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Kalispell Engineering Services - AE2S SOQSTATEMENT OF QUALIFICATIONS FORPROFESSIONAL SERVICES PUBLIC WORKS DEPARTMENT City of Kalispell April 29, 2024 690 N Meridian Road, Suite 218Kalispell, MT 59901 406-257-8990 Zach Magdol, PE Project Manager and Authorized Signatory www.ae2s.com Advanced Engineering and Environmental Services, LLC 690 N Meridian Road, Suite 218 • Kalispell, MT 59901 • 406-257-8990 April 29, 2024 Kalispell Public Works Department Keith Haskins, PE Deputy Public Works Director/City Engineer 201 First Avenue East Kalispell, MT 59901 Re: Request for Qualifications - 2024 Professional Engineering Services Dear Keith, We’d like to take this opportunity to express our gratitude for the trust the City of Kalispell has placed in us over the years. Together, we have accomplished some significant things – from water and wastewater facility plan updates and stormwater management, to more recently updating critical lift stations. We are committed to continuing to provide the same proactive, responsive service you’ve come to expect from us while bringing the maximum value we can on future projects. By continuing to work with AE2S, you will realize the following: Peace of Mind through Demonstrated Delivery of Projects. We pride ourselves on delivering for you on time and within budget. Delivery on our many past projects for the City of Kalispell is testament to this. These projects included on-call utility modeling support, instrumentation and controls optimization, SCADA upgrades, stormwater master planning and improvements, and design, bid, build capital improvement projects like the Section 36 well and pump house. This proven experience provides you with the peace of mind that your Public Works needs will be designed and constructed to the high standards that you have come to expect. Efficiency through In-Depth Understanding. We take pride in the health of Kalispell which drives our passion for understanding and supporting your Public Works Team. Working with you has afforded us an unmatched understanding to deliver work products with efficiency and effectiveness. We will continue to leverage our understanding of your facilities, systems, personnel, and needs to ensure we continue to efficiently deliver. Matching Effort to Project Results in Efficient Delivery: There are a myriad of projects that could arise from this contract, many of which will not require intensive design efforts or massive reports. We’ll listen to you to understand exactly what you need, assess the correct level of effort required for each project, and deliver exactly that – nothing more, nothing less. We are proud to have served the City of Kalispell and look forward to continuing to provide responsive and efficient services to ensure your continued success. Should you have any questions concerning this statement of qualifications, or require further information, please feel free to contact me at zach.magdol@ae2s.com or 406-595-1979. Submitted in Service, AE2S Zach Magdol, PE Client Services Manager 5 Statement of Qualifications Cover Sheet – Areas of Expertise □ □ 1. Sanitary Sewer Collection System: This area will generally include new installation , rehabilitation, and replacement of gravity sewer mains, manholes, force mains and lift stations.. The projects may include planning, design or construction administration. □ □ 2. Wastewater Treatment: This area will include all work needed at the wastewater treatment plant and at remote locations used for treatment. Projects may include planning, design or construction administration. □ □ 3. Water System: This area will generally include new installation, rehabilitation or replacement of water mains, pump and well facilities, and reservoirs. The projects may include planning, design or construction administration. □ □ 4. Stormwater Collection and Treatment: This area will include planning, design or construction administration of new or replacement stormwater facilities. Treatment of stormwater is also included in this section. □ □ 5. Geotechnical Evaluations and Materials Testing: This section includes all projects requiring geotechnical evaluation or material testing. □ □ 6. Roads and Multiuse Paths: This area includes planning, corridor studies, design, and construction administration for new roads, upgrades of existing roads, and new or upgraded multi- use paths. □ □ 7. Water Rights Acquisition: This area includes supporting the city with water right obtainments and diversions for existing or new water rights, or other support regarding water rights as needed. □ □ 8. Traffic Engineering: This section includes corridor signal timing, school crossings, and design and construction administration of new or replacement signals, speed surveys, or other types of traffic studies. □ □ 9. Utility Modeling: This section includes updating and model scenario runs for the City’s water and sewer models. □ □ 10. Surveying: This includes all survey services–design survey, construction staking, property surveys, and creation of documents for platting, lot line relocations, easements, etc. □ □ 11. Construction Inspections: This includes construction inspection for City design