berkshire (Project manager responsible for all aspects of project development);Bob Butera (Lead civil engineer responsible for stream gaging,hydrology,general site work and access roads). The Gartina Falls hydroetectric project is an example of where HDR has provided a full range of integrated services.Tasks have included helping the client obtain 100%grant funding from the U.S.Department of Energy and the Alaska Energy Authority (AEA)for the initial feasibility review of two hydroelectric projects -to construction financing of the selected project.The effort started with conducting a site visit,installation of stream gages,and a reconnaissance study providing conceptual design and evaluation of two small run of the river projects.For the preferred project, HDR then advanced the design and conducted environmental baseline studies (water use and water quality,fisheries,wildlife,vegetation, historical and archaeological resources,recreational and aesthetic resources,land uses,and a geotechnical reconnaissance study).With a complete package of technical and environmental information,HDR initiated the FERC licensing process.The Notice of Intent (NOI)was filed on 12/2/2011 and the FERC license was received on 1/29/2013. The Gartina Falls project will be a low head,450 kW run of the river project using a crossflow turbine.HDR is currently completing the final design of the project and construction is scheduled to occur in 2014.HDR will provide construction management services once construction begins. Of note on this project is that the completeness of the initial studies and investigations allowed HDR to pursue an aggressive FERC licensing strategy that included using the Traditional Licensing Process (TLP),a waiver of the Draft License Application and shortened comment periods. HDR was able to provide all technical resources (surveying and geotechnical were accomplished by subconsultants),and coordinate these efforts in a seamless,efficient and cost-effective manner.By having a complete in-house team we were able to eliminate scheduling conflicts, coordinate the work and adapt to changing situations. We also have the ability to "cross-utilize”our staff in the field such as the stream gaging that occurred during the project,the gage was initially installed by the engineers who were identifying the location of the intake structure.Subsequent flow measurements to create a rating curve were made as part of fisheries investigations by the fishery biologists.The data loggers were downloaded by the wildlife biologists.This coordination of effort reduces the number offield trips and provides for efficient data gathering. Whenever possible,we also try to use local help in an effort to reduce travel costs.For Gartina Falls we were able to train one of the utility operators to perform periodic (weekly)fish surveys under the supervision of our fisheries biologists.This operator now has the qualifications to do similar work as part of license compliance measures. V2 atANton,Sapeei,* Bren" Project Management Services «July 21,2013 |6| METLAKATLA |Section 4:Project ResumesIndianCommunity King Cove Hydropower Project (Delta/Waterfall Creek)| City of King Cove,Alaska Project Details: Dates:Delta Creek (1991-1996);Waterfall Creek (June 2009-Present) Owner:City of King Cove Reference:Gary Hennigh,King Cove Gty Manager,(907)274-7555 Dollar Value of Work:Overall Project Cost:Delta Creek,$5,000,000,Waterfall Creek $4,000,000 (estimated) Staff Involved (Role):Pau!Berkshire (Design manager for Delta Creek construction. Design Manager for Waterfall Creek final design currently underway.);Bob Butera (Lead civil engineer for Delta Creek construction.Project Manager for current Waterfall Creek project development.} For the City of King Cove,HDR designed and managed the construction of a hydroelectric project on Delta Creek that has been operating successfully for 17 years.We are now designing a second project for this community on Waterfall Creek that will be constructed in 2014,Paul Berkshire and Bob Butera were the primary designers on both of these projects. DELTA CREEK HDR took the Delta Creek project from project conception to completion and continues to assist the City with maintenance of this project.The Delta Creek project is a 500 kW run-of-the-river facility.Two creeks feed the project,each with separate intake structures.These structures are low,rock-filled dams approximately 10 feet high and 70 feet long with a passive system to control flow from each intake.A 36 inch diameter steel penstock supplies a Turgo style turbine.A buried transmission follows the project access road five miles into the community. HDR received the American Consulting Engineers Council (ACEC)1995 Grand Award for design and construction management of the King Cove hydroelectric project. WATERFALL CREEK Asa sister project to the King Cove Hydropower Project,this project will make use of the existing Delta Creek powerhouse and transmission line. It will be a high-head project using an impulse turbine.HDR provided a reconnaissance,feasibility and preliminary design for this project and is now preparing final design.The project will be bid in 2013 and constructed in 2014.Separate bids will be done for owner supply of the turbine,generator and controls,and the pipeline. RECENT ACTIVITY Since becoming operational in 1995,HDR has been providing on-going support for operation and maintenance activities.HDR assisted the City of King Cove in obtaining AEA Renewable Energy Round V and VI grant funding for Waterfall Creek design and construction.vwae|!iamdahonéet ™7=ee:ee cea Bem,. ”Nw fore ve ooteeosReeeatvo satTeProject Management Services «July 21,2013 |7| METLAKATLA|section 4:Project Resumes fFR Indian Community Tazimina Hydropower Project (Original/Current Work)| tHliamna,Alaska Project Details: Dates:1992-Present Owner:/iamna Nondalton Newhalen Electric Cooperative (INNEC) Reference:George Hornberger,General Manager,(907)571-1259,(907)227-0094 (¢) Dollar Value of Work:Overall Project Cost:$11,000,000 Staff Involved (Role):Pau Berkshire (Design manager for initial construction and Project manager for upcoming feasibility study);Bob Butera (Lead civil engineer responsible for ice hydrology,and access road design);Mark Dalton (Led permitting and licensing activities) HDR provided start-to-finish services for the Tazimina Hydroelectric Project. Our work on the run-of-river Tazimina Hydroelectric project began in 1993 with preparing a draft FERC license application and initial consultation documentfor the proposed Tazimina River 800kW hydroelectric project. In addition,HDR conducted a complete Environmental Assessment (EA) of the hydroelectric project and associated access road.Following these tasks,HDR performed permitting,preliminary design,final design and construction management to build the facility.The Tazimina hydroelectric project consists of two 400 kW turbine-generators and 6.7 miles of new road and transmission lines.This run-of-the-river project has bedload and ice challenges which were addressed by the intake structure design. The intake was constructed with a sediment trap upstream of the intake box.The intake screens selected were plastic to minimize frazil ice buildup. The intake box was constructed with a settling chamber.A concrete sill was constructed across the channel to ensure that the low flow channel would remain along the intake site of the river.Even with all of the design precautions we undertook,the Tazimina project taught us valuable lessons in the difficulty of constructing a run-of-river intake in arctic conditions. The extreme ice farces in this river damaged the high density polyethylene (HDPE)trash racks,which had to be replaced by steel.This caused some frazil problems which were resolved by installing a heating system in the trash racks. RECENT ACTIVITY Since becoming operational in 1997,HDR has been providing on-going support for operation and maintenance activities.HDR assisted INNEC in obtaining Round VI funding for a feasibility study to evaluate the potential of increasing the capacity of the project to meet the growing energy needs of the communities. Project Management Services +July 21,2013 |8| Section 5 METLAKATLA Section 5:Additional References é.FORIndianCommunity |a .:Our past performance has been outstanding based on quality indicators suchHDRstandsbyourwork.The satisfaction of our clients defines as client testimonials and our history of compliance with delivery schedule,costourfuturesuccess. ._control and quality of work -as evidenced by our 85 percent repeat customer ,"base.HDR practices a philosophy of maintaining our clients for life.Our goal is to become a trusted advisor to our clients,not just a transaction-based service provider.Please contact the references associated with the projects in Section 4.Additional references are shown below. SECTION 4:REFERENCES 1).Peter Bibb,Operations Manager,Inside Passage Electric Cooperative,Inc.,(907)789-3196 ext 30 (office),(907)321-0461 (cell) 2).Gary Hennigh,King Cove City Manager,(907)274-7555 (office) 3).George Hornberger,General Manager,(907)571-1259 (office),(907)227-0094 (cell) ADDITIONAL REFERENCES 1).Bob Grimm,Alaska Power &Telephone,(360)385-1733 ext 120,bob.g@aptalaska.com 2).David Lockard,AEA,(907)444-5326,dlockard@aidea.org 3).Doug Ott,AEA,(907)771-3067,dott@aidea.org Project Management Services +July 21,2013 |9| Section 6 METLAKATLA Indian Community Section 6:Approach to Project We strongly believe that engineering and environmental work needs to be done in concert with an overriding development strategy for a project. Since MIC is looking at these projects as a long-term revenue source for the community,we need to tailor alternatives to meet the needs of the market. As such,our general approach for near term work would focus on identifying the best project(s)that would make the most business sense for MIC to pursue.One problem we often see with new hydroelectric project development is unnecessary expense incurred because the project is not clearly defined.Clear definition includes the physical attributes of the project and perhaps more importantly how it is intended to operate. This not only allows the work to remain focused,but also allows for the delivery of a clear and concise message to agencies,non governmental organizations (NGOs),elected officials,and the general public. Specifically,we need to get "boots on the ground”as soon as possible to clarify hydrology and define the project.These are generally described below followed by a representative detailed plan. Hydrology -For the Triangle Lake,work to date has been based upon a simple drainage basin area correlation to the U.S.Geologic Survey (USGS) gage no.15072000,Fish Creek near Ketchikan (period of record 1915 to present).In addition to size,basin hydrology can be affected by a number of factors including elevation,orientation and snowfall.A reconnaissance level investigation would quantify these factors as well as establishment of a site specific gage. Characterization of the hydrology at the outlet of Triangle Lake and lower Todd Lake will use a combination of stochastic methods and field data to determine the potential for streamflow sufficient to develop hydropower. Initially,regression methods using basin characteristics will provide the best initial estimates of the hydrograph. Collection of continuous streamflow data at the outlet of Triangle Creek and Lower Todd Lake will be used to compute an annual hydrograph and this annual hydrograph can then be compared to concurrent streamflow records and long-term USGS streamflow records in Southeast Alaska, some with records covering nearly 100-years,to estimate long-term flow characteristics of Triangle Creek and lower Todd Lake. Project Definition -There is most likely enough information known about the Chester Lake expansion project to continue on with more refined engineering.However,in the case of the Triangle Lake and Lower Todd Lake projects,more needs to be done towards project definition.As well as ascertaining a baseline geotechnical assessment,other alternatives for diversion and/or the inclusion of storage should be looked at. eSana®MCE LCT RNY* EXISTING DATA REVIEW Prior to any field work,HDR will gather and review any pertinent information related to the projects. SITE RECONNAISSANCE HDR's Paul Berkshire,PE.and Bob Butera,P.E.along with Bob Dugan of Golder &Associates will perform site reconnaissance and will attempt to accomplish the following objectives at each of the sites: »Assess suitability of lake outlets for dam construction,including leakage potential. »-Assess possible powerhouse locations. »Assess suitability for above ground or buried penstocks. »Document attributes of drainage basin. »Document locations of project features with GPS. »Review routes for transmission line and points of interconnection. »Assess need for saddle dam at east end of Triangle Lake. »Locate sites and install stream gages near the outlets of Triangle and Lower Todd Lakes, The initial reconnaissance will be supported by a helicopter out of Ketchikan and is expected to take two days.The team will spend a significant amount of time on the ground becoming familiar with the sites. A reconnaissance report will be prepared to document the results of this task. Project Management Services +July 21,2013 |10| METLAKATLA Indian Community Section 6:Approach to Project Based upon the results of the initial investigation,additional site visits may be made: »Byalocal surveyor to establish site features,verify elevations boundaries,and set controls »To determine specific geotechnical properties.Such investigations would likely start with seismic refraction studies, ground penetrating radar and test pits. »Bya wildlife and fisheries biologist to document presence/ absence of any endangered species that might trigger federal agency involvement.During the site visit they will perform additional flow measurements for rating curve development at the stream gage locations. CONCEPTUAL DESIGN With the information gathered,HDR will verify the existing conceptual designs and potentially provide additional alternatives for consideration. Layouts will be made that advance the concept and will include the recommended intake,diversion,penstock,powerhouse,transmission line and access.The details of this work will depend on the results of the site reconnaissance BUSINESS PLAN Using the information gathered during field reconnaissance,HDR will develop a business plan covering the optimum project development approach.Key sections of this business plan would include:¥Project Definition »-Key Project Elements »-Hydrology »Energy Generation »Project Participants/Roles »MIC »Southeast Alaska Power Agency (SEAPA) »AEA »Bureau of Indian Affairs »Others »Market Analysis »Energy »Capacity »Project Revenue and Cash Flows »Environmental Approvals and Commitments »Socioeconomic Resources »Contract Arrangements »Development Schedule »Project Operations »Project Costs and Financing Plan HDR previously provided consulting services to the MIC for the Metlakatla Transportation Planning project.Our team stands ready to continue providing professional engineering services to the MIC for its power and energy needs. Project Management Services «July 21,2013 |11| Section 7 METLAKATLA é Section 7:Key PersonnelIndianCommunity Metlakatla Indian Community Project Manager odPaulBerkshire,PE.(CE-8657) Contract ManagerMarkee| |GRR)| Hydropower Engineer Givi Designs 'CREEDJMACERIwA12200BobButerdePeste-v 12)pave Meyer,Ph |'a \is 'Dams!DirkGyeeleyDEM cal O20 .mmmmEKerih Tergusolree cote nical bopDUGaIE DuLa0lded poh QUIGICREE NDRunhinghalty RRERGEEER Additional Support as aise Biget BowyPubicRelauonsetesteRODDINeACE Paulul Berkshire,PE.AK (CE-8657 )|Project Managerbit.Ae gy Paul has over 25 years of experience insiconsultingforcivilengineering,small i hydropower development,and generation 'ered facility operation.He has performed ata{high level throughout much of his careerasAss:Lead Civil Engineer and/or Project Manager 44 for both public and private clients throughout +4 $4]the United States and Latin America.Paul is 4 oon highly knowledgeablein small hydropower . "8 developmentand has completed asubstantialnumberofprojectevaluations,feasibility studies,and designs of new projects and due diligence reviews of existing facilities.He has proven himself to be highly capable and has a diversity of experience and knowledge well suited to the hydropower industry.Paul has led project teams for the design of intakes,fish screens and trash removal structures,» diverse fish passage structures,penstocks and other water conveyance features,powerhouses,and incidental structures.He has also created a number of sophisticated and useful computer models and computational » tools specific to the hydropower industry including optimization models and specialized economic pro forma spreadsheets.These models have been used in numerous small hydropower feasibility and project financing efforts.» Paul has experience on several projects for HDR in Alaska.Some of these include serving as the project managerfor the Gartina Falls hydroelectricprojectinHoonahandthedesignmanagerfortheWaterfallCreekproject in King Cove.He was the design manager of the Tazimina hydroelectric project near iliamna,project managerfor the licensing of the Reynolds Creek hydroelectric project on Prince of Wales Island,lead engineer for the licensing of the Mahoney Lake hydroelectric project in Ketchikan, and project engineerfor the Delta Creek hydroelectric project in King Cove.Both the Mahoney Lake and Reynolds Creek projects were being sponsored by Alaskan native corporations, In his tenure at Alaska Power &Telephone he led their new hydroelectric project development activities in Central America as the President of HydroWest International;he was the contract managerfor the rehabilitation of the 138-kV Wrangell-Tyee transmission line rehabilitation project;and he participated in the development of their South Fork and Kasidaya Creek hydroelectric projects in Southeast Alaska. Relevant experience: 25-year career devoted almost exclusively to development of hydroelectric projects in Alaska,the Pacific Northwest,and internationally. Held key roles on the feasibility studies and design of HDR's hydroelectric projects in Hoonah,King Cove,lliamna,Ketchikan, and numerous other locations throughout Alaska. Prepared numerous reconnaissance reports on potential hydroelectric projects.Reports summarize the estimate of power output (water availability,site features,and locations); estimate of project costs;and determination of land ownership and water rights. Project Management Services +July 21,2013 |12| METLAKATLA |Section 7:Key PersonnelIndianCommunity Bob Butera,P.E.AK (CE-9121)|Hydropower Engineering;Bob specializesin water resources engineering, which encompasses hydrology,hydraulics, river morphology,drainage,water supply,and hydropower.He has been involved in all phases of these disciplines,from initial concept and design,field data collection,feasibility studies, environmental analysis,and permitting to final 4 design and construction management.Bob has worked extensively with rivers throughout Alaska and knows the challenges of site/civil design and construction in remote cold regions. Relevant experience: »30 years of experience in water resources engineering,which encompasses hydropower,hydrology,river morphology, hydraulics,drainage,and water supply. »Provides civil engineering services for all of HDR's hydroelectric projects in Alaska. »Skilled in providing alternative analysis and reconnaissance studies for proposed hydropower projects throughout Alaska. Mark Dalton |Contract Manager As department manager of HDR