projects and new development projects. Su b m i t t e d Qu a l i f i e d X X X X X X 6 SOQ Cover Sheet – Areas of Expertise (Continued) □ □ 12. Funding/Financial Studies: This area includes feasibility studies and funding assistance including special improvements districts, state revolving fund loans, and various other grant and loan programs. □ □ 13. Development Plan Review: This area includes supporting the City Engineering Department for new and redevelopment design plan and report submittal reviews and comments. □□ 14. Land Acquisition: Includes right of way acquisition, easement acquisition and property acquisition. Services may include appraisal, negotiation, and documentation preparation. □ □ 15. Structural Analysis & Design: Includes all projects requiring structural evaluation and/or design. □□16. Electrical Engineering: Includes all projects requiring electrical evaluation and/or design. □□17. Grant Applications/PERs: This includes compiling, writing, and editing grant applications as well as the creation of Preliminary Engineering Reports Su b m i t t e d Qu a l i f i e d X X X X AE2S CITY OF BILLINGS PROFESSIONAL ENGINEERING SERVICES SOQ | TABLE OF CONTENTS TABLE OF CONTENTS 1. Sanitary Sewer Collection System Gallatin Canyon Area Sanitary Sewer and Treatment Feasibility Study ..................................................Page 3 Havre Infiltration and Inflow (I&I) Collection Study ..................................................................................Page 3 Watford City Area 6 Sanitary Sewer Main Extensions .................................................................................Page 3 2. Wastewater Treatment Great Falls Wastewater Clarifier Rehabilitation.............................................................................................Page 4 Big Sky Water Resource Recovery Facility Design and Effluent Disposal Analysis ...............................Page 4 Medicine Hat Water Resource Recovery Facility Master Plan ...................................................................Page 4 3. Water System Bozeman Lyman and Sourdough Tank Condition Assessment and Recommendations .....................Page 5 Billings Willet Pump Station Improvements ..................................................................................................Page 5 Libby Water Supply Transmission Main ........................................................................................................Page 5 4. Stormwater Collection and Treatment Kalispell Ashley Creek Stormwater Outfalls ..................................................................................................Page 6 Kalispell West & North Areas Regional Stormwater Planning and Design Management Projects ....Page 6 Billings Babcock Boulevard and Regional Drainage Improvements .........................................................Page 6 9. Utility Modeling Kalispell Water and Wastewater Facility Plan Updates ................................................................................Page 7 Helena Water System Master Plan ....................................................................................................................Page 7 Bozeman Wastewater Collection System Model Update ............................................................................Page 7 11. Construction Inspection Libby Water Supply Transmission Main Construction Services ...............................................................Page 8 Big Sky Water Resource Recovery Facility Design and Construction Services ......................................Page 8 Rocky Boy’s Core System Pipeline Construction Services .........................................................................Page 8 12. Funding/Financial Studies Billings Water and Wastewater Rate Study .....................................................................................................Page 9 Bozeman Cost of Service and Rate Study .......................................................................................................Page 9 Whitefish Water and Wastewater Financial Plan and Rate Study ..............................................................Page 9 15. Structural Analysis and Design Kalispell Lift Station 9 Replacement ..............................................................................................................Page 10 Billings Structural Engineering Services .......................................................................................................Page 10 Billings City Hall Renovation ..........................................................................................................................Page 10 SECTION 1. Firm Information ..............................................................................................................................Page 1 SECTION 2. Previous Performance/Experience...............................................................................................Page 3 AE2S CITY OF BILLINGS PROFESSIONAL ENGINEERING SERVICES SOQ | TABLE OF CONTENTS 16. Electrical Engineering Great Falls Gore Hill Pump Station Electrical Improvements .................................................................Page 11 Eden Prairie Lift Station Arc Flash Assessment ...........................................................................................Page 11 Vail Wells R2 and R6 Electrical Improvements ...........................................................................................Page 11 17. Grant Applications/PERs Havre Wastewater PER .....................................................................................................................................Page 12 Libby Water PER ................................................................................................................................................Page 12 State of Montana RRGL Program Review and Ranking Process .............................................................Page 12 SECTION 3. Key Project Staff .............................................................................................................................................................Page 13 APPENDIX A. Key Personnel Resumes ......................................................................................................................................Page A.1 AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 1 1FIRM INFORMATION Advanced Engineering and Environmental Services, LLC (AE2S) is a specialized environmental consulting engineering firm that provides professional services and our unique brand of extreme client service to municipal, rural, and industrial clients. AE2S was established in 1991 and has offices locally and throughout the region including Kalispell, Great Falls, Bozeman, Billings, and 12 additional locations. Among our offices, AE2S has built a team of over 325 civil and environmental engineers, electrical engineers, structural engineers, GIS professionals, instrumentation and controls technicians, civil technicians, surveyors, financial analysts, and 1. FirmInformation computer programmers all with the primary mission of assisting our communities with their challenges. Site/ civil engineering, structural engineering, electrical engineering, surveying, and mapping are also provided as stand-alone services or in support of our core services. In addition to the more traditional consulting services listed above, we provide specialty services, such as asset management, geographic information systems (GIS), financial analysis and utility rate planning, funding development and administration, instrumentation and controls, information technology, and public relations. Office Locations We will primarily be serving you from our Kalispell, Great Falls, and Bozeman offices. This diversity and proximity not only reduces travel costs, but it enables us to work closely with you and provide the responsive services you have come to expect from AE2S. When in-person and on-site visits aren’t needed, we’ll use virtual collaboration tools to coordinate with you, as well as with our internal team members and subconsulants. These tools provide an extremely collaborative environment without the travel costs and time commitment required for in-person meetings. Your City Engineer and our staff routinely chat through Microsoft Teams - an efficient communication tool that became common practice over the past year. The bottom line is we are here to help you. We are committed to being available when you need us, responding quickly to your requests, and providing outstanding engineering services. GREAT FALLS KALISPELL BOZEMAN BILLINGS AE2S staff outside of Kalispell are already working on City projects and are in Kalispell on a routine basis, which creates efficiencies with respect to providing service to you. AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 2 1FIRM INFORMATION References A good client/consultant relationship is often described by words such as trust, responsiveness, quality, and loyalty. We strive to develop exceptional client/consultant relationships which go beyond the norm by providing value, serving as an extension of your staff, remaining committed to the success of our clients as a whole. We believe that exceptional relationships are the true measure of client satisfaction. As a testament to our commitment to developing outstanding client relationships, we have included specific reference summaries of clients. We invite you to visit with the contacts listed to learn more about the positive experience of working with AE2S. BRIAN HEASTON, PE Engineer III City of Bozeman 406-582-2280 bheaston@bozeman.net City engineering representative for various planning projects for the water and wastewater utilities. RON EDWARDS General Manager Big Sky Sewer and Water District 406-995-2660 ron@wsd363.com General Manager for water and wastewater operations, including our primary contact for the current WRF Expansion and Upgrade. JAMIE CLARK, PECity EngineerCity of Helena406-447-8000jclark@helenamt.gov City Engineer responsible for executive oversight of the WTP Filter Improvement project and various master planning efforts. CRAIG WORKMAN, PEDirector of Public WorksCity of Whitefish406-863-2455cworkman@cityofwhitefish.org Director of Public Works and primary contact for the South Whitefish Water Storage Evaluation, Water System Master Plan, and various utility