Alaska's Anchorage office,Mark oversees the day-to- day operations of 150 staff and ensures timely delivery of products to our clients.Mark has skillfully handled numerous engineering and environmental contracts for hydropower projects that have included permit acquisition, compliance inspections,compliance resolution,'i )jurisdictiona!determinations,and strategicBZ/4 planning for future development.Markiswell known for his ability to troubleshoot and resolve regulatoryissues. Relevant experience: »Provides contract management for the Susita-Watana Hydro- power term contract in the Matanuska-Susitna Borough. »Expert in managing large regulatory projects including FERC and the National Environmental Policy Act (NEPA). »Led HDR to complete environmental and engineering docu- ments for Alaska hydropower projects including:Tazimina,King Cove,Reynolds Creek,and Mahoney Lake. MRIe Ernie Swanson,P.E.AK (EE-9095)|Electrical EngineeringaHOErieisanelectricalengineerwith37yearsofsexperienceinindustrial,municipal,and utility ,electrical system design.He has designed 5 Medium-and low-voltage electrical power distribution,power generation,motor control, instrumentation,computer distributed control, ;-#telemetry,and lighting systems,Ernie's career includes FERC ticensing,field inspection to determine potential equipment life and generation capacity,hydroelectric plant startup services,and construction engineering including plant commissioning. be bene Relevant experience: »Experienced in providing electrical engineering services to Alaskan projects ranging from power and energy to transportation projects. »Provided electrical engineering services for the Tazimina project in lliamna Delta Creek in King Cove,Gartina Falls in Hoonah, and Reynolds Creek in Hydaburg. Todd Aquino,P.E.WA |Electrical EngineeringToddhasprovidedelectricalsubstation designs for electric utility and other clients for 17 years.His engineering experience includes preparing and developing complex detailed design packages for the construction of new facilities as well as additions and modifications of existing facilities.His design work includes electrical substation physical layout,equipment selection,bus design,grounding design, panel wiring and control house design. He prepares construction specifications for use in bidding construction projects and equipment purchase,and provides technical support,testing and commissioning for the substation construction.He provides accurate estimates and schedules for project work in support of department budgeting and proposal validation.In addition,he has provided engineering support in the field to minimize impact of construction issues. Relevant experience: »National expert in electrical engineering for substations. »Lead project manager to provide extensive work for the Bonneville Power Administration's Garrison Substation,Raver Substation,Marion Substation,Longview Substation,Olympia Substation,and the Libby Substation project in Washington. Project Management Services «July 21,2013 |13| METLAKATLA é |Section 7:Key PersonnelIndianCommunity Kyle Drevniak,P.E.WA,OR |Transmission Lines Kyle has experience as a project engineer on transmission and sub-transmission line and structural design projects.His experience kes includes modeling new and existing lines in Ne ye PLS-CADD;performing structural analysis ofa{new and existing transmission structures; ;analyzing existing transmission lines for re-rates;performing transmission line route studies,including structure siting;field surveying existing lines;creating detailed material lists;locating and field staking transmission structures.Kyle also has experience providing technical support during line construction and during the public involvement process.He has experience in managing design teams and budgets,project scoping,developing project schedules, and performing internal design reviews. Relevant experience: Expert in transmission and sub-transmission line projects for voltages between 55kV and 500kV. Experience includes feasibility studies,modeling for trans- mission lines,and construction technical support during line construction. » » Dave Meyer,PhD |Hydrology ;:Previously with the USGS,Dave has provided hydrology services for 32 years.Dave began his career with the USGS as a hydrologic field assistant in 1980 and over the span of 32 years climbed the ranks to become the USGS Chief for Hydrologic Data and Monitoring from 2003- »2012.David has a PhD in Earth Resources and "a Master of Science in Geology.He specializesiinmanagingresearchteamsandfieldcrewsandprovidingstreamgaging,water-quality monitoring;and ground water monitoring throughout Alaska. Relevant experience: »Management and technical oversight of the USGS streamgaging network designed to characterize regional streamflow used by federal,state,and local resource planners for integrated resource management. »Design and/or oversight of monitoring networks for a variety of hydropower projects,including:Tyee Lake,Swan Lake,Falls Creek,Green Lake,Dorothy Lake,Salmon Creek near Juneau, Salmon Creek near Hyder,Takatz Creek »Determination of instream flow requirements. Dirk Greeley,P.E.AK (CE--10563)|Roadway Engineering ee "avg Ditk has 15 years of transportation design wy experience.Heis highly proficient with design 9 programs like Land Development Desktop, AutoCAD,Passer Ill signalization software,and in transportation design issues including: drainage,culverts,and fundamentals of highway geometric design. Relevant experience: For the Grant Lake Hydroelectric project in Moose Pass Alaska, Dirk assessed potential road routes and provided preliminary road design for a proposed road on the Kenai Peninsula that would lead to the proposed hydropower project. » »Dirk also provided roadway engineering services for the King Cove Waterfall Creek Hydropower road and the Hoonah Hydro- power road. Keith Ferguson,P.E.WA,CA,CO,FL,HA,ID,Il,MI,NE,NC, ND,OR,SD,TX,UT,VA,WY |Rock Filled Dam/Waterways Keith specializes in water resources planning, permitting,soil and rock mechanics,dam safety,dam engineering,and foundation engineering.With 33 years of experience,he has participated in over 350 civil and mining eg engineering projects.This experience includes im evaluation;design and/or construction services for over 160 embankment,concrete-faced rockfill,concrete-gravity,roller-compacted concrete,and multiple-arch concrete and tailings dams and appurtenant structures (spillways,outlet works,diversion dams etc.);pipeline and tunnel designs;water resources evaluations;and drainage and flood control projects in 18 states,Mexico,Puerto Rico,Iceland, and Bolivia.Keith is a recognized expert in dam safety,seepage and stability analysis of dams,and with Roller Compact Concrete (RCC). Relevant experience: »Substantial work on 160+major dams in U.S.,Mexico,Bolivia, and Iceland and national expert in RCC applications for dams and hydraulic structures,design of embankment,composite earthfill/rockfill dams,and seepage and stability evaluation. »Led planning,permitting,and conceptual design evaluations, overall technical review,and QA/QC during final design for the largest RCC dam in North America (Olivenhain),the largest concrete dam raise using RCC in the US (San Vicente Dam),and the San Vicente Tunnel connecting the enlarged San Vicente Dam with the Aqueduct system in San Diego County. Project Management Services -July 21,2013 [14] METLAKATLA |Section 7:Key PersonnelIndianCommunity Robert (Bob)Dugan,PG AK (PG-191)|Geotechnical Bob is an engineering geologist with 38 years of providing geology services for a wide variety and water resources projects throughout Alaska.His experience includes:route and site selection for transmission lines,pipelines, dams,roads,and other facilities.He is skilled in the planning and execution of hundreds of subsurface investigations using a variety of drilling methods;geophysical surveying; interpretation of aerial imagery;rock and soil slope stability evaluations; permafrost delineation and ground temperature monitoring;development of comprehensive manuals,plans,and specifications for geotechnical and hydrological monitoring;and reserve pit and quarry site selection, evaluation,and closure.He has authored sections on the geology,soils,and permafrost for several environmental impact documents concerning the impacts of pipelines,material sites,and other infrastructure. Relevant experience: »Provided a geotechnical investigation (Metlakatla Water Tank). »Conducted a reconnaissance level water resources assessment in Metlakatla to determine potential groundwater sources for small localized housing (Annette Island Water Supply). »Provided geotechnical services for multiple southeast projects: Gartina Creek Hydroelectric;Swan Lake T-Line,Ketchikan to Tyee Lake,Reynolds Creek Dam in Hydaburg;and the Tyee T-Line,Wrangell and Petersburg project. Erin Cunningham |Fish Studies Erin is a biologist with over 14 years of experience conducting biological analyses for hydroelectric projects,environmental baseline documents,biological assessments, environmental assessments,impact statements,and watershed characterizations. Over the last eight years,she has focused primarily on fish and wildlife characterizations and fish density studies in Alaska.Erin has also collected streamflow,fish density,and macroinvertebrate data for hydroelectric relicensing studies and conducted wildlife and botanical surveys in Washington,Oregon,and California. Relevant experience: »Provided fisheries analyses on six hydroelectric projects in Alaska.Projects included:Grant Creek Hydroelectric project and the Chakachamna Hydroelectric Baseline Studies. »-Participated in a field surveys to evaluate the feasibility of constructing a small hydroelectric facility to service the village of Chenega Bay in Prince William Sound. of geotechnical,environmental,transportation, RR Bridget Brown |GIS Bridget is an experienced GIS analyst and provides valuable spatial analysis and data management skills to a wide variety of Seg projects in Alaska.She has experience with 24 2 multitude of GIS applications including 4 Spatial analysis,suitability and environmental modeling,database design,web applications and mobile devices;she is also a skilled cartographer.As HDR's GIS Manager,Bridget manages a team of six GIS professionals who are skilled in creating maps for project reports,website development, database development and management,and are skilled in incorporating technology into all aspects of GIS to better serve and support client projects.Bridget also provides quidance and management to GIS users in the office. Relevant experience: »Provided similar GIS support for HDR's hydroelectric and natural resource development projects in Alaska. »Provided GIS support for the Watana Access Study for the Alaska Department of Transportation &Public Facilities. Leslie Robbins1 Public RelationsamegLesliehas10years of experience in %,@ transportation,environmental,and community 2°planning,and she is knowledgeable in NEPA "4 compliance and documentation for Alaska utility and infrastructure projects.Leslie's varied background and knowledge enables a ef her to effectively coordinate environmental"S@_documents involving multiple disciplines, stakeholders,and issues.Leslie has established working relationships with local resource agencies,and has an understanding of typical issues that arise during the environmental review process and permitting. Relevant experience: »Supported public involvement meetings during the Metlakat- la Transportation Planning project.Provided one-on-one meetings with agencies,and prepared a transportation issues report that outlined safety,potential scenic byway designation, possible visitor access restrictions,and linkage to the ferry system;economic development;and land use along the road. »Providing planning and public outreach support services for the Watana Transportation Access Study. Project Management Services «July 21,2013 [15 Section 8 METLAKATLA|Section 8:Firm Capacity %FR Indian Community Zopeske HDR has the capacity to meet the project schedule.HDR monitors workload through the use of Workplan.This system tracks employee availability throughout the year,as projects are in varying stages of completion.With accurate forecasting tools,our staff can firmly commit to providing the time and resources needed to meet the project schedule for the MIC. HDR is also committed to supporting MIC by ensuring project deliverables are completed on time and that they meet the requirements of the individual Notice to Proceed (NTP)'s.We have an established QA/QC program that involves in-house reviews at various stages of the process.These reviews are completed by independent and technically competent staff members.The objective of these reviews is to ensure that the scope of work is being addressed and the client's concerns are being met.We will also provide progress submittals to MIC as the work continues so you can see the progress of the work,as well as the direction so that the objectives can be met.This early and continuous review will ensure that the work is delivered on time and meets the requirements of the MIC. Project Management Services «July 21,2013 |16| Section 9 METLAKATLA Section 9:Exclusions,Conditions,or Qualifications RRIndianCommunity HDR does not have any exclusions or conditions.We anticipates use of our Standard Form of Agreement for performance of this work,unless otherwise directed by the MIC during contract negotiations. With a strong cultural heritage,our HDR team of Alaskan residents seek to provide the MIC with the tools and resources necessary to help Metlakatla prosperfor many years to come. Project Management Services «July 21,2013 {17| Section 10 METLAKATLA Indian Community The completion of the intertie to Ketchikan along with new energy development on Annette Island holds large potential for the MIC.HDR is committed to helping you reach these goals.In Alaska,we have successfully brought the benefits of hydropower to the communities of 'liamna,Nondalton, Newhalen,King Cove,Hydaburg and now Hoonah.We are excited to help expand the hydroelectric resources on Annette Island. As an independent power producer selling into the SEAPA grid,knowledge of the potential energy market will be of paramount importance.In this regard,HDR is uniquely qualified to assist MIC. Southeast Alaska Integrated Resource Plan.Working for the AEA,HDR assisted in the first integrated energy resource plan for Southeast Alaska.Our participation in this effort gives us unrivaled experience in the region when it comes to knowing the issues associated with the Southeast Integrated Resource Plan (SEIRP).The goal of this project was to determine the best long-term plan for providing energy and transmission for the region.HDR's tasks included participating in work group meetings,collecting existing hydro characterization information,identification of potential hydropower projects in the project area,and helping refine the potential hydropower project list. This means we can hit the ground running without having to spend time tracking down information and getting up to speed on the situation.This will be a significant savings to MIC in both time and money. SEAPA,in its recent call for power,defined their long-term energy needs.MIC has been looking at three potential energy projects to meet the region's energy needs.Namely,the expansion of Chester Lake and the construction of Triangle Lake and Lower Todd Lake.These projects have all been investigated as run-of-river projects. A graphical depiction of the energy situation is shown in the figure on the right.The SEAPA Energy Market graph shows that about 32%of the MICs potential energy cannot be utilized. One area we would like to investigate is the ability to add usable storage at the project's being considered.The ability to seasonally shift the energy will increase the utilization of the projects and also likely increase the value of the energy.This project optimization is one of the specialties of HDR. Section 10:Additional Information @ teem ©Comnieed ===Comeenet ©trp -tenn Southeast Alaska Integrated Resource Plan Proposed Transmission &Hydro Projects &BLACK 8 VEATCHateng+world of artenera{MWhSEAPA Energy Market 6,000 @ 2036 SEAPA Demand 5,000 +@ MIC Potential Energy 4,000 - 3,000 +_ 2,000 +- -@--i-_8 1,000 +--14---ta 8 +a a Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Project Management Services «July 21,2013 [13| ee Resumes Education Master of Civil Engineering,Civil/Structural (Master of Science Civil Engineering), University of Washington,1997 Professional Registrations Professional Engineer,Alaska,United States,No.8657 Issued:09/21/1993, Expires:12/31/2013 Professional Engineer -Civil,Washington, United States,No.29628 Issued: 02/12/1993,Expires:11/28/2013 HDR Tenure 11 Years Industry Tenure 25 Years ONE COMPANY |Many Solutions Paul A.Berkshire Project Lead/Sr Engineer Professional Experience Paul has more than 25 years of experience in consulting civil engineering,small hydropower development and generation facility operation.He has performed at a high level throughout much of his career as Lead Civil Engineer and/or Project Manager for both public and private clients throughout the United States and Latin America.Paul is well versed in small hydropower development and has completed a substantial number of project evaluations, feasibility studies,and designs of new projects and due diligence reviews of existing facilities.Paul's design and construction oversight experience in public works and infrastructure projects includes roads,canals and pipelines and water storage and diversion structures.Paul has proven himself to be a highly capable and has a diversity of experience and knowledge well suited to the hydropower industry. In the hydropower generation field Paul has personally managed the development and operation of small hydropower projects and led project teams to design intakes,fish screens and trash removal structures,various fish passage structures,penstocks and other water conveyance features,powerhouses,and incidental structures. HDR Project Experience Gartina Falls Hydroelectric Project,Inside Passage Electric Cooperative,Hoonah,AK. Project Manager.Managed the complete development of the 450 kW Gartina Falls project. Work on this project includes design,permitting,and FERC licensing.He led an aggressive FERC licensing strategy that involved extensive agency negotiations and expedited timelines and he is currently managing the preparation of license compliance documents and plans and specifications for construction. Susitna Hydroelectric Project Evaluation,Alaska Energy Authority,AK.Project Engineer for the 2010 re-evaluation of the Susitna river hydroelectric complex.Paul's work consisted of detailed energy modeling and cost estimating.As part of this work he participated in Railbelt Integrated Resource Plan (RIRP)providing the technical input associated with the hydroelectric projects being considered. Tazimina Hydroelectric Project,Iliamna-Newhalen-Nondalton Electric Cooperative, Alaska Peninsula,AK.Design Manager.Led final design of the 700 kW (220 cfs) Tazimina Hydroelectric Project located in remote Southwest Alaska.Coordinated the efforts of a 25-person design team,including geotechnical,structural,electrical,civil,and mechanical engineers located in three different design offices.Project challenges included harsh physical conditions,including a nearby geological fault,and an accelerated project timetable.Unique project features include a "diversion-less”intake structure,an underground powerhouse with a 26-foot diameter,130-foot deep access shaft and 300-foot long horseshoe tunnel through highly fractured bedrock,and seven miles of all-weather access road.The access shaft contains a self-supporting 3-dimensional space frame that houses the 2-man access elevator,egress ladders,HVAC ducting,and power cableways. Analysis included physical model tests of the intake,3-dimensional computer modeling of the geology,and two 3-dimensional finite element analyses of structural features. King Cove Hydroelectric Project,City of King Cove,AK.Project Engineer.Led design and construction of an 800 kW hydroelectric project in rural Southwest Alaska.Project included site investigations;structural design for two reinforced concrete intake structures, retaining walls,and powerhouse foundation;steel design for heavily loaded hatch covers; hydraulic analysis of sluiceway;slide gate selection;trashrake design;safety design of access ladders,handrails,and gratings;and,site layout and grading for switchyard and staging facilities.Assisted in turbine/generator vendor coordination and equipment selection. Reynolds Creek Hydroelectric Project,Haida Corporation,Hydaburg,AK.Project Manager.Manages development of a small hydroelectric project on Prince of Wales Island in Southeast Alaska.Determined optimal project development and led team in preparing FERC licensing documents including an Applicant Prepared Environmental Assessment. Participated in land use and power sales negotiations.Developed regional energy plan for the island to demonstrate project need and present project economics.Assisted in securing federal grant funding for the project. Mahoney Lake Hydroelectric Project,Cape Fox Corporation,Ketchikan,AK.Project Engineer.Responsible for the design of a 9.6 MW hydroelectric project in southeastern Alaska.Project features include a lake tap,a series of tunnels and shafts.Performed in-depth hydraulic modeling of the basin and project operation.Participated in negotiations with agency personnel pertaining to establishing fish habitat flow requirements and operational parameters.Responsible for the technical content of the FERC license application and Applicant Prepared Environmental Assessment. Hidroelectrica Rio Hondo,Guatemala,Hidroelectrica Rio Hondo,Cental America. Paul served as Managing Director for the complete development of the 32-MW,1000 m high-head Rio Hondo I hydroelectric project located in central Guatemala.He was responsible for project design,power sales marketing,project financing and operation,and maintenance of the facilities once complete.In addition,Paul led negotiations with bi-lateral and multi-lateral financing institutions,private equity financiers and a variety of international environmental agencies and NGOs,and coordinated discussions between the project company and U.S.governmental agencies such as USDOC,USAID and the Consulate.He secured $42M of non-recourse project financing from the Overseas Private Investment Corporation (OPIC)and $45M of non-recourse project financing from the Central American Development Bank. Southeast Alaska Integrated Resource Plan,Alaska Energy Authority,AK.Paul provided the technical input associated with the hydroelectric projects beings considered. Work involved identifying over 300 potential hydroelectric projects in southeastAlaska anddetailedanalysisofprojectsidentifiedforfurtherreview.Solomon Gulch Hydroelectric "Project,New Low Level Outlet Works,Valdez,Alaska.Paulis the project manager and design engineer for the addition of new low level outlet works to the existing penstocks. Work consists of two new 30-inch ball valves,controls and associated structures.Paul also oversaw the construction and performed the necessary reporting to FERC. Waterfall Creek Hydroelectric Project,City of King Cove,AK.Paul serves as the design manager for a small 325 kW hydroelectric project.The project included site investigations, access road layout and preliminary design level drawings of the intake,pipeline and powerhouse. Schubee Lake Hydroelectric Project,Alaska Power &Telephone,Skagway,AK.Paul was the project manager for the feasibility level investigation of the Schubee Lake hydroelectric project located near Haines.He conducted site investigations,created conceptual designs,and prepared energy and cost estimates. Chenega Hydroelectric Project,Chenega Corporation,Chenega,AK.Paul was the project engineer for the feasibility level investigation of a small hydroelectric project located in Chenega.He was participated in conceptual design of the project and was responsible for energy and cost estimates. Paul A.Berkshire -Page 2 AR Falls Creek Electrical Intertie,National Park Service,Gustavus,AK.Paul was the project engineer for the feasibility level investigation of an electrical intertie to connect the Glacier Bay park with the Falls Creek hydroelectric project.He conducted site investigations and was responsible for the condition assessment of the hydroelectric project,energy modeling and detailed economic analysis. Grant Lake Hydroelectric Project,Homer Electric Association,Moose Pass,AK.Paul was the project engineer responsible for the conceptual design of a small hydroelectric project on Grant Lake.He was responsible for energy modeling and cost estimating. Blue Lake Hydroelectric Project,City and Borough of Sitka,AK.Paul designed two small (1 W and 750 kW)hydroelectric powerhouses for Blue Lake hydroelectric project in Sitka,Alaska.He conducted site investigations,site layout,and structural analysis,and created the design for two reinforced-concrete structures and prepared the contract plans and specifications.Unique project features included the design of a cantilevered powerhouse foundation and a complex penetration of an existing water-retaining structure. Solomon Gulch Saddle Dike Scour Study,Valdez,AK.Paul served as Project Manager for a study to determine stability of the slope protection for a rock-filled dam in Valdez, Alaska.He performed field investigations surveying,material testing,and site reconnaissance for building materials,and supervised hydraulic scour modeling of basin flooding conditions.He developed alternatives,and prepared plans and specifications for a new spillway wingwall with a design that incorporated pre-tensioned,pre-stressed rock anchors to minimize concrete use. Green Lake Condition Assessment,State of Alaska,DCRA-Division of Energy,Sitka, AK.As Project manager for the review and condition assessment of the Green Lake Hydroelectric project located near Sitka,Alaska,Paul inspected site facilities,reviewed operation and maintenance procedures,and interviewed operations staff.He made a determination as to the expected life of the project and financial liabilities associated with continued operation,and summarized findings in a report presented to the State. Yadkin Hydroelectric Project,Yadkin,Inc.,Badin,North Carolina.Project Engineer. Paul conducted a baseline performance analysis of the four-powerhouse,218-MW Yadkin hydroelectric system.He developed and used dynamic and linear programming models to analyze the effect and economic benefit of multiple turbine upgrades and replacements.He optimized the turbine setting under various head and flow conditions to develop kW/cfs efficiency tables for each powerhouse,and assisted in the development of daily and weekly system operation dispatch models. Black Creek Hydroelectric Project,Hydro West,King County,Washington.Paul served as Resident Field Engineer during construction of this 4 MW,1,200-foot high-head hydroelectric facility.The project included 6000 feet of difficult pipeline installation.The penstock consisted of 2600 feet of 36 inch and 3,740 feet of 30-inch steel pipe.Paul supervised the installation of both radial and slide gates.Additionally,for the related Stove Creek Hydroelectric Project,he supervised installation of tailrace barrier gates with inflatable seals,fish screen installation and penstock pressure testing. Abbeville Dam,City of Abbeville,South Carolina.Paul analyzed the stability of the concrete-gravity section of Abbeville Dam.He participated in creating a safety inspection report for project.In addition,Paul supervised the emergency installation of post-tensioned anchors and epoxy grouting to repair the cracked powerhouse wall. Allison Lake Hydroelectric Project,Alaska Energy Authority,Valdez,AK.As Project Engineer for the Allison Lake hydroelectric project reconnaissance study,Paul led site layout,economic analyses,and cost estimating for each alternative.Economic analysis included multiple load forecasts,energy valuations,and competing fossil fuel value Paul A.Berkshire -Page 3 hr forecasts.Paul also researched and wrote draft and final reports. Watertown Dam Project,City of Watertown,New York.As Project Engineer for rehabilitation of two dams and a power canal in upstate New York,Paul contributed to the design of post-tensioned rock anchors,grout curtains,four cofferdams,new concrete linings to dams and canal,and replacement of canal headgates.He prepared contract documents including FERC license applications and bid evaluations.Paul created a temporary construction emergency action plan and construction management inspection plan,and reviewed shop drawings,design modifications,and contract payments. White River Diversion Dam and Intake,Puget Sound Energy,King and Pierce Counties,Washington.Paul prepared preliminary design drawings for reconstruction of the White River Diversion structure in Washington State.This project included two radial gates, inflatable weirs,dewatering plans and existing hydraulic structure modifications. Sullivan Creek Hydroelectric Project,Pend Oreille County Public Utility District No.1, Metalline Falls,Washington.Paul prepared extensive reconnaissance and feasibility study reports aimed at re-establishing 11.4-MW hydroelectric power generation at this eastern Washington site.He identified and investigated eight potential rehabilitation alternatives, and conducted site layout,field investigations,turbine selection,economic analyses,and cost estimating for each alternative.Paul also researched and wrote a reconnaissance report and feasibility studies.He contributed to the FERC application documentation and was responsible for the preparation of application license Exhibits.He also prepared preliminary designs for a new V-shape fish screening facility and powerhouse rehabilitation. Barclay Creek Hydroelectric Project,Snohomish County PUD,Everett,Washington. Project Manager.Paul assisted the District in evaluating the economic and construction feasibility of the project as part of their acquisition efforts.He reviewed the conceptual design of the project for conformance with industry standards,estimated future project energy generation,estimated cost of construction,and reviewed permitting and FERC licensing status and compliance.Paul also assisted the District with preparing the functional design specification for their design/build contract with the developer. Bear River Resource Utilization Study,PacifiCorp,Portland,Oregon.Project Engineer. Paul was responsible for the civil engineering aspects of the Bear River Resource Utilization Study.He performed site investigations,unit performance testing,hydrology and water rights review,conceptual layout of rehabilitation alternatives,energy generation estimating, and report preparation.Paul developed a computer model to simulate the operation of Bear River from Bear Lake to Cutler Reservoir,which incorporated peaking operation plans of PacifiCorp,river travel times,minimum instream flows,and irrigation withdrawals. Columbia Blvd.Water Treatment Plant Outfall Line Repair,City of Portland,Oregon. Project Engineer.Paul was responsible for the structural evaluation of a 102-inch-diameter, elliptical-shaped outfall line.He performed structural analysis,including finite element analysis,and load determination of the reinforced concrete pipeline section under various pressurized situations.Paul also analyzed headworks and gate structures for possible future pressurized loadings. Computer Software and System Design for Engineering Applications,CASE Research Corporation,Bellevue,Washington.Paul evaluated new computer software technology on the basis of functionality and marketability.He consulted with leading software vendors on product development and implementation strategies.Paul designed and implemented relational database business applications to support accounting,shipping,conference registration,sales lead tracking,and affiliate memberships.He developed evaluation frameworks,and wrote and published reports.He also developed user manuals,and led training in the use of technology.Paul also served on the Board of Directors of Seattle chapter of the CASE Users Group,and coordinated the start-up activities of both national Paul A.Berkshire -Page 4 AR and international chapters. Diamond Fork Hydroelectric Project,Lease of Power Application,Central Utah Water Conservancy District and Strawberry Water Users Association,Orem,Utah.Project Engineer.Paul was responsible for hydrology development and energy generation estimates. He evaluated alternative turbine sizes and identified optimum configuration of units to maximize energy,given forecasted operating conditions. HDR Proprietary Software Development.Paul developed run-of-river,basin,and river operational models for use in HDR feasibility studies and hydroelectric consulting work.He incorporated the effects of 3-D equipment efficiency curves,on-and off-peak energy valuations,capacity benefits,minimum instream flows,and ramping rates.He used models to evaluate equipment selection and sizing and to estimate the annual average energy production for the following FERC license applications: Sullivan Creek Warm Creek Skookum Creek Upper So.Fork Snoqualmie Mahoney Lake Reynolds Creek Gartina Falls Paul created site-specific applications to model the optimal regulation of the Tieton Hydroelectric Project in Washington,White River Falls in Oregon,and Pine Flat in California. Lake Whitman Dam,Ketchikan Public Utilities,AK.Using finite element analysis,Paul modeled and analyzed the existing 220-foot concrete-arch dam.The analysis was used in determining the stability of the dam as part of a FERC-sponsored safety inspection. Hidroelectrica Pasabien,Guatemala,HydroWest Group.Member of the Board of Directors representing a shareholder in the project company.Paul was responsible for the ongoing operation and maintenance of the project and the administration of the project company. Jackson Bluff Dam,City of Tallahassee,Florida.Paul performed a gravity stability analysis.He examined the stability of dam under various dewatered conditions not usually associated with normal operations of the dam,and helped design,coordinate,and supervised subsurface foundation exploration and a testing program for the dam. Kissell Park Well and Pump Station,City of Yakima,Washington.Paul designed and prepared structural drawings for a reinforced masonry structure housing the well head and chlorination equipment at the city of Yakima's pump station.The design included reinforced-concrete stepped footings,earthquake resistant CMU walls,and a trussed roof. Lake Texana to Corpus Christi Water Pipeline,Port of Corpus Christi,Texas.As Project Engineer during the design of a 104-mile-long water supply pipeline,Paul performed hydraulic computations and economic evaluations of pipeline alternatives ranging in size from 54 to 72 inches in diameter.He evaluated energy rate schedules to optimize pumping costs,and prepared a composite set of plans and specifications that were used to bid the pipeline work in three segments and three different material types. South Fork Stanislaus River Operational Study,Tuolumne Utilities District,Sonoma, California.Paul served as Project Engineer responsible for the development and testing of the South Fork Stanislaus River computer model.Model development included the incorporation of varying water demands for irrigation,domestic and municipal uses, evaporation and transpiration,reservoir rule curves,hydraulic limitation,and inflow forecasting.The completed model was used to evaluate past and future uses of water within Paul A.Berkshire -Page 5 IR the basin and to determine the optimum sizing of a future reservoir planned by the District. Structural Design Alternatives,University of Washington,Seattle,Washington.Paul developed software using PASCAL and INSIGHT 2+to evaluate structural design alternatives influenced by heuristics and subjective design considerations.He worked with numerous database,spreadsheet,and desktop-publishing systems. STS Project Acquisition,CHI Western,Inc,Boise,Idaho.Project Manager.Paul evaluated five small hydroelectric projects located in the Western U.S.The projects reviewed were Kekawaka Creek,Kanaka Creek,and Lake Success in California,Sugarloaf in Colorado,and Hutchinson Creek in Washington.Paul evaluated past energy generation and reviewed project hydrology,and created synthesized hydrology where information was missing.For each project,he developed average annual energy estimates using stoichastic and simulation modeling.For the Hutchinson Creek project,Paul developed probabilistic model to determine energy generation based upon the probability of occurrence of various flow events. Synergics Project Acquisition,CHI,Inc.,Andover,Massachusetts.Project Manager. Paul evaluated four small hydroelectric projects located in the Western U.S.and Hawaii. Projects reviewed were Wailuku in Hawaii,Box Canyon and Olsen Creek in California,and Lahontan in Nevada.Paul reviewed projects for FERC license compliance,evaluated past energy generations,and reviewed project hydrology.He created synthesized hydrology where information was missing.For each project,Paul developed average annual energy estimates using simulation modeling calibrated to historical generation. Thorne Bay Power Purchase Agreement Evaluation,State of Alaska,DCRA-Division of Energy,City of Thorne Bay,AK.Project Manager.Paul evaluated a proposed power sales agreement and electrical intertie to connect the community to an existing electrical grid.Evaluation included an assessment of the city s existing diesel generation operation and continued operating costs.Economic evaluation of proposed offer included a sensitivity analysis centered around load growth assumptions and financing alternatives for the electrical intertie. Paul A.Berkshire -Page 6 AR Education Bachelor of Science,Civil Engineering, University of Connecticut,1979 Professional Registrations Professional Engineer -Civil,Alaska,No. CE-9121,Issued:07/03/1995 Professional Affiliations International Conference of Building Officials,Member HDR Tenure 25 Years Industry Tenure 34 Years Robert F.Butera Civil Engineer Professional Experience Bob is a civil engineer with 28 years of experience in water resources engineering, encompassing hydrology,hydraulics,river morphology,drainage,water supply,waste water and hydropower.He has been involved in all phases of these disciplines,from initial concept and design,field data collection,feasibility study,environmental analysis,and permitting to final design and construction management.Bob has worked extensively with rivers throughout Alaska.He is familiar with the constraints of design and construction in remote cold regions.His primary role is on project management where he focuses on keeping project staff engaged,challenged and efficiently working toward project goals. Hydropower Engineer,Hoonah Hydroelectric Project,AIDEA,AK.Provided a feasibility study and economic analysis for run-of-river hydroelectric project on Gartina Creek in Southeast Alaska. Engineer,Gartina Falls Hydroelectric Project,PEC,Hoonah,AK.Managed engineering design and environmental data collection for a 600 kW run of the river hydropower project located in Hoonah,Alaska.HDR completed,initial feasibility, preliminary engineering design,environmental studies,and is currently licensing the project using FERC's Traditional Licensing Process.The PAD filed by HDR for this project contained the information needed for a draft Exhibit E,and as a result resource agencies arewaivingtheneedforadraftlicenseapplication,expediting the process of completing a final license application for the project. Engineer,King Cove Hydroelectric Project,City of King Cove,AK.Design and construction management of a 800 kW hydroelectric project in the Aleutian Islands.Project components included a Turgo turbine,powerhouse,7,500-foot of 32-inch buried steel pipeline,two intakes,2 miles of access road,and 6 miles of buried transmission cable. Specific project responsibilities included hydrological analyses,environmental permitting, penstock and access road design,bidding and procurement of owner-supplied pipeline and transmission cables,and construction management. Engineer,Tazimina Hydroelectric,INNEC,AK.Conducted a feasibility study that updated the load growth for this facility,fuel cost escalations,cost estimate,and economic analysis of a previous study.The cost analysis compared hydroelectric to diesel power generation,analyzed the project's effect on the cost of power for the utility's customers,and the project's effect on State of Alaska power cost equalization payments to the utility.. Engineer,Susitna Hydroelectric Feasibility Study,Alaska Energy and Engineering Inc. (AEA),AK.Project Engineer.Performed all aspects of hydrologic data collection and analysis for this proposed project.Work included the establishment and operation of continuous stream flow gaging stations to U.S.Geological Survey standards;extensive sediment and bedload data collection;river cross-section surveys and channel roughness surveys for HEC-2 modeling;the documentation of river freeze-up and breakup processes; the study of reservoir sedimentation and glacial hydrology;navigation and flood studies of the lower Susitna River and in-stream flow analysis of flow variability. Engineer Susitna Hydroelectric Project,AEA,AK.Managed the reevaluation of the Susitna Hydroelectric project.Work included developing project alternatives appropriate to present day needs,estimating energy,preparing construction estimates,and overall project schedule and evaluating the economics of the project alternatives.Follow on work included coordination of the Susitna Project with the Railbelt Integrated Resources Plan and preparation of the Preliminary Decision Document which selected the Susitna project as the primary hydroelectric project to meet the long term energy needs of the railbelt. Engineer,Hydaburg Hydroelectric Project,AIDEA,AK.Examined two alternative hydroelectric power generation sites on Prince of Wales Island in Southeast Alaska to assess their feasibility as possible energy sources for the City of Hydaburg.Both alternatives were high head pelton turbine projects with 600 to 750 kW capacities. Engineer,Thayer Creek Hydroelectric Project,Kootznoowoo,Inc.,AK.Concept design of the proposed hydroelectric facility.HDR tasks included:data collection;a site inspection; environmental scoping;a hydrology study;operations modeling;developing preliminary project arrangements,sketches,and cost estimates for several facility alternatives; scheduling;economic feasibility analysis;permitting evaluation;preparation of a report summarizing the previous tasks,developing funding options;and conducting stream gauging. Engineer,Tyee Lake Hydroelectric Project,AIDEA,AK.Designed site improvements consisting of drainage improvements for the existing camp housing,boat ramp improvements for the existing dock,and an exterior ladder for the facility s powerhouse. Conducted a field trip to provide a reconnaissance report on existing site conditions at Tyee Lake for the Thomas Bay Power Authority. Engineer,Glacier Fork Hydroelectric Project,USACE AK.Providing design review and cost estimation for the proposed Glacier Fork Hydroelectric Project located near the Knik Glacier in the Matanuska Borough. Engineer,Waterfall Creek Hydroelectric Project,AIDEA,AK.Prepared concept and preliminary design for a proposed Hydroelectric Project near King Cove in the Aleutians. Currently managing permitting and final design. Engineer,Schubee Lake Hydroelectric Project,AP&T,AK.Reconnaissance study to determine the feasibility of a proposed hydroelectric project near Skagway.Tasks included: site reconnaissance (data collection and review)and field reconnaissance (lake outlet, powerhouse location,penstock alternatives,site access,geotechnical evaluation,avalanche issues,fisheries,and transmission line routing);and preparation of a reconnaissance report that included a conceptual project layout,hydrologic evaluation,estimated power output,and estimated probable construction costs. Engineer,Grant Lake Hydroelectric Project,Homer Electric Association,AK. Management of engineering design and environmental data collection for a 5 MW project on the Kenai Peninsula. Engineer,Solomon Gulch Hydroelectric Project,Copper Valley Electric Association, AK.Management of design of low level outlets works for the Solomon Gulch Hydroelectric Project.The project consisted of two new 30-inch diameter steel branch pipes connecting to the existing 48-inch diameter unlined steel penstocks with 45-degree elbows approximately 400-feet downstream of the reservoir.Two new 30-inch ball valves control discharge from the new branch pipes.Tasks included civil and electrical engineering for final design, preparation of bid documents for valve procurement and general construction,bidding assistance,construction management (including startup and testing)and FERC support through construction. Robert F.Butera -Page 2 AR Engineer,Pelican Hydroelectric Project,AIDEA,AK.Provided design review for the renovation of the Pelican Hydroelectric Project. Engineer,Atka Hydroelectric Project,AIDEA,AK.Provided design review for the proposed Atka Hydroelectric Project on Atka Island. Engineer,Old Harbor Hydroelectric Project,AIDEA,AK.Provided design review for the proposed Old Harbor Hydroelectric Project on the East Fork of Mountain Creek on Kodiak Island. Engineer,Akutan Hydroelectric Project,AIDEA,AK.Feasibility study of two sites to provide power to the City of Akutan and a local seafood processor.Both alternatives were high head pelton turbine projects with 250 kW capacities. Engineer,Swan Lake Hydroelectric Project,AEA,AK.Design and construction management to remove aging underground storage tanks and replacing with aboveground storage tanks and remediation of contaminated soil. Engineer,Mahoney Lake Hydroelectric Project,Cape Fox Corporation,AK. Responsibilities included establishment of two stream gages,a lake temperature thermometer string,and intergravel temperature probes.Analyzed effect of a potential hydroelectric project on water temperature in spawning gravels. Engineer,Nyac Hydroelectric Project,AEA,Bethel,AK.Evaluated the condition of a damaged,out-of-service hydroelectric facility constructed north of Bethel in the 1950s, which consisted of a 4-mile canal to convey water to a 500 kW Francis turbine operating at 70 feet of head.Evaluated the condition of all project components,prepared a cost estimate to return the system to operation,estimated the annual power generation of the rebuilt system,and developed a conceptual design for a project that optimized the power available from the site. Project Engineer,Gustavus Hydroelectric Project for Falls Creek,Alaska Energy And Engineering Inc.,Gustavus,AK.Provided concept design,a cost estimate,and analysis of the feasibility of a hydroelectric project for the community of Gustavus. Dams Engineer,Lucille Lake Dam Rehabilitation,City of Wasilla,AK.Design of a new sheet pile structure to replace an existing aging timber dam.Work included hydrologic analysis of the lake and creek watershed,geotechnical and structural design,permitting and construction management. Engineer,Lower Fire Lake Dam Rehabilitation,MOA-PM&E,AK.Designed improvements for the dam impounding Lower Fire Lake located north of Anchorage. Engineer,Eklutna Dam,Chugach Electric Association,AK.Assisted with inspection of this 50-foot tall earthfill dam at the outlet of Eklutna Lake. Engineer,Lucille Lake Dam Rehabilitation Study,ADF &G,Division of Sport Fish, AK.Prepared a dam hazard classification analysis for Lucille Lake dam to determine alternatives for its rehabilitation.Work included hydrologic analysis of the lake and creek watershed,selection of appropriate dam failure model,analyzed dam failure flood for impacts to roads and structures,performed a spawning habitat assessment of Lucille Creek for use in determining the appropriate dam classification,and negotiated with the Alaska State Dam Safety Engineer to select the appropriate dam failure and classification methods. Robert F.Butera -Page 3 Ah Education Bachelor of Science,Geology and Biology, Colby College,1980 Master of Science,Regional Planning, University of Alaska (Degree not complete) Professional Affiliations Association of State Wetlands Managers, Member National Association of Environmental Professionals,Member Society of Wetland Scientists,Member HDR Tenure 23 Years Industry Tenure 31 Years ONE COMPANY |Many Solutions» Mark R.Dalton Senior Vice President and Alaska Department Manager Professional Experience A Senior Vice President with HDR,Mark is experienced in developing and managing large infrastructure,planning,and development efforts,including National Environmental Policy Act (NEPA)compliance,environmental baseline data assessments,and natural resources mitigation efforts.As the Department Manager for HDR's Anchorage office,Mark oversees operations of the transportation,water,and environmental business lines of the 130-person Anchorage office.He has managed the preparation of complex Environmental Impact Statements (EIS)for transportation and linear corridor projects throughout Alaska and he has conducted numerous project feasibility reviews,most of which required extensive consultation with the U.S.Army Corps of Engineers (USACE)and other regulatory agencies.Mark works tirelessly for his clients and has earned a reputation for his persistence in providing innovative solutions to the most complex regulatory and NEPA compliance issues.Relevant project experience includes: Hydroelectric Facility Planning Contract Manager,Susitna Watana Hydroelectric Project,Alaska Energy Authority (AEA),AK.HDR secured multiple contracts to support the investigation of the feasibility of implementing the Su-Wa hydroelectric project,ranging from initial records research and project feasibility assessment to comprehensive studies focusing on fish distribution and abundance,river ice processes,subsistence use and knowledge,and potential impacts to beluga whales.HDR is currently compiling the results of the 2012 field season and planning for the expanded program in 2013 and 2014.In addition to the technical requirements for each discipline,HDR has supported AEA with rigorous safety and logistics planning for the ongoing project.The field work requires thousands of hours of field time for a wide variety of staff,and safety planning and field logistics and scheduling are paramount. Project Manager and Contract Manager,Tazimina River Hydroelectric Project, Iliamna-Nondalton-Newhalen Electric Cooperative,AK.The project includes the preparation of environmental data and engineering information to support the exemption of the project from Federal Energy Regulatory Commission (FERC)licensing requirements. Work included oversight of field engineering staff and environmental compliance work during construction.The project had numerous subcontractors,including a river modeling expert and fisheries biologist.Extensive agency and public coordination was conducted, including public hearings in Hiamna and Nondalton. Environmental Team Leader,Hydroelectric Project,City of King Cove,AK.The run- of-the river hydroelectric project was thoroughly discussed with permitting and commenting agencies early in project development,and all necessary information was provided for project review prior to application submittal to allow the fastest possible permitting time. The primary issues of concern were blocking movement of resident fish populations and possible dewatering of stream reaches used by anadromous fish.These concerns were alleviated by field studies that found only poor quality habitat for anadromous fish in the reach to be dewatered and construction of Dolly Varden rearing ponds as compensatory mitigation. Project Manager,Reynolds Creek Hydroelectric Project.Haida Corporation.HDR prepared a summary technical memorandum highlighting the consultant's past hydrologic analyses and assumptions used in creating the simulated flow data for the proposed hydroelectric project.The memorandum included calculations,stage/storage curves, drainage areas,travel times,electronic data files,and all other supporting data that went into the analysis.HDR,under Mark's direction,is developing preliminary design and conducting the environmental assessment and agency consultation processes. Project Manager,Fall Creek Hydroelectric Project,Gustavus Electric Company. Project entailed land status research,field reconnaissance of the proposed facility,and discussions about overall feasibility issues.Client required support of land exchange proposal because project is located within Wilderness of Glacier Bay National Park. Project Manager,Mahoney Lakes Hydroelectric Project,Cape Fox Corporation.For the client,on behalf of the City of Saxman,the HDR team designed and developed an applicant-prepared EA to satisfy NEPA requirements and also prepared the FERC license application for a hydropower project at Mahoney Lake near Ketchikan.As part of this project,HDR produced the Water Quality and Temperature Monitoring Technical Report and major portions of the Aquatic Resources section of the Preliminary Draft Environmental Assessment.The project also included wetland mapping within the project area and access corridors.Initial mapping was based on aerial photograph interpretation,and a field visit verified wetland locations and types.HDR conducted extensive agency coordination and secured all project permits.Supervised compilation of biological background information, description and evaluation of impacts on project area habitats,and performance of rare plant survey and biological evaluation of project's impact on the rare plants found in the area. Environmental Team Leader,Nyac Hydroelectric Evaluation Project,Alaska Energy Authority.This project evaluated the condition of a damaged,out-of-service hydroelectric facility constructed in the 1950s,which consisted of a 4-mile canal to convey water to a 500 kW Francis turbine operating at 70 feet of head.The report evaluated the condition of all project components,prepared a cost estimate to return the system to operation,estimated the annual power generation of the rebuilt system,and developed a conceptual design for a project that optimized the power available from the site. Contract Manager,Cooper Lake Hydroelectric Project Relicensing Studies,Chugach Electric Association.HDR is conducting baseline relicensing studies to help the client, Chugach Electric Association,obtain its 50-year FERC permit renewal for the Cooper Lake Hydroelectric Project on the Kenai Peninsula.HDR conducted office studies to prepare for the field studies in fisheries and aquatic resources,terrestrial resources,visual and recreational resources,and cultural resources.The field studies will be used to determine the impacts of the hydroelectric facilities on surrounding resources.HDR staff conducted the following field studies in 2002:fisheries and aquatic resources,terrestrial resources,visual and recreational resources,and cultural resources. Transportation Planning Contract Manager,Juneau Access SEIS,DOT&PF,AK.Mark is providing contract management and NEPA expertise for the completion of the Juneau Access SEIS for DOT&PF and FHWA to address issues raised during litigation of the original EIS. Project Manager,Gravina Access Project,DOT&PF,AK.Managed completion of an EIS to improve access between Gravina and Revilla Islands in Ketchikan in Southeast Alaska.The EIS studied impacts of bridge and ferry alternatives between the two islands. Project/Contract Manager,King Cove-Cold Bay Transportation Improvement Assessment,Aleutians East Borough,AK.Determined air and marine options and legal and land use pitfalls stemming from road construction connecting King Cove and Cold Bay. Mark R.Dalton -Page 2 IRR Education Bachelor of Science,Electrical Engineering, University of Washington,1976 Professional Registrations Professional Engineer -Electrical,Alaska, United States,No.9095 Issued: 05/23/1995,Expires:12/31/2013 Professional Engineer -Electrical,Idaho, United States,No.7466 Issued: 02/03/1994,Expires:09/30/2013 Professional Engineer -Electrical,Montana, United States,No.13161 Issued: 09/11/1997,Expires:06/30/2014 Professional Engineer -Electrical,Oregon, United States,No.17392PE Issued: 07/19/1994,Expires:06/30/2014 Professional Engineer -Electrical, Washington,United States,No.19209 Issued:08/15/1980,Expires:09/03/2013 Professional Affiliations HDR Tenure 23 Years Industry Tenure 37 Years ONE COMPANY |Many Solutions MSS So SESS ae Ernest E.Swanson Senior Electrical Engineer Professional Experience Ernie is an electrical engineer with many years of experience in industrial,municipal,and utility electrical system design.He has designed medium-and low-voltage electrical power distribution,power generation,motor control,instrumentation,computer distributed control, telemetry,and lighting systems.Ernie's career includes Federal Energy Regulatory Commission licensing,field inspection to determine potential equipment life and generation capacity,hydroelectric plant startup services,and construction engineering including plant commissioning. HDR Project Experience Iliamna-Newhalen-Nondalton Electric Cooperative (INNEC),Tazimina Hydroelectric Project,Iliamna,AK.Project team engineer responsible for the electrical power generation, control system design and startup commissioning for the Tazimina hydroelectric project for INNEC.Project included two 350 -kW synchronous generators,a powerhouse bored into a rock cliff,a load bank governor,control building,intake diversion facility,and a 7 -mile, 12.5 -kV underground transmission line. King Cove Hydroelectric Project,City of King Cove,AK.Project team engineer responsible for the electrical power generation,control system design and startup commissioning for the King Cove hydroelectric project for the City of King Cove.Project included 900-kW synchronous generator,powerhouse,two intake diversion facilities and a 6 -mile 12.5-kV underground transmission line.Services included project startup and construction engineering.On this project HDR staff has continued to provide operational and maintenance support for the hydroelectric facility operations.Ernie has continued to be the lead electrical engineer in support of hydroelectric operations. Alaska Power and Telephone,Black Bear Lake Hydroelectric Plant,Prince of Wales Island,AK.Electrical Engineer.Responsible for FERC licensing electrical one-line drawings and protective relaying,technical memorandums,and construction cost estimating for 4.5-MW Black Bear Lake hydroelectric plant.Project includes two 2,800-kVA generators with associated station service,standby diesel generator,and transformation facilities.Transmission facilities consist of 14 miles of 34.5-kV transmission line. City of Hydaburg,Hydroelectric Project,Hydaburg,AK.Project team engineer responsible for feasibility report that included electrical one-line drawings,protective relaying,and construction cost estimates for hydroelectric project in Hydaburg.Project includes two potential hydroelectric sites.One site consists of a single 940 -kVA horizontal turbine generator (with space for a second identical unit)and 11.3 miles of 34.5-kV transmission line with 0.9 miles of submarine transmission.The second site consists of a single 750-kVA horizontal turbine generator and 3.7 miles of 34.5-kV transmission line. City of Sitka,Green Lake Hydroelectric Plant,Sitka,AK.Designed power distribution of station service.Project included concrete arched dam,two 10-MVA Francis turbine generators,and 69-kV transmission line.Designed automatic transfer of station service power to diesel standby generator and control systems.Project currently provides approximately 80%of Sitka's electrical power. Haida Corp.,Reynolds Creek Hydroelectric Engineering and Licensing.Electrical Engineer.The proposed Reynolds Creek Hydroelectric Project site is located on the southwest side of Prince of Wales Island in southeast Alaska approximately 10 air miles east of Hydaburg.It will consist of a small diversion dam and intake at the outlet of Lake Mellen, a bypass pipe,a steel penstock,a5 MW powerhouse,access roads,and a 34.5 kV transmission line.HDR was retained by Haida Corporation to refine the project layout, prepare the FERC Application for License,and negotiate a power sales agreement with the local utility.HDR was also tasked with the development a Project Management Plan for use by the U.S.Department of Energy,state and federal resource agencies,and the local utility. Ketchikan Public Utilities,Swan Lake Hydroelectric Plant,Ketchikan,AK.Responsible for power distribution of station service power for Swan Lake hydroelectric plant in Ketchikan.Project included concrete arched dam,two 12 -MVA Francis turbine generators, and 115-kV transmission line.Designed power distribution within powerhouse,standby power generation,and control systems for auxiliary equipment associated with Francis turbine/generator combinations and powerhouse equipment.Project greatly decreased number of power outages experienced in city of Ketchikan.Plant provides 100%of city's electrical power demand when needed. Okanogan County,Enloe Dam Hydroelectric Project,Okanogan County,WA. Responsible for FERC licensing electrical one-line drawings and protective relaying, technical memorandums,and construction cost estimating for 4.1-MW Enloe Dam hydroelectric plant in Okanogan County.Project includes replacement of existing generation equipment with two 2,300-kVA horizontal Francis-type turbine generators with associated station service and transformation facilities. Puget Sound Energy,Snoqualmie Falls Hydroelectric Project,Snoqualmie,WA. Produced FERC licensing electrical one-line drawings and protective relaying for 42-MW Snoqualmie Falls hydroelectric project.Wrote technical memorandums,estimated construction costs,and field inspected existing generation equipment capacity.Project includes replacement of existing horizontal Francis-type turbine generator with new 9,000- kVA horizontal turbine generator.Two existing turbine generator units will be upgraded and new 30,000-kVA vertical turbine generator added to system.Coordinated addition of automated generator dispatch and loading control system. Warm Creek Hydro,Warm Creek Hydroelectric Project,Whatcom County,WA. Produced FERC licensing electrical one-line drawings and protective relaying for high-head, 3.7-MW Warm Creek hydroelectric project in Whatcom County.Prepared electrical technical memorandums and construction cost estimates.Project consists of 3,900-kW horizontal Francis-type turbine generator with associated station service,transformation,and transmission facilities. Skookum Creek Hydroelectric Project,Whatcom County,WA.Produced FERC licensing electrical one-line drawings and protective relaying for 9.8-MW Skookum Creek hydroelectric project in Whatcom County.Prepared electrical technical memorandums and construction cost estimates.Project consisted of 9,800-kW horizontal Francis-type turbine generator with associated station service,transformation,and transmission facilities. Snohomish County,Culmback Dam,Sultan,WA.Designed power distribution and control system for Culmback Dam project for Snohomish County PUD.Project included raising Culmback Dam outlet access and spillway 100 feet,building a penstock pipeline intake structure,and installing a 12 -mile-long penstock pipeline and dual 50-MVA turbine generators.Designed small hydroelectric generator unit at base of dam.Unit powers the equipment at the intake and outlet structures and control building.Coordinated power supply and monitoring points to remote microwave transmission station linked to SCADA.SCADA system is used to remotely control and monitor utility's hydropower plant and substations. Ernest E.Swanson -Page 2 hy Education Bachelor of Science,Electrical Engineering, Washington State Un at Pullman,2003 Associate of Applied Science,Engineering, Lower Columbia College,1999 Professional Registrations Professional Engineer -Electrical, Washington,United States,No.45917 Issued:07/09/2009,Expires:03/23/2014 Engineer in Training,Washington,United States,No.26072 Issued:12/17/2003, Expires:None Listed HDR Tenure 5 Years Industry Tenure 17 Years ONE COMPANY|Many Solutions |: Todd S.Aquino Substation Section Manager Project Manager Professional Experience Todd Aquino has provided quality Project Management and electrical substation designs for electric utility and other clients for over 17 years.His leadership role encompasses directing groups of multi-disciplined engineers and designers in support of engineering and construction schedules.His engineering experience includes preparing and developing complex detailed design packages for the construction of new facilities as well as additions and modifications of existing facilities.His design work includes electrical substation physical layout,equipment selection,bus design,grounding design,panel wiring and control house design.He prepares construction specifications for use in bidding construction projects and equipment purchase,and provides technical support for the construction of the substation as well as testing and commissioning of the substation.He provides accurate estimates and schedules for project work in support of department budgeting and proposal validation.In addition he has provided engineering support in the field to minimize impact of construction issues. HDR Project Experience Bonneville Power Administration,Garrison Substation Project,WA.Lead Project Manager responsible for all station upgrades for Garrison,Raver and Marion Substations. The project work to be done at Garrison Substation includes:the replacement of seven (7) 500kV,3,000A,40kA Power Circuit Breakers (PCBs)32E,35E,38E,45E,48E,52E,55E, one (1)230kV,2,000A disconnect switch,modifications to breaker failure protection,and an upgrade of the existing AC Station Service and switchgear to accommodate the new 500 kV PCB's and replacement of DC system. The project work to be done at Raver Substation includes:the removal and replacement of one (1)550kV,3000A,40kA PCB in Bay 5,PCB 52E,with one (1)new 550kV,3000A, 40kA PCB;removal and replacement of two (2)550kV 2000A circuit switchers in Bay 11, LID 131E,139E with two (2)new 550kV,2000A,40kA PCBs.The existing breaker in bay 5 has closing resistors so the new breaker will be ordered with them as well.Bay 11 breakers require "point on wave”closing therefore,independent pole operation is required. Bay 11 breakers may require a current limiting reactor (CLR)due to the multiple shunt groups at Raver Substation.HDR will coordinate with Joe Bebee (BPA)for new rack locations due to the control house expansion.HDR will also develop construction specifications fora CCVT replacement project designed by BPA which will be included in the construction contractor for this project. The project work to be done at Marion Substation includes:the removal and replacement of two (2)existing 550kV,3000A,40kAPCBs in Bay 14 PCB 145E and 142E as well as two (2)550kV 2000A circuit switchers in Bay 8 LID 82E,LID 88E will be removed and replaced ,with two (2)new 550kV 2000A 40kA PCBs.The Bay 14 breakers have closing resistors and the new breakers will also have them.Bay 8 breakers require "point on wave” closing.Therefore,independent pole operation is required.Bay 8 breakers may require a current limiting reactor (CLR)due to multiple shunt groups at Marion Substation. Bonneville Power Administration,Longview Annex Substation,WA.Project Manager responsible for all design of station upgrade.Projected included providing outdoor and indoor design packages for the modifications to Bay 15 for the addition of one breaker,two 230kV disconnect switches,CCVT,grounding and bus work.The existing disconnect switches,switch structures and foundations in bay 15 are to be removed and replaced with current BPA standard equipment to meet seismic requirements.Indoor requirements include new controls for the Bus Tie,new SEL-951 BFR ,an SEL-421 Relay package for the Bus Tie breaker,instrument metering,modification to the existing Bus Differential relay package,modifications to existing bus breakers,and revising the SER/SCADA alarms as necessary for the scope of the work. Bonneville Power Administration,Longview Substation,WA.Project Manager responsible for all design of station upgrade.Projected included adding an 115kV bus sectionalizing breaker between bays 4 and 6 at the Longview Substation.This work orderincludesexpandingaportionofthesoutheastfencelineout,installing a new bus sectionalizing breaker below Bay 5,replacing sectionalizing disconnects between bays 4 and 5 and 5 and 6.HDR will be adding new potential transformers on the north bus section,and relocating the south potential transformers at the end of bay 5 to a similar position in bay 3. The indoor requirements included new controls for the sectionalizing PCB,a new BEI-951 BFR for the PCB,replacement of the existing Bus Differential relay package that will cover both North and South bus sections,modify the SER/SCADA alarms as necessary and station battery and chargers. Bonneville Power Administration,Olympia Substation,WA.Project Manager responsible for all design of station upgrade.Project included adding sectionalizing breaker to the ten bay 115kV bus,adding a second bus tie breaker,replacing the bus differential, upgrading the relays and transfer trip equipment on two 115kV lines and adding overcurrent protection to transformer bank. Bonneville Power Administration,Libby Substation,WA.Project Manager responsible for all design of station upgrade.Project included replacing Breakers and add CVT for A- 1592 (10H),A-1590 (8H),A-1589 (7H),A-1587(5H),breaker fail relay for breaker A-1592 (10H)and transducers and meters. Bonneville Power Administration,Goshen 161/115kV Substation,ID.Project Manager for the design for site civil,outdoor electrical,relaying and protection,data systems, telecom,architecture and construction specifications for the Goshen 161kV substation upgrade.The scope for this project included installing a new breaker to mitigate load loss due to clearing the Goshen west bus for a fault on BPA's 161/115kV Goshen transformers, addition of breaker failure relaying,transformer relaying,breaker controls package,one power circuit breaker with a disconnects,expansion of the existing control house, transformer ground fault detection and station service upgrades. Bonneville Power Administration,Snohomish 230kV Substation,WA.Project Manager for the design of the replacement of four 230kV power circuit breakers,CCVT's and breaker fail relaying and instrument metering for the associated breakers.This work included the complete design for site civil,outdoor electrical,relaying and protection,data systems, telecom,construction specifications for the substation. Eugene Water &Electric Board,Delta Arc Flash Program,OR.Project Manager for relay upgrade projects designed to minimize arc flash on metal-clad switchgear.These projects involved implementing instantaneous tripping through a maintenance selector switch, Todd S$.Aquino -Page 2 AR Education Bachelor of Science,Mechanical Engineering,University of Washington, 2007 Professional Registrations Professional Engineer,Oregon,United States,No.87084 Issued:11/12/2012, Expires:12/31/2013 Professional Engineer,Washington,United States,No.48271 issued:06/08/2011, Expires:06/10/2014 HDR Tenure 2 Years Industry Tenure 6 Years ONE COMPANY |Many Solutions >reece Pama ae Soma Kyle A.Drevniak Section Manager Professional Experience Kyle provides project engineering on various transmission and sub-transmission line and structural design projects for voltages between 55kV and 500kV.His experience includes modeling new and existing lines in PLS-CADD;performing structural analysis of new and existing transmission structures;analyzing existing transmission lines for re-rates; performing transmission line route studies,including structure siting;field surveying existing lines;creating detailed material lists;and locating and field staking transmission structures.Kyle also is experienced in providing technical support during line construction. He is experienced in managing design teams and budgets,project scoping,developing project schedules,and performing internal design reviews. HDR Project Experience Bonneville Power Administration (BPA),Big Eddy-Knight 500kV Transmission Line, OR-WA.Design Engineer for approximately 28 miles of new S00kV transmission line utilizing steel lattice towers,including 14 miles of double circuit construction with existing 345kV and 230kV lines.Duties included:the development of construction data books and performance of internal design reviews of design drawings and material lists. BPA,Cardwell-Cowlitz 115kV Transmission line,WA.Project Engineer for a 7.5-mile rebuild of 115kV line,including round wood pole H-frame and single pole construction.The rebuild included the replacement of existing structures and line hardware while retaining the existing conductor.Duties included:project team resourcing,PLS-CADD design,the development of construction data books,creation of material lists,and preparation of a supplemental construction specification. BPA,Colville-Republic 115kV Transmission Line,WA.Project Engineer.Provided design of complete rebuild of 13.5 miles of wood pole H-frame transmission line.Rebuild included stringing larger transmission conductor and replacing all existing structures and line hardware.Duties included:PLS-CADD design,the development of construction data books, creation of material lists,and preparation of a supplemental construction specification. BPA,Knight Substation Transmission Shoefly,WA.Design Engineer for a temporary shoefly of the Wautoma-Ostrander 500kV and North Bonneville-Midway 230kV transmission lines to allow for construction of Knight substation.This project also included the final transmission drops into Knight Substation,the addition overhead ground wire on Wautoma-Ostrander,and phase transpositions at various locations along Wautoma- Ostrander.Duties included:PLS-CADD design,ATADS tower structural analysis,the development of construction data books,and creation of material lists. Puget Sound Energy,Joint Use Structural Analysis,WA.Project Engineer for various projects,where a third party communication company has requested an attachment to the Puget Sound Energy transmission system.These projects included modeling approximately 30 miles of existing transmission lines and modeling the lines with the new attachment, using the models to verify the new attachment did not cause the load exceed the structural capacity.Duties included:team scheduling and resourcing,field surveying of existing transmission lines,PLS-CADD design and analysis,and creation of report with a summary of structure usage. Non-HDR Project Experience Puget Sound Energy,Bainbridge Island 115kV Transmission Improvements,WA. Project Engineer for transmission line design for the addition of Bainbridge Substation and completion of the transmission loop through Winslow Substation,Bainbridge Station,and Murden Cove Substation.Duties included:routing analysis,development of a preliminary cost estimate,conducting EMF research and studies,and attendance at public meetings Puget Sound Energy,Sammamish-Vitulli 11SkV Transmission Line,WA.Design Engineer for the thermal re-rate of approximately 8 miles of 115kV H-frame line to 100 C. Duties included:field survey of existing line,PLS-CADD design,and the creation of a drawing package to show new line rating. Puget Sound Energy,Shuffleton-Lakeside 115kV Transmission Line,WA.Design Engineer for the thermal re-rate of approximately 16 miles of 115kV single wood pole construction with 12.5kV distribution underbuild to 100 C.Duties included:PLS-CADD design and analysis,creation of construction drawing package including plan and profiles, developing material list,providing permitting support,and providing construction support. Puget Sound Energy,South Whidbey Island 115kV Transmission Improvements,WA. Project Engineer for the design of approximately 5 miles of 115kV single wood pole with 12.5kV distribution underbuild to accommodate the new Maxwelton Substation.The project included design of a complete rebuild of 2.5 miles of existing line,re-conductor of a 1 mile section of existing line,1.5 miles of new line,and looped transmission drops into Maxwelton Substation.Duties included:coordination of survey activities,developing list of new easements that were required,PLS-CADD design and analysis,creation of construction drawing package including plan and profiles,developing material list,providing permitting support,and attending public meetings. Puget Sound Energy,Thurston County 230kV Transmission Line,WA.Project Engineer for approximately 4 miles of double circuit 230kV line.Duties included:routing analysis,development of a preliminary cost estimate,and attendance at public meetings. Puget Sound Energy,Various Transmission Lines,WA.Project Engineer for various Puget Sound Energy transmission line relocation and pole replacement projects.Duties Included:coordination with various agencies and entities,such as WSDOT,cities,and counties,PLS-CADD modeling,permitting support,development of material lists, preparation of final construction packages,and providing support during construction. Puget Sound Energy,White River-Alderton 230kV Transmission Line,WA.Design Engineer for approximately 8 miles of single circuit 230kV line.Duties included: coordination of ground and aerial survey and routing analysis. Kyle A.Drevniak -Page 2 KR ONE COMPANY |Many Solutions« === oN FTme,a 5 eeMUSSL.ae aeols7nt: Education Ph.D.:Colorado State University -Earth Resources Fort Collins,CO 1986 Master of Science:Northern Illinois University -Geology DeKalb,IL 1976 Bachelor of Science:Northern Illinois University -Geology DeKalb,IL 1974 Professional Affiliations American Water Resources Association HDR Tenure Less than a year Industry Tenure 38 Years David F.Meyer Senior Hydrologist Professional Experience Previously with the USGS,David has provided hydrology services for 32 years.David began his career with the USGS as a hydrologic field assistant in 1980 and over the span of 32 years climbed the ranks to become the USGS's Chief for Hydrologic Data and Monitoring from 2003-2012.He specializes in managing research teams and field crews for projects in Alaska and Washington;developing project proposals,budgets,and final reports for a wide range of hydrology and geomorphology investigations.As a specialized hydrologist,David continuously provides flood frequency and mapping,fluvial geomorphology,surface water modeling,in-stream flow requirements,stream gaging, water-quality monitoring,and ground water monitoring throughout Alaska.David is also an experienced project manager and has provided management and technical oversight of the USGS streamgaging network designed to characterize regional streamflow used by Federal, State,and local resource planners for integrated resource management. Project Experience Surface Water Specialist,Tyee Lake,AK.Provided technical oversight,training,review, and quality assurance of techniques and records. Surface Water Specialist,Swan Lake,AK.Provided technical oversight,training,review, and quality assurance of techniques and records. Surface Water Specialist,Falls Creek,AK.Provided technical oversight,training,review, and quality assurance of techniques and records. Branch Chief and Surface Water Specialist,Green Lake,AK.Developed monitoring plan,budget,and personnel management and provided technical oversight,training,review, and quality assurance of techniques and records. Surface Water Specialist,Dorothy Lake,AK.Provided technical oversight,training, review,and quality assurance of techniques and records. Branch Chief and Surface Water Specialist,Salmon Creek,Juneau,AK.Developed monitoring plan,budget,and personnel management and provided technical oversight, training,review,and quality assurance of techniques and records. Branch Chief and Surface Water Specialist,Salmon Creek,Hyder,AK.Developed monitoring plan,budget,and personnel management and provided technical oversight, training,review,and quality assurance of techniques and records. Branch Chief and Surface Water Specialist,Takatz Creek,AK.Developed monitoring plan,budget,and personnel management and provided technical oversight,training,review, and quality assurance of techniques and records. Research Hydrologist,Mount St.Helens,WA (1980-1982).Conducted studies of hazards consequent to landform development and sedimentation. Research Hydrologist,Mount Redoubt,AK (1989-1990).Conducted studies of hazards consequent to landform development and sedimentation. Research Hydrologist,Mount Spurr,AK (1992).Conducted studies of hazards consequent to landform development and sedimentation. Research Hydrologist,Yucca Mountain,NV (1992).Documented flood and debris hazards for the design of a permanent nuclear waste repository at Yucca Mountain. Research Hydrologist,Douglas County,NV (1992).Provided land-use planning services. Research Hydrologist,Flood Studies,Alaska.Documented flooding and inundation across Alaska,using flood frequency,1-D modeling,and flood mapping. Branch Chief,Alaska Science Center Hydrologic Data and Monitoring Branch. Responsible for providing technical surface-water quality services:streamgaging,water- quality monitoring,and ground water monitoring throughout Alaska.Oversaw reimbursable programs with the Alaska Department of Transportation,Alaska Department of Fish and Game,Alaska Department of Natural Resources,Alaska Energy Authority,Nevada Bureau of Mines and Geology,U.S.Army Corps of Engineers,U.S.Fish and Wildlife Service, Bureau of Land Management,Department of Energy,and the U.S.Forest Service. Work History Branch Chief for Hydrologic Data and Monitoring U.S.Geological Survey,Alaska Science Center,Anchorage,AK 07/2003 -12/2012 Surface Water Specialist U.S.Geological Survey,Alaska Science Center,Anchorage,AK 01/1998 -01/2011 Field Office Chief U.S.Geological Survey,Alaska District,Anchorage,AK 12/1995 -01/1998 Research Hydrologist U.S.Geological Survey,Alaska District,Anchorage,AK 12/1990 -12/1995 Research Hydrologist U.S.Geological Survey,Nevada District,Carson City,NV 05/1988 -12/1990 Research Hydrologist U.S.Geological Survey,Cascades Volcano Observatory,Vancouver,WA 01/1981 -05/1988 Hydrologic Field Assistant U.S.Geological Survey,Public Lands Hydrology Program,Denver,CO 01/1980 -01/1981 David F.Meyer -Page 2 hk Education B.S.,Civil Engineering,University of Alaska Anchorage,1996 Professional Registrations Professional Engineer:Civil Engineer, Alaska No.10563 Professional Affiliations American Society of Civil Engineers (ASCE) Society of American Military Engineers - Committee Chair,Talley Scholarship Fund Alaska Groundwater Association HDR Tenure 11 years Industry Tenure 15 Years ONE COMPANY|Many Solutions« samme sss M5 See Dirk Greeley Staff Engineer Professional Experience Dirk has more than 15 years of transportation design experience.He has worked for the Alaska Department of Transportation and Public Facilities (DOT&PF)as an intern and for the private sector as an engineer designing transportation projects.Dirk is proficient with design programs like Land Development Desktop,AutoCAD,Passer III signalization software,and AutoTurn.He has also taken advanced training in transportation design issues like urban drainage,highway culverts,traffic calming,roundabouts,and fundamentals of highway geometric design. Energy Reconnaissance Design Design Engineer,Watana Transportation Access,Alaska Energy Authority, Anchorage,AK.Design Engineer,Watana Transportation Access,Alaska Energy Authority,Anchorage,AK.Provided route finding and conceptual engineering for identifying several possible alternative routes that would provide road,rail and air access to the remote site of a proposed large dam located on the Susitna River for the Susitna Hydroelectric Project. Design Engineer,Grant Lake Hydroelectric Project Reconnaissance Study,Homer Electric Association,Moose Pass,AK..Dirk found routes and provided preliminary road design in an area where no road presently exists for a proposed hydroelectric project on the Kenai Peninsula. Design Engineer,Waterfall Creek Hydroelectric Project,King Cove,AK.This project added a second water turbine to the existing hydropower plant located on Delta Creek at King Cove Alaska.Dirk is a lead road engineer for route finding and design for an access road that will connect the existing hydropower plant to the new inlet structure located 480 feet higher up on Waterfall Creek,a tributary to Delta Creek.This road is just over a mile long and features a bridge to cross Delta Creek and several switchbacks to ascend the steep hill to the inlet structure.To control costs staff are looking at using a railroad flat car for the bridge over Delta Creek. Design Engineer,White Bulk Fuel Storage Upgrade,Alaska Division of Energy.Project involved design of consolidated bulk fuel storage into single code-compliant facilities in the rural community of White Mountain.Dirk prepared the site design for the new location of the bulk fuel storage tanks. Fire Island Wind Farm,LLC,Fire Island Wind Farm.Task Manager.FIWLLC is a wholly-owned subsidiary of Cook Inlet Region Inc.(CIRI),and is developing a wind power generation project on Fire Island,west of Anchorage in Cook Inlet.The FIW LLC seeks to diversify Railbelt power resources.Currently,Southcentral Alaska generates 60 percent of its electricity from natural gas.A renewable power source on Fire island would provide Southcentral Alaska with a reliable source of power while decreasing the cost to ratepayers' who continually experience price increases due to gas shortages.Constructing 36 wind turbines on the island would generate 54 megawatts of power providing enough electricity to power more than 18,000 homes.Dirk assisted with assembling the specifications and plan sheets and helped coordinate the designers for this task. Roadway Design Design Engineer,Chignik Connectors Environmental Services,DOT&PF,AK.Dirk laid out the location of the proposed roads used to connect the three Chignik area villages in support of the environmental effort.The project proposes to construct a new 21 mile gravel roadway to connect the communities of Chignik,Chignik Lake,and Chignik Lagoon. Design Engineer,King Cove Lagoon Bridge/Airport Access Road,DOT&PF.Designed improvements to 5 miles of roadway to the town s airport.Responsible for designing final plan sets,reviewing quantities and estimates,and drafting budget for plan set. Project Engineer,10th &Egan Drive Intersection Improvements,Juneau,AK, DOT&PF (sub to Kittleson &Associates).Performed cost estimate and constructibility. Reviewed the different alternatives presented to improve the capacity of the intersection. Assistant Design Engineer,Eureka to Rampart Road Location Study,DOT&PF.This study analyzed options and prepared the environmental assessment (EA)for constructing a 25-mile,two-lane year-round resource development road between the town of Eureka on the Elliot Highway and the Village of Rampart on the Yukon River.These two communities are linked by about 10 miles of gravel road and 15 miles of all-terrain-vehicle trails.Dirk edited the digital terrain model to better reflect the existing ground and was responsible for calculation of quantities to estimate the cost of the proposed road. Assistant Field Engineer,Seward Highway,MP-90.3 to MP-97,Girdwood to Bird Point,DOT&PF.This project involved relocation of the Seward Highway froma hilly section just north of Girdwood to the coastline.As assistant to the field engineer,Dirk performed nuclear densiometer soil density tests and inspected the quality and placement of riprap lining the side of the embankment.He also worked in the field office estimating excavation quantities in preparation for payment to the contractor. Design Engineer,Glenn Highway (Hicks Creek)Rehabilitation Project,MP-92 to MP- 97,DOT&PF.Responsible for design,quantity calculations,and plan set development for design of a 6-mile section of the Glenn Highway.Design will cover a new bridge and rerouting of the highway. Design Engineer,Glenn Highway Major Investment Study,DOT&PF.Responsible for pedestrian facility design and concepts as part of the planning and design of long-range improvements for one of Anchorage s most congested transportation corridors.Created mockup drawings and determined feasible locations for pedestrian facilities. Assistant Design Engineer,Port of Anchorage Northern Access Feasibility Study, MOA-DPW.This major study examined the feasibility of a combined public road and rail transportation corridor extending from the Port of Anchorage,traversing north and east through Elmendorf and Fort Richardson military bases,and eventually connecting to the Glenn Highway.Dirk assisted in the alignment design,and designed the proposed route selections as well as created a digital terrain model from topographic maps and calculating quantities to establish the costs of the proposed routes. Assistant Design Engineer,Kempton Hills Subdivision RID,Municipality of Anchorage Department of Public Works (MOA-DPW).This $5 million project involved reconstruction of 8,000 feet of road,drainage,and sidewalks in Kempton Hills Subdivision. Design included a completely new road structural section and subsurface drains;drainage services;complete removal and replacement of existing storm drain system,sidewalks,curb ramps,neighborhood enhancements;and minor water and sewer maintenance improvements. Dirk was part of the design survey crew,and also conducted a hydrological study to determine the impact of new storm drain lines.As assistant designer,he adjusted the road profile for positive drainage,established the placement of the new service connects,and estimated quantities. Dirk Greeley,PE -Page 2 AR Education Master of Science,Civil Engineering, University of Colorado Boulder,1977 Bachelor of Science,Civil Engineering, University of Colorado Boulder,1976 Professional Registrations National Council of Examiners for Engineering and Surveying (NCEES),US National Registration Issued:03/01/1994 Professional Engineer -Civil,California, United States,No.C050851 Issued: 01/12/1976,Expires:09/30/2013 Professional Engineer -Civil,Colorado, United States,No.19046 Issued: 01/01/1976,Expires:10/31/2013 Professional Engineer -Civil,Florida, United States,No.75094 Issued: 11/01/2012,Expires:11/01/2014 Professional Engineer -Civil,Hawaii,United States,No.PE 12307 Issued:01/17/2010, Expires:04/30/2014 Professional Engineer -Civil,Idaho,United States,No.6834 Issued:01/06/1976, Expires:09/30/2013 Professional Engineer -Civil,Illinois,United States,No.062-047395 Issued: 01/11/1976,Expires:11/30/2013 Professional Engineer -Civil,Missouri, United States,No.E-026816 Issued: 01/16/1976,Expires:12/31/2014 Professional Engineer -Civil,Nebraska, United States,No.E-7682 Issued: 01/08/1976,Expires:12/31/2013 Professional Engineer -Civil,North Carolina,United States,No.19498 Issued: 01/13/1976,Expires:12/31/2013 Professional Engineer -Civil,North Dakota, United States,No.3205 Issued: 01/02/1976,Expires:12/31/2014 ONE COMPANY |Many Solutions» Soom iiss om: Keith A.Ferguson Dam Practice Leader Professional Experience Keith specializes in water resources planning,permitting,soil and rock mechanics,dam safety,dam engineering,and foundation engineering.Since 1978,he has participated in over 350 civil and mining engineering projects.This experience includes evaluation;design and/or construction services for over 160 embankment,concrete-faced rockfill,concrete- gravity,roller-compacted concrete,and multiple-arch concrete and tailings dams and appurtenant structures (spillways,outlet works,diversion dams etc.);pipeline and tunnel designs;water resources evaluations;and drainage and flood control projects in 18 states. Keith is a recognized expert in dam safety,seepage and stability analysis of dams,and with Roller Compact Concrete (RCC).He has supervised multi-disciplined projects,many of which have involved large-scale field exploration programs,site surveys,geotechnical and engineering geology analyses,hydrologic/hydraulic analyses,hydrogeologic analyses, structural analyses,preparation of conceptual designs,final designs and preparation of construction documents,construction observation and supervision,and construction management.He is an expert in risk-based assessments for dam safety decision making Including static,seismic and hydrologic potential failure modes He is a FERC approved independent consultant for Part 12 inspections and failure modes assessments of licensed hydropower projects. HDR Project Experience Alaska Railroad Corp.,Program Management Services for Alaska Railroad Northern Rail Extension Project,Delta Junction,AK.In this landmark project for Alaska,the Alaska Railroad Corporation (ARRC)planned to extend its rail line from Eielson Air Force Base to Delta Junction.HDR was contracted as Program Manager to manage 3rd party relations,maintain cost and control,and lead an extensive outreach program.(2005 to 2006) Xcel Energy,Xcel FERC Part 12 at HWH.HDR provided independent consultant safety inspections for Xcel Energy at the Ames Hydro (FERC No.400),Georgetown Hydro (FERC No.2187)and Tacoma Hydro (FERC No.12589)facilities in accordance with Part 12, Subpart D,of Title 18 of the Code of Federal regulations.Additional services were provided to update the Supporting Technical Information Document (STID)for the Lower Cabin Creek Dam (FERC No.2351). Santa Clara Valley Water District,Anderson Dam Seismic Retrofit Planning and Environmental Consultant Services,Morgan Hill (Morganhill),CA.Assisted in the development and preparation of planning study documents,including the Problem Definition Report,Planning Study Report,CEQA/NEPA documents,and permitting.The ultimate outcome of the planning services will be to recommend a preferred alternative to:resolve the seismic deficiencies in the dam embankment from the maximum creditable earthquake; resolve and remediate,if necessary,the outlet works for the potential fault rupture risk from a maximum creditable earthquake;and review and revise,as needed,the Probable Maximum Flood (PMF)and routing study to address possible deficiencies with the spillway. National Park Service,Examination and Evaluation of Low Hazard Dams, Chattahoochee River National Recreation Area,GA,Chickasaw National Recreation Area,OK,Lassen Volcanic National Park,CA.Senior Geotechnical Engineer.Conducted site examination and evaluation of five (5)low hazard dams in Chattahoochee National Professional Engineer -Civil,Oregon, United States,No.16917PE Issued: 01/14/1976,Expires:12/31/2013 Professional Engineer -Civil,South Dakota, United States,No.5327 Issued: 01/10/1976,Expires:11/30/2014 Professional Engineer -Civil,Texas,United States,No.70650 Issued:10/18/1991, Expires:09/30/2013 Professional Engineer -Civil,Utah,United States,No.0851909110 Issued: 01/04/1976,Expires:03/31/2015 Professional Engineer -Civil,Virginia, United States,No.0402025960 Issued: 01/07/1976,Expires:05/31/2014 Professional Engineer -Civil,Washington, United States,No.30946 Issued: 02/18/1994,Expires:09/24/2014 Professional Engineer -Civil,Wyoming, United States,No.5544 Issued: 01/03/1976,Expires:12/31/2013 Professional Affiliations American Council of Engineering Companies,Member American Society of Civil Engineers (ASCE),Member Association of State Dam Safety Officials, Chair/Editorial Committee Colorado Consulting Engineers (CCEC), Member Colorado Water Congress,Member National Water Resources Association, Member United States Society on Dams (USSD), formerly USCOLD,Member HDR Tenure 3 Years Industry Tenure 35 Years Recreation Area,Chickasaw National Recreation Area,and Lassen Volcanic National Park for the National Park Service.A checklist examination report was prepared documenting the condition of each dam and spillway and identified downstream areas that could be impacted by a failure of the dam.A screening level risk assessment (SLRA)report identified unique failure modes and evaluated the failure-modes/risks for each dam.Recommendations for actions were developed based upon the risks (probability of failure and consequences). Falcon Dam Safety Risk Analysis,International Boundary and Waters Commission, TX.Keith is serving as a senior consultant and risk cadre member for the risk analysis of this major dam and reservoir located on the Rio Grande River near McAllen,Texas.The risk analysis is being performed jointly by the U.S.Army Corps of Engineers and the U.S. Bureau of Reclamation and involves evaluation of potential failure modes in the embankment dam that is over 150-feet high,the spillway,outlet works and related facilities for hydropower generation on both the US and Mexican sides of the river. Bergmann,Hanson,HDR Joint Venture,Devils Lake City Embankments,Devils Lake, ND.HDR,in a joint effort with The Bergmann Associates,and Hanson Professional Services,has been retained by the USACE St.Paul District to complete the design,plans, specifications,and other supporting documents for the Devils Lake City Embankments Phase 2 Project. Idaho Falls Power,North 161 kV Transmission Loop,Routing Analysis,Right-of-Way and Design Services,Idaho Falls,ID.HDR is assisting Idaho Falls Power with the routing of anew 161kV transmission line,including right-of-way and design services.The project involves extensive public involvement,environmental permitting,routing analysis,and coordination with federal,state,and local agencies,transmission line design,right-of-way acquisition,and construction management. Palo Pinto County Municipal Wt.,Palo Pinto County Municipal Water District 1,Lake Palo Pinto Storage Restoration Project-Turkey Peak Reservoir,TX.Keith is serving as a lead geotechnical design engineer for this new composite dam that includes a 100-foot-high Roller Compacted Concrete section with integral spillway and outlet works and adjacent zoned embankment dams creating this new water supply reservoir. South Dakota Game,Fish &Parks,Rose Hill Dam Reconstruction Design,Vayland, SD.Following a breach of the dam,provided engineering components including site investigation with survey and soil borings,hydraulic modeling with spillway capacity designs,and preliminary design of a new earthen dam and spillway based on NRCS methods. USACE-Jacksonville District,C-44 Reservoir and STA Civil Design and Engineering Services,Contract 1.Contract 1 is the first portion of the C-44 project to be constructed by the USACE.It includes the intake canal,C-133A/133 canals,spillways,access roads and the Citrus Boulevard bridge and box culvert.HDR repackaged the design of these elements from the original design we had completed for the SFWMD,in order to meet USACE requirements.HDR is now providing engineering support during construction,including addressing RFIs and submittals,site visits,and design authentication services. USACE -Jacksonville District,C-44 Reservoir and STA Civil Design and Engineering Services,Contract 2.The C-44 Reservoir is included in the Comprehensive Everglades Restoration Plan,Florida.The project will include a new above ground reservoir with a storage capacity of 50,600 acre-feet.The reservoir will be impounded by a 10 mile-long earthen embankment dam with the maximum height of approximately 30 feet.In 2011 USACE retained HDR to perform additional geotechnical and dam safety analyses for the design for the C-44 reservoir and appurtenant features. ForKeithA.Ferguson -Page 2 Resumé ROBERT DUGAN Education B.A.Geology,University of Colorado,Colorado,1970 Certifications Registered Professional Geologist,Alaska,RG-191 American Institute of Professional Geologists Golder Associates Inc.Anchorage Principal and Senior Engineering Geologist Robert Dugan is an engineering geologist with over 38 years of professional experience in Alaska.He has been principal geologist for a wide variety of geotechnical,environmental,transportation,and water resources projects throughout the state of Alaska and including many projects in Southeast Alaska and Metlakatla.His experience includes:route and site selection for transmission lines,pipelines,dams,roads,and other facilities;planning and execution of hundreds of subsurface investigations using a variety of drilling methods;geophysical surveying ;interpretation of aerial imagery;rock and soil slope stability evaluations;permafrost delineation and ground temperature monitoring;development of comprehensive manuals,plans,and specifications for geotechnical and hydrological monitoring;and reserve pit and quarry site selection,evaluation,and closure.He has authored sections on the geology, soils,and permafrost for several environmental impact documents concerning the impacts of pipelines,material sites,and other infrastructure. Employment History Golder Associates -Anchorage,Alaska Senior Project Geologist to Principal (1989 to Present) Mr.Dugan managed and was the principal engineering geologist for hundreds of geotechnical investigations throughout the state of Alaska.These investigations were conducted for a wide variety of purposes including oil and gas resource development;mining;village infrastructure expansion;highway and railroad construction and maintenance;new transmission line construction;and identification and mitigation of geologic hazards.His water resources work has resulted in the successful development of new and improved groundwater sources for several remote villages. Woodward Clyde Consultants -Anchorage,Alaska Project Geologist (1986 to 1989) Project Manager or Principal Geologist for numerous projects including: investigation of contaminated sites on active and inactive military sites and assessment of shorelines contaminated by oil from the Exxon Valdez oil spill.He also conducted numerous geotechnical investigations for building foundations, material sites,and other facilities. Independent Geological Consultant -Anchorage,Alaska Owner-Chief Engineering Geologist (1976 to 1986) Conducted a variety of environmental impact and geotechnical investigations including:identification of armor stone sites at Sand Point,St.Paul Island, Chignik,and the Northwest coast of Alaska;geologic mapping,fault trenching, and subsurface exploration of a mountainous portion of the Eklutna Water Pipeline;management of over-the-ice investigations of proposed artificial islands, offshore material sites,and other facilities in the Beaufort Sea;and geologic reconnaissance of the 8-mile Bradley Lake access road on the Kenai Peninsula. "4 ='a GolderAssociates Resumé ROBERT DUGAN PROJECT EXPERIENCE -WATER RESOURCES Reynolds Creek Dam Hydaburg,Alaska Metlakatla Water Storage Tank Metlakatla,Alaska Snettisham Transmission Line Juneau,Alaska Annette Island Water Supply Metlakatla,Alaska Susitna-Watana Dam Hydroelectric Project Talkeetna,Alaska Schubee Lake Hydroelectric Project Haines,Alaska Icy Lake Dam Unalaska,Alaska Dam Safety Inspection Akutan,Alaska Bradley Lake Hydroelectric Project Homer,Alaska Water Supply Dam Raise Kodiak,Alaska Gartina Creek Hydroelectric Project Hoonah,Alaska Conducted a geotechnical investigation of a prospective hydroelectric dam site at Reynolds Creek on Prince of Wales Island.The project included geologic reconnaissance,dam siting,core drilling,and water pressure testing along the dam axis,and preparation of a report characterizing the site conditions. Conducted a reconnaissance level geotechnical assessment of foundation conditions for a community water storage tank. Conducted a geotechnical assessment of foundation conditions on bedrock for a new transmission line structure to replace a structure destroyed by an avalanche. Conducted a reconnaissance level water resources assessment on Annette Island to determine potential groundwater sources for small localized housing areas on Annette Island. Managed geotechnical investigations for the dam site and material sources and updated the regional geologic mapping.Core drilled 11 boreholes using heli- portable drilling equipment. Conducted a geologic reconnaissance level project for HDR to characterize the geologic conditions at a remote dam site and penstock alignment for a prospective hydroelectric project at Schubee Lake near the Haines,Alaska. Principal engineering geologist for the geotechnical investigation of a new water supply dam near Dutch Harbor.The project included geologic mapping and geo- hazard identification;siting of the dam,pipeline,material site,and access road; plus subsurface investigations of all the project elements. Conducted a periodic dam safety inspection of a small hydroelectric/water supply dam at the village of Akutan. Conducted helicopter supported geologic mapping and geophysical investigations of the eight-mile access road from tidewater to the Bradley Lake Dam near Homer,Alaska for the Corps of Engineers. Characterized the geologic conditions for the raising of the Monaska Dam,a major water supply dam for serving the City of Kodiak.Investigations included geologic mapping and subsurface investigations at the main dam and two new minor dams. Conducted a geologic and geophysical reconnaissance level project for HDR to characterize the geologic conditions and depth to bedrock at the dam site and penstock alignment for a prospective hydroelectric project near the native village of Hoonah in southeast Alaska. 4 nN'4 GolderAssociates Resumé ROBERT DUGAN PROFESSIONAL AFFILIATIONS PUBLICATIONS Conference Proceedings American Institute of Professional Geologists Association of Engineering Geologists Dugan,Robert G.,CPG,Cannon,Eric C.,and Garrigus,Andrew P.,PE.2013. Geotechnical Characterizations for the Proposed Watana Dam Site on the Susitna River,Alaska.\International Symposium on Cold Regions Development, June,2013.Anchorage,Alaska. Dugan,Robert,Paul Schlotfeldt et al.2011.Innovative Methods of Analysis for Three Controversial Rock Fall Problems.Rocex 2011,May.Innsbruck,Austria. Dugan,CPG,Robert and Regan Brudie,P.E..2010.Daylighting a Tunnel Under a Live Track.American Railway Engineering and Maintenance of Way (AREMA), August.Orlando,USA. Dugan,Robert and Mitch McDonald.2006.Using Innovative Geologic Mapping Techniques in Extreme Terrain -Lynn Canal Highway,Alaska.Northwest Geotechnical Conference,September.Colorado. Dugan,Robert,Steve Saboundjian and John Liu.2005.Evaluation of Geophysical Methods for Alaskan Material Sources.84th Meeting of the Transportation Research Board,January.Washington D.C.,USA. Norton,David ,Robert Dugan,Jokela Brent and Erik Haas.2002.Environmental Impact of 25 Years of Trans-Alaska Pipeline Operations.American Society of Civil Engineers -Coid Regions Impacts on Transportation and Infrastructure, May.,USA. Dugan,Robert.2000.Rural Groundwater Exploration and Development in Alaska.American Water Resources Association 2000 Spring Specialty Conference,May.Anchorage. a)w4 GolderAssociates ONE COMPANY |Many Solutions« -a Education Bachelor of Science,Earth Sciences, Northern Michigan University,1999 Professional Registrations Habitat Suitability Criteria Development for Instream Flow Studies,ADF&G -2005 The Ecology of Pacific Salmon &Stream Restoration -2008 Swift-water Rescue Operations -2007 Wilderness First Aid &CPR -2009 Basic GIS for Natural Resource Users - 2006 Wetland Delineation and Management Training -2002 Hazardous Waste 40-hour Technician Level Program (OSHA 29 CFR) Hazardous Waste Supervisor (8 Hour) Training -2002 Asbestos Worker's Safety (8 Hour)-2000 Level 1 Backcountry Avalanche Hazard Evaluation Course (3 days)-2006 ATV safety course -2010 HDR Tenure 8 Years Industry Tenure 14 Years Erin Cunningham Staff Scientist Professional Experience Erin is a biologist with 10 years of experience conducting biological field and office analyses for environmental baseline documents,hydroelectric projects,biological assessments, environmental assessments and impact statements,and watershed characterizations.Over the last 6 years,Erin has focused primarily on fish and wildlife characterizations and fish density studies in Alaska.Recently,Erin has designed and led snorkel surveys,aerial and ground spawning surveys,radio-telemetry studies,and electrofish and minnow trap surveys to characterize fish resources throughout Alaska.Erin has also participated in large mammal aerial surveys and monitoring studies along the Arctic Coastal Plain on the North Slope,sea otter and bird surveys in the Aleutian Islands,and wetland delineation and macroinvertebrate surveys in southwest Alaska.Erin has also collected streamflow,fish density,and macroinvertebrate data for hydroelectric relicensing studies and conducted wildlife and botanical surveys in Washington,Oregon,and California.Her relevant experience includes: HDR Project Experience Homer Electric Association,Inc.,Grant Creek Proposed Hydroelectric Project (Kenai Hydropower Site Evaluation),Moose Pass,AK.Biologist.Erin designed and led snorkel surveys to document fish species composition and distribution within microhabitats in Grant Creek.Erins findings were used in part to develop the approach for the instream flow study. Erin led rod and reel surveys for rainbow trout and Dolly Varden;and electrofish and minnow trap surveys to document general fish species composition and distribution within Grant Creek. Hoonah Hydroelectric Feasibility Study,Inside Passage Electric Cooperative (IPEC), Chichagof Island,AK.Biologist.Conducted field surveys to evaluate the feasibility of constructing a small hydroelectric facility to service the village of Hoonah in Southeast Alaska.Led minnow trap,angling,and foot surveys to identify fish species presence and distribution.Documented instream habitat characteristics and recorded coordinates of passage barriers.Recorded flow measurements,installed and downloaded pressure transducers.Analyzed data and wrote technical report. Gartina Falls Hydroelectric Project,Preliminary Application Document (PAD),IPEC, Chichagof Island,AK.Biologist.Summarized existing information and methods and results from applicant's studies in preliminary application document (PAD)for FERC filing. Contributing author of fish and macroinvertebrate reports to supplement the PAD. Assembled PowerPoint presentations for Joint Meeting. Chakachamna Hydroelectric Baseline Studies,TDX Power,AK.Biologist.Participated in field reconnaissance surveys to facilitate design of various fisheries baseline studies for a potential hydroelectric project.Developed a radio telemetry study to track adult salmon movement in the Chakachatna and McArthur River systems,and lake trout movement in Chakachamna Lake.Assisted with site selection for DIDSON-based adult salmon enumeration study. Chenega Corp.,Chenega Bay Hydroelectric Project Feasibility Study,Chenega,AK. Biologist.Partipicated in a field surveys to evaluate the feasiblity of contructing a small hydroelectric facility to service the village of Chenega Bay in Prince Williman Sound. Collected fish Documented species presence and distribution,and characterize general fish habitat within each system;recorded existing fish passage barriers,and assisted in evaluating engineering aspects related to each site.Engineering aspects included:site access,potential intake and tailrace locations,pipeline routes,powerhouse locations,and potential transmission line routes.Erin participated by collecting stream flow measurements and assisting in elevation data collection using standard survey equipment. Ocean Renewable Power Co.,LLC,Cook Inlet FERC Pilot License.Biologist.The Cook Inlet Energy Pilot Project aims to evaluate the potential for using tidal energy resources in Upper Cook Inlet.The purpose of the PreDeployment Fish Study was to collect baseline data to develop a preliminary assessment of the potential effect of the Pilot Project on fish populations.Throughout the 2009 season Erin collected baseline fisheries data in the vicinity of Fire Island using split-beam hydroacoustic technology supplemented with capture efforts. Trawl and gillnets were used to verify species identification.The field team has used a stratified sample approach to evaluate tidal cycle,diel,and seasonal trends. City of Pelican,Pelican Water &Sewer Pre-Engineering Study,Pelican,AK.Biologist. Drafted the environmental report for the Pelican project. Hydroelectric Data Collection,PGE,Kern River Valley,CA.Biologist.Erin conducted electrofish surveys in several locations in the Kern River and recorded fish species,weights, and lengths and collected scales. Prospect FERC Relicensing,PacifiCorp Nos.1,2 and 4 Hydroelectric Plant, PacifiCorp,OR.Biologist.Recorded instream flow measurements during high and middle flows on the Rogue River and measured water surface and streambed elevation using standard manual surveying level and tripod.Assisted in preparation of the technical reports in support of the FERC relicensing application document. Akutan Airport Fisheries Field Investigations,Alaska DOT&PF,AK.Biologist.Led electrofish,minnow trap,and angling surveys in 2005 and 2008 to document fish species composition and distribution.Analyzed data;wrote technical report.Erin also assisted in sea otter and bird surveys near Akun Island in 2008 and 2011. Alaska Dept of Trans &Public Facilities,Akutan Airport D-B Services,Akutan,AK. Biologist.Completed the initial fisheries field data collection and analysis for the Akun Island alternative for the Akutan Master Plan,using primarily electrofisher and minnow trap surveys in 2005.Completed additional fish presence/absence and relative abundance surveys in 2008.The objective of the fisheries field studies was to document the distribution of fish species in the project area.Erin also assisted in sea otter and bird surveys near Akun Island. Participated in field data collection to document sea otter presence and bird species composition in the study area for the Akun Island alternative for the Design Build Services in 2008. Northern Dynasty Mines,Inc.,The Pebble Project,Anchorage,AK.Biologist.The fish programs overall objective was to document the distribution and abundance of fish and aquatic habitats so that potential impacts resulting from the proposed mine could be assessed.Erin collected and managed baseline fisheries data,designed and led field studies, and communicated with the client.Field studies included documenting fish distribution, species composition and relative abundance as well as quantitative sampling to develop density estimates.Erin led a 3-year study to document species composition through snorkel surveys;the team enumerated fish by species and size in main and off-channel habitats;the study was developed in conjunction with the instream flow study.Erin also led mark- recapture,electrofish,minnow trap,angling,aerial spawning,,and radio-telemetry surveys. Fish species included Arctic grayling,round whitefish,ninespine and threespine stickleback, rainbow trout,Dolly Varden char,northern pike,sculpin sp.,and all five Pacific salmon species.Also assisted in wetland delineation surveys along proposed road corridor and participated in the mapping effort for the GIS database. Erin Cunningham -Page 2 AR Education Post Baccalaureate Certificate,Geographic Information Systems,Pennsylvania State University 2008 Bachelor of Science,Wildlife Ecology, University of Wisconsin-Madison,2000 Professional Affiliations Alaska Arc Users Group,2007-Present Society for Conservation GIS (SCGIS)}, Member,2009-Present HDR Tenure 4 Years Industry Tenure 11 Years Trainings ArcGIS Server:Web Admin Using the Microspft.NET Framework,2010 Introduction to ArcGIS Server 2009 Penn State Post Baccalaureate GIS Certificate 2007 Powering Your GIS Geodatabase,2007 Leadership and Communication,USFS Continuing Ed Program,Virginia Tech,2007 Program Management,USFS Continuing Ed Program 2007 Cumulative Effects Analysis Writing,2005 What's New in ArcGIS 9,2005 Advanced Analysis with ArcGIS 9,2005 Labels and Annotation with ArcGIS 9,2004 ArcGl$8.0 Modules |&{I,2004 Rewrite Right (NEPA),2004 Forest Plan Implementation,1900-1 (NEPA) ONE COMPANY Mary SolutionsSSS| Bridget A.Brown Senior GIS Analyst Professional Experience Bridget is an experienced GIS analyst and provides valuable spatial analysis and data management skills to a wide variety of projects in Alaska.At HDR Bridget provides guidance and management to the GIS program and users in the office.She has experience with a multitude of GIS applications including spatial analysis,suitability and environmental modeling,database design,and mobile devices;she is also a skilled cartographer.Bridget's skills in GIS enable the facilitation of visual representation for key agencies and project stakeholders.Through the use of GIS Bridget also enables environmental document production,and provides project mapping which assists in decision-making processes. Bridget is experienced in the suite of ESRI ArcGIS 10 software and extensions and with mobile data collection systems. GIS Analysis GIS Coordinator,Watana Transportation Access Study,DOT&PF,AK.HDR provided an evaluation of the transportation access corridors in support of construction and operation of the proposed Watana Dam on the Susitna River.A reconnaissance-level analysis of multiple access corridors were studied within an extremely tight schedule. Services provided include establishing preliminary design criteria,corridor study area review,material site/geotech reconnaissance,preliminary hydrology reconnaissance, preliminary environmental review,a transportation analysis/recommendation report,and preparing the preliminary application document.As part of the initial design criteria task, HDR coordinated with DOT&PF and with Alaska Energy Authority (AEA)staff and consultants.Bridget coordinated the management of the GIS database,map production and the creation of a GIS enabled web project portal.The data collected for this project were converted to electronic format,georeferenced,and imported into a web accessible database using ArcGIS Server and SDE.This web portal was accessible by the project team and DOT&PF personnel via a password protected web site.The web portal included an interactive map,and a database search/filter interface. Lead GIS Analyst,KHL Site Evaluation,Homer Electric Association,Inc.,AK. Kenai Hydro,LLC (KHL)contracted with HDR Alaska,Inc.to conduct environmental baseline studies in 2009 to support a Federal Energy Regulatory Commission (FERC) license application for a proposed hydroelectric project at Grant Lake near Moose Pass, Alaska.In 2009 HDR designed and conducted baseline studies in Grant Lake,Grant Creek and Falls Creek for fish and aquatic resources,hydrology,and water quality.HDR also initiated an Instream Flow Study and incorporated technical input from a multidisciplinary advisory team.The fish and aquatic resource study included an assessment of aquatic habitat,fish species diversity and life stage studies,macroinvertabrate studies,and zooplankton studies.Hydrological studies included re-occupying an historic gage site on Grant Creek,installing continuously recoding data loggers and staff gages on Grant Creek and Falls Creek,and measuring instantaneous discharge.Water quality studies included water quality on Grant Lake,Grant Creek and Falls Creek,installing and monitoring a 20 meter thermistor string in Grant Lake,and installing and maintaining temperature data loggers on Grant Creek and Falls Creek.Also,stream channel cross-section sites were selected and marked for the 2010 Instream Flow study field season. 2003 Microsoft Access,Level |&II,2002 Dreamweaver 4 (Web Page Development) 2002 Trainings Continued Backcountry Avalanche Hazard Evaluation &Rescue Techniques Level I,2003 Ocean Kayaking Skills and Techniques, 2003 USFS Bear Safety and Awareness 2005 USFS Shotgun &Rifle Safety 2005 USFS Conduct &Ethics,Civil Rights, Defensive Driving 2005 USFS Winter survival skills 2005 USFS Boat Operator training (17ft craft) 2002 USFS Aviation and Helidunk 2003 AMSEA Boat Survival 2002 Publications Goldstein,M.!.,Poe,A.J.,Cooper,E, Youkey,D.,Brown B.A.,et al.(2005) Mountain goat response to helicopter overflights in Alaska.Wildlife Society Bulletin:Vol.33,No.2 pp.688-699. Poe,A.J.,Goldstein,M.!,Brown B.A.and Andres,B.A.et al.(2009)Black Oystercatchers and Campsites in Western Prince William Sound,Alaska.Waterbirds 32:3,423-429 Presentations Brown,B.2004,Black Oystercatcher (Haematopus bachmani)Nest Inventory and Monitoring in Western Prince William Sound,Alaska,Progress Report, Presentation at Alaska Bird Conference, Anchorage,AK. Honors &Awards USFS Certificate of Appreciation 2001, 2002,2004,2005 &2006 Deans Honor List,UW-Madison College of Agriculture and Life Sciences 1996 &1997 Computer Skills Comprehensive experience in ArcGIS 10 GPS-GIS integration,ArcPad,Trimble Pathfinder,SQL,database design,Access, Word,Excel,Power Point,Photoshop, lllustrator,Dreamweaver, Lead GIS Analyst,Mt.Spurr Geothermal Eng Cost,Ormat,AK.HDR is completing a Stage |feasibility study to help the client determine the feasibility of developing Alaska's first commercial scale geothermal energy project at Mount Spurr,on the west side of Cook Inlet approximately 80 miles west of Anchorage.Bridget is the lead GIS analyst for this project and is assisting in the preliminary engineering study through mapping land ownership,producing project area maps and maintaining the GIS database. GIS Coordinator/Analyst,Statewide Functional Classification Update,DOT&PF, AK.HDR helped update the functional classification of Alaska's public roads to reflect changes in land use and travel patterns,traffic generators,traffic volumes,economic conditions,population centers,and other items that affect road function.In Phase I,HDR developed the functional classification geodatabase and mapping methods;developed an outreach and public involvement plan;updated small urban area boundaries;and developed a functional classification update implementation strategy.In Phase 2,HDR conducted the functional classification update according to the implementation strategy. The classification considered and classified all public roads in Alaska,and mapped roads with collector and higher classifications.HDR also prepared and distributed the Draft and Final sets of the Functional Classification Update Report and Mapping Products.Bridget has managed the GIS services for this project as well as coordinated the tremendous effort of compiling and georeferenceing the entire road network for Alaska.Bridget worked with state,borough and community/village GIS staff to gather road data sources as well as used data available through the DCCED community profile mapping project. Project Manager,eGIS Implementation,U.S.Army Corps of Engineers,Alaska District.HDR Alaska Inc.is currently assisting the Alaska District in the implementation of enterprise GIS.This process includes a comprehensive review of geospatial activities and business processes within the district.Interviews and workshops have been conducted with District stakeholders.Data from these sessions form the basis of a geospatial data inventory which will be used to design and implement enterprise data repositories.HDR is authoring an eGIS implementation plan that provides a comprehensive guide to building and maintaining an enterprise GIS within the district that meets the needs of stakeholders. HDR is also providing assistance with the implementation of the enterprise GIS including on-site technical support and application development.Our GIS team will assist the Alaska District with hardware configuration,software installation,database development,web application development,and workflow implementation. Lead GIS Analyst,Modeling of Invasive Plant Species,US Fish &Wildlife Service,AK. HDR modeled the current and potential future ranges of 27 selected highly invasive plant species in Alaska for the USFWS.The resulting maps will serve as planning tools for the USFWS to identify priority areas for invasive species detection and monitoring at existing and planned project areas.Deliverables included a GIS map atlas of 702 maps of predicted future and current ranges of selected species,as well as distribution of existing populations of species that already occur in Alaska.The atlas included range maps created from two different model types,two different future climate scenarios,in three different time steps as well as future climate,and a series of maps identifying areas of critical change predicted to have higher levels of invasion.Using the Visual Basic Editor within ArcMap,our GIS team was able to automate the tedious and time consuming tasks during the analysis and mapping process of the biogeoclimatic outputs,which saved the client money and the project was delivered ahead of schedule. GIS Coordinator/QA/QC,Point Thomson 3rd Party EIS,ExxonMobil,AK.HDR was tasked with performing a Third-Party Environmental Impact Statement (EIS)for the ExxonMobil Point Thomson project.HDR provided overall project management including oversight and progress reporting.Bridget was the overall GIS Coordinator for this project and was responsible for all GIS QA/QC. FORBridgetA.Brown -Page 2 ONE COMPANY |Many Solutions= 1 ES)Se Se ee Se ces 2 = Leslie L.Robbins Planner /Public Relations Professional Experience Leslie is an environmental planner and expert in transportation,environmental,and community planning.She specializes in National Environmental Policy Act (NEPA) compliance and documentation.Leslie has authored seven NEPA documents in Alaska and contributed to more than a dozen other environmental assessments (EAs)and environmental impact statements (EISs)in accordance with the NEPA and FAA,FTA,FHWA,USFWS, USACE,BLM,Surface Transportation Board,and/or the U.S.Department of the Air Force guidance.Her varied background and knowledge enables her to effectively coordinate environmental documents involving multiple disciplines,stakeholders,and issues.Leslie has established working relationships with local resource agencies,and has an understanding of typical issues that arise during the environmental review process and permitting.Her relevant experience includes: Education HDR Project Experience Bachelor of Arts,Journalism,Washington =Mfetlakatla Indian Community,Metlakatla Transportation Plan.Planner.In anticipationStateUnatSpokane,2004 of the newly constructed 15-mile Walden Point Road opening up the community ofMasterofScience,Environmental =Metlakatla to a potential stream of visitors,HDR was hired to analyze the impacts of the'Degree not complete)ka Pacific University road on the community.In consultation with the community and council members,Lesliepreparedareportthatoutlinedtransportationissues,such as safety,potential scenic byway Professional Registrations designation,possible visitor access restrictions,and linkage to the ferry system;economic American Institute of Certified Planners,development;and land use along the road.Leslie assisted with two public meetings. Alaska,United States Issued:03/01/2012, Expires:None Listed Gravina Access Project,Department of Transportation &Public Facilities (DOT&PF), Ketchikan,AK.Planner and Public Involvement Coordinator.Designed public involvement Professional Affiliations materials such as postcard mailers,open house materials,display advertisements,and American Planning Association,Member,newsletters.Facility use coordination for public meetings and coordinated with newspaper 2010-Present for overrun production of newspaper insert.Coordinated with subconsultants for various public involvement activities.Assisted in project website update.Wrote Alternatives HDR Tenure Evaluation Scoping Summary Report and helped to update the project guide.Coordinated 11 Years with project manager and GIS technicians in tracking GIS figures for draft environmental impact statement (DEIS).Updated scoping summary section of DEIS.Wrote public servicevailTenureannouncementsandtrackedpublicinvolvementactivities. ears Cooper Lake Hydroelectric Re-Licensing,Chugach Electric Association,Inc.Field Technician.Leslie assisted in vegetation identification along the southern end of Cooper Lake on the Kenai Peninsula.Work entailed field investigation and using GPS points to be later put into a GIS database.The collected data,along with historical vegetation data,will be used to understand how dependent lakeside wetlands are on lake levels. Dye Management Group,Inc.,DYE-DOT Statewide Plan Update,AK.Planner.HDR was hired to develop the update of the Alaska Statewide Transportation Policy Plan.As part of the plan,HDR updated a group of transit-related project elements.Specifically,Leslie helped develop a Limited Coordination Communities Public Transit-Human Services Transportation Plan for four rural Alaska communities:Glenallen,Kake,Allakaket,and Fort Yukon.Per FTA Section 5310 guidance,Leslie identified transportation needs and existing infrastructure by interviewing community members to assess transit conditions and needs Seaplane Base Master Plan,City and Borough of Sitka,Sitka,AK.Planner.Design and layout of the alternatives development newsletter.Created graphics for public display Transportation Plan Update,Kenai Peninsula Borough,AK.Public Involvement Coordinator.Led public involvement efforts,including coordination of nearly two-dozen public meetings throughout the Borough in order to inform and solicit input from residents on updating the transportation plan.Contacted key community members;coordinated publicity efforts with newspapers and radio stations Borough-wide;facilitated public meetings;designed publicity materials,including project newsletters,display advertisements,and public service announcements;regularly updated project website;and prepared public meeting materials,such as presentation posters,handouts,and agendas. 2004 Wastewater Master Plan Update,AWWU,Anchorage,AK.Public Involvement Coordinator.Public process tasks include preparing presentation maps for use in meetings and on project website;routine project website maintenance;and coordinating public meeting materials,advertising,and facility use reservation. Airport and Seaplane Base Master Plans,Various locations and clients throughout Alaska,AK.Planner.In conjunction with making improvements at airports state-wide through master planning efforts,Leslie has prepared a combination of NEPA and pre-NEPA documentation;assisted with public and agency scoping;led the compilation of airport master plans;wrote public involvement plans and produced public process materials, including newsletters and display advertisements;and worked with engineers and technicians to write existing conditions and alternatives analysis reports.Leslie has worked on these plans for the following communities:Ouzinkie,Takotna,Yakutat,Wrangell, Iliamna,Ivanof Bay,Port Alsworth,Ted Stevens Anchorage International Airport,Whittier, Sitka,Chignik region,Girdwood,and Birchwood. Alaska Dept of Trans &Public Facilities,Chignik Airport Master Plan,Chignik,AK. Environmental Planner.Leslie has prepared a combination of NEPA and pre-NEPA documentation;assisted with public and agency scoping;led the compilation of airport master plans;wrote public involvement plans and produced public process materials, including newsletters and display advertisements;and worked with engineers and technicians to write existing conditions and alternatives analysis reports. Alaska Dept of Trans &Public Facilities,Chignik Connectors Environmental Services, Chignik,AK.Environmental Planner.Leslie assisted with the pre-NEPA analysis efforts, conducted environmental background research,and coordinated with engineers to prepare a conceptual engineering report that would help to determine a road corridor to connect three communities via an inter-village road on the Alaska Peninsula. Alaska Dept of Trans &Public Facilities,Iliamna Airport Master Plan,Iliamna Airport,AK.Environmental Planner.In conjunction with making improvements at airports state-wide through master planning efforts,Leslie has prepared a combination of NEPA and pre-NEPA documentation;assisted with public and agency scoping;led the compilation of airport master plans;wrote public involvement plans and produced public process materials, including newsletters and display advertisements;and worked with engineers and technicians to write existing conditions and alternatives analysis reports. C-5-7 Campbell Lake Sewer Trunk Rehabilitation,AWWU,Anchorage,AK.Public Involvement Coordinator.Active role in community awareness program throughout project duration.Responsibilities include designing and writing newsletters and postcard mailer; routine maintenance and update of project website;and preparation of open house materials. Municipality Of Anchorage Pm.&E,Fish Creek Design,Ph IV (Cuddy Midtown Family Park),Anchorage,AK.Public Involvement Coordinator.Leslie designed public involvement materials and assisted with public open houses. Leslie L.Robbins -Page 2 Ah Cost PRICE PER TASK SUMMARY Metlakatla Project Management Services DATE:7/19/2013FIRM:HDR Alaska PROJECT TITLE: GROUP]TASK LABOR EXPENSES TOTAL COST FIRM'S TOTAL PRICE |*SUB-CONTRACTS |PRICE PLUS SUBS 1 $28,520 $11,940 $40,460 $40,460 $3,800 $44,260 2 $200,158 $18,050 $218,208 $218,208 $20,000 $238,208 3 $17,688 $0 $17,688 $17,688 $0 $17,688 ESTIMATED ' TOTALS LABOR EXPENSES TOTAL COST FIRM'S TOTAL PRICE |*SUB-CONTRACTS |PRICE PLUS SUBS FOR FIRM:$246,366 $29,990 $276,356 $276,356 $23,800 $300,156 Task Summary COST ESTIMATE PER TASK FIRM:HDR Alaska PROJECT TITLE:Metlakatla Project Management Services TASK NO:TASK DESCRIPTION:Project Reconnaissance DATE:7/16/2013 GROUP:METHOD OF PAYMENT:FR |FPR_|T&Ly|CPFF[_|PREPARED BY:P.Berkshire SUB-LABOR HOURS PER JOB CLASSIFICATION TASK NO.SUB-TASK DESCRIPTION Senior Senior Staff Accounting Professional Professional Technician 1a Data Collection and Review 8 8 4b Field Reconnaissance 24 24 ic Reconnaissance Memorandum 24 24 12 id Project Management 12 16 6 TOTAL LABOR HOURS 68 72 12 6 0 0 0 0 0 0 0 LABOR COSTS ($)$13,736.00 $13,032.00 $1,224.00 $528.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 aT EXPENSES SST COMMENTS: TASK NO.ITEM(S)QUANTITY UNIT PRICE PRICE $44,260 tb Airfare (2 RT ANC/KTN,1 RT SEA/KTN)3 $650.00 |$1,950.00 1b Helicopter 5 $1,000.00 |$5,000.00 1b [Float Plane RT 3 $150.00]$450.00 | 1b R&B 12 $200.00 |$2,400.00 1b Car Rental 2 $70.00 $140.00 JFIRM'S TOTAL COST OF LABOR (or Fixed Price):$28,520 1b Stream Gages 2 $1,000.00 |$2,000.00 TOTAL EXPENSES:$11,940 [FIRM'S TOTAL EXPENSES $11,940 SUB-CONTRACTORS:Firm Initials and Price Per Task FIRM'S TOTAL COST (no Subcontracts or Fee)$40,460 FIRM:|Golder Associates AMOUNT:1$3,800 TOTAL SUBCONTRACTOR PRICES:|$3,800 Task 1 COST ESTIMATE PER TASK FIRM:HDR Alaska |PROJECT TITLE:Metiakatla Project Management Services TASK NO:TASK DESCRIPTION:Conceptual Design DATE:7/16/2013 GROUP:METHOD OF PAYMENT:FPL_]FPF_|Taq]cPt_|PREPARED BY:_ P..Berkshire SUB-LABOR HOURS PER JOB CLASSIFICATION TASK NO.SUB-TASK DESCRIPTION Senior Senior Senior Staff Senior Project Accounting Professional |Professional |Professional |Technician Professional Professional 2a Project Management Meetings 40 Schedule 4 2 Progress Reports 16 4 4 Subcontractor Mgmt 4 4 2b Create Long Term Synthetic Flow Record Create Long Term Synthetic Flow Record 8 12 40 1 Develop Stream Flow Gage Record 60 2c Energy Model Develop Hydrology Package 8 Develop Site Specific Energy Models 40 Optimize Project Energy 24 2d Conceptual Design Preliminary Layout 120 80 40 40 Preparation of Drawings &Descriptions 80 40 40 160 2e Economic Analysis Cost Estimates 40 40 8 40 Economic Modeling 40 Report Preparation 60 24 2 TOTAL LABOR HOURS 480 206 50 40 240 100 9 0 0 0 0 LABOR COSTS ($)$96,960.00 $37,286.00 $9,700.00 $4,080.00 $38,640.00 $12,700.00 $792.00 $0.00 $0.00 $0.00 $0.00 tT EXPENSES COMMENTS: . ITEM(S)QUANTITY UNIT PRICE |TOTAL PRICETASKNO.F PAssumes2meetingsin Metlakatla.2a Mileage 267 $0.75 $200.25 2a_{Airfare (RT SEA/KTN)2 $650.00 $1,300.00 }/Streamgaging assumes 4 trips,use of helicopter at 3 hours per trip 2a Float Plane RT 2 $150.00 $450.00 2a__{Lodging 2 $200.00 $400.00 /All costs budgetary estimate only. 2b Mileage 400 $0.75 $300.00 2b Airfare (RT SEA/KTN)4 $650.00 $2,600.00 = : 2b Helicopter 12 $1,000.00 $12,000.00 2b Lodging 4 $200.00 $800.00 |FIRM'S TOTAL COST OF LABOR (or Fixed Price):$200,158 TOTAL EXPENSES:$18,050 |FIRM'S TOTAL EXPENSES $18,050 SUB-CONTRACTORS:Firm Initials and Price Per Task FIRM'S TOTAL COST (no Subcontracts or Fee)$218,208 FIRM:!Geotech Survey : AMOUNT:|$10,000 $10,000 TOTAL SUBCONTRACTOR PRICES:|$20,000 Tack > COST ESTIMATE PER TASK FIRM:HDR Alaska |PROJECT TITLE:Metlakatla Project Management Services TASK NO:TASK DESCRIPTION:Business Plan DATE:7/16/2013 GROUP:METHOD OF PAYMENT:FP |_| FPPEl_|T&E CPFF[|PREPARED BY:_P.Berkshire SUB-LABOR HOURS PER JOB CLASSIFICATION TASK NO.|SUB-TASK DESCRIPTION Senior Admin Professional 3a Planning Meeting 16 3b Document Preparation 60 8 3c Presentation 8 TOTAL LABOR HOURS 84 8 0 0 0 0 0 0 0 0 0 LABOR COSTS ($)$16,968.00 $720.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 EXPENSES COMMENTS: TASK NO.ITEM(S)QUANTITY |UNIT PRICE price ;.;Assumes meetings in Metlakatla coincident with Task 2. $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 JFIRM'S TOTAL COST OF LABOR (or Fixed Price):$17,688 $0.00 TOTAL EXPENSES:$0 |FIRM'S TOTAL EXPENSES $0 SUB-CONTRACTORS:Firm Initials and Price Per Task FIRM'S TOTAL COST (no Subcontracts or Fee)$17,688 FIRM: AMOUNT:TOTAL SUBCONTRACTOR PRICES:|$0 Task 3 HDR is an employee-owned architectural,engineering,and consulting firm with more than 8,000 professionals in more than 185 locations worldwide.All of them are committed to helping clients manage complex projects and make sound decisions.Learn more at hdrinc.com. 1 a, 2525 C Street,Suite 305 Anchorage,AK 99503 Contact:Paul Berkshire,PE. (907)360-1015 www.hdrinc.com PEREGOEEEabaEpebaeGdak