rate studies. SERVICES PROVIDED Planning | Design | Feasibility Studies SERVICES PROVIDED Planning | Design | Construction Administration | Funding Assistance SERVICES PROVIDED Planning | Design | Construction Administration SERVICES PROVIDED Planning | Design | Feasibility Studies MARK JURAS, PEDevelopment Review CoordinatorCity of Great Falls406-435-455-8120mjuras@greatfallsmt.net Primary contact for the Wastewater Clarifier Rehabilitation, various WTP planning and improvement projects, and current water model update. SERVICES PROVIDED Planning | Design | Construction Administration | Feasibility Studies “AE2S has been a partner of the District, helping us address challenges and plan for a sustainable water future. They have and continue to do a good job for us, and we’ve been very pleased with the service we’ve received from them." - Ron Edwards General Manager Big Sky County Water and Sewer District 2PREVIOUS PERFORMANCE/EXPERIENCE AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 3 1. Sanitary Sewer Collection System BUNDERSTANDING OF SERVICES 2. Previous Performance/Experience INFILTRATION AND INFLOW (I&I) COLLECTION STUDYHavre. Montana GALLATIN CANYON AREA SEWER AND TREATMENT FEASIBILITY STUDY Source: Esri, DigitalGlobe, GeoEye, Earthstar Geographics, CNES/Airbus DS, USDA, USGS,AeroGRID, IGN, and the GIS User Community Figure 3-1 Collection System Service Areas00.25 0.5 Miles Legend Main Lift Station Area 1 - 4" Force Main Area 4 - 8" Pipe Area 3 - 8" Pipe Area 3 - 10" Pipe Area 3 - 8" Lateral Area 2 - 8" Pipe Area 2 - 10" Pipe Area 2 - 8" Lateral Area 1 - 8" Pipe Area 1 - 12" Pipe Force Main - 12" Advanced Engineering and Environmental Services, Inc. Big Sky, Montana Assessed land use in the Canyon Area, devised collection, treatment, and discharge projects, and proposed the formation of a Gallatin County Wastewater District. AE2S compared a standalone treatment plant versus conveyance (lift station and force main) to the existing Big Sky Water Resource Recovery Facility (WRRF). Now, the Gallatin Canyon Water and Sewer District, along with partners, are initiating sewer installation and lift station construction to reduce groundwater discharge by 300,000 gallons daily and curb nitrogen loading by 5,000 pounds annually in the Gallatin River watershed. PROJECT TEAMScott BueckerZach MagdolRyan Graf The City engaged AE2S to conduct a city-wide Infiltration and Inflow (I&I) study due to a significant increase in wastewater flows at the treatment facility. The study involved field inspections of the sanitary sewer and storm sewer systems, along with the installation of monitoring equipment across 15 sewer collection zones. After six months of data collection, AE2S analyzed the findings, identifying one zone responsible for nearly 50% of daily wastewater flows. This informed the City’s decision to prioritize immediate rehabilitation efforts in that zone. The study detailed analysis provided crucial insights for capital improvement projects, leading to targeted lining and rehabilitation efforts and enhanced monitoring of lift station performance. PROJECT TEAMNate WeisenburgerAlan Wendt AREA 6 SANITARY SEWER MAIN EXTENSIONSWatford City, North Dakota Designed 13,000 feet of sanitary sewer and two lift stations, as well as the design of a directionally drilled bore under Cherry Creek. Responsibilities included sewer line layout and design, lift station layout and design, standards and specifications, and coordination with McKenzie County and North Dakota Department of Transportation staff. PROJECT TEAM Alan Wendt James Sletten 2PREVIOUS PERFORMANCE/EXPERIENCE AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 4 2. Wastewater Treatment WRRF DESIGN AND CONSTRUCTION AND EFFLUENT DISPOSAL ANALYSIS Big Sky, Montana WASTEWATER CLARIFIER REHABILITATIONGreat Falls, Montana In Fall 2021, the City’s WWTP faced the shutdown of Secondary Clarifier No. 2, hampering its final clarification process. Layout constraints worsened the issue, hindering Return Activated Sludge (RAS) flow routing. AE2S was tasked by the City of Great Falls to assess and plan the damaged clarifier’s restoration. The damage, caused by asymmetrical rotation of the clarifier mechanism, rendered patchwork repairs unsustainable, risking further failures. Recognizing the potential for plant-wide disruption, AE2S expedited the rehabilitation of Clarifiers No. 1 and No. 2 in collaboration with the City and Veolia Operations. AE2S based the rehabilitation on Clarifier No. 4’s successful model, focusing on flexibility and operational ease. Through design modifications and close coordination with WWTP operators, AE2S ensured the refurbished clarifiers would offer enhanced reliability. Comprehensive support, including bidding assistance and construction oversight, was provided. Upon completion, three of the four clarifiers will be modernized, offering redundancy and flexibility for future RAS system operations upgrades at Great Falls WWTP. PROJECT TEAMNate WeisenburgerRoss Hanson AE2S was selected to upgrade and expand the Big Sky Water & Sewer District’s WRRF and conduct an Effluent Reuse and Disposal Analysis. Despite recycling all treated effluent for irrigation, the current system is strained due to growth. Effluent reuse options were evaluated, with membrane bioreactors (MBR) chosen for their treatment performance and small footprint. Advanced treatment options for potential indirect potable reuse were also considered. Various effluent reuse and disposal alternatives were found viable, with a communications plan included for stakeholder consensus building. PROJECT TEAMScott BueckerZach FrielingRyan Graf WASTEWATER TREATMENT MASTER PLANMedicine Hat. Alberta The City of Medicine Hat’s wastewater treatment plant handles approximately seven million gallons per day of municipal and industrial wastewater. To address regulatory changes, capacity needs, and aging infrastructure, the City enlisted the MPE/AE2S team to develop a Master Plan to serve as a roadmap for wastewater treatment over the next three decades. The team, comprising engineers, scientists, technologists, and operators, aims to deliver a plan that is practical and feasible given regulatory uncertainties, budget constraints, and federal funding cuts. The approach prioritizes creative and cost-effective solutions to immediate challenges while keeping scalability in mind for larger upgrades to the plant. PROJECT TEAM Scott Buecker Zach Frieling 2PREVIOUS PERFORMANCE/EXPERIENCE AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 5 3. Water System WILLET PUMP STATION IMPROVEMENTSBillings, Montana LYMAN AND SOURDOUGH TANK CONDITION ASSESSMENT AND RECOMMENDATIONS Bozeman, Montana AE2S assessed two aging concrete reservoirs, Sourdough Tank (4 MG) and Lyman Tank (5 MG), for the City of Bozeman. The assessment included visual inspections, recommendations for additional testing, and preliminary improvement alternatives such as rehabilitation or replacement. Detailed scopes for rehabilitation emphasized collaboration with specialized contractors. A life cycle cost analysis was provided to aid the City in budgeting for future capital improvement projects, considering the differing usable life of rehabilitation versus replacement options. AE2S is currently wrapping up the design phase of the Sourdough Tank improvements. PROJECT TEAMBrian ViallNate WeisenburgerRoss Hanson Process, electrical, structural, and civil design, hydraulic evaluation, and drafting of the process technical specifications for a new 200 HP, 5 MGD pump capacity addition to the Willett Pump Station. Work also included energy evaluations (Zone 1 to Zone 2 efficiencies), equipment pre-procurement, project manual, design drawings, structural evaluations, electric valve and controls modifications, VFDs, mechanical systems evaluation, and construction administration. Project also includes hydraulic, fire flow/pump, and process improvements to the Christensen Pump Station, which is pending final recommendations. PROJECT TEAMDavid CarlsonAdam WahlerJordan Geiger WATER SUPPLY TRANSMISSION MAINLibby, Montana Design and construction to replace approximately 1,000 feet of above ground steel 20-inch potable water main and 300 feet of buried Asbestos Concrete Pipe (ACP) from the City of Libby treatment and storage facility to pressure regulation station with 20-inch HDPE and C900 PVC pipe. Project included 625 feet of 20- inch ID HDPE directionally drilled up a 2.5:1 slope, connection of 20-inch C900 to the existing 20-inch ACP pipe and connection of 20-inch C900 to 16-inch buried steel. Project included fused 90 degree elbow, fused HDPE to PVC adapters and fused HDPE collars for concrete steep slope anchors and combination Air Relief/ Vacuum Valve (ARV) and vault. PROJECT TEAM Alan Wendt Clay Martins 2PREVIOUS PERFORMANCE/EXPERIENCE AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 6 4. Stormwater Collection and Treatment ASHLEY CREEK STORMWATER OUTFALLSKalispell, Montana Planning, design, and construction administration for retrofitting stormwater treatment facilities to the City’s existing stormwater collection system to address total maximum daily load (TMDL) requirements on Ashley Creek. The project was constructed in 2023 and included three hydro-dynamic separators to treat a combined 23 cubic feet per second.PROJECT TEAMZach MagdolClay Martins WEST & NORTH AREAS REGIONAL STORMWATER PLANNING AND DESIGN MANAGEMENT PROJECTS Kalispell, Montana The City of Kalispell continues to experience rapid growth given its ideal location in the Rocky Mountains and close proximity to Glacier National Park and picturesque Flathead Lake. AE2S assisted the City with both planning and design of several regional detention facilities and trunk line storm sewer to facilitate future development. One of the key project challenges that AE2S assisted the City with overcoming was an easement needed by one landowner, who was initially receptive to the planned improvements; however, as time went on, the landowner decided not to allow the easement. Given that the City wanted to avoid the condemnation process, AE2S was able to shift gears and redesign a portion of the project to avoid that landowner and incorporate design elements into the project to gain approval from a different landowner. PROJECT TEAMZach MagdolAlan Wendt BABCOCK BOULEVARD AND REGIONAL DRAINAGE IMPROVEMENTS Billings, Montana The Castle Rock drainage channel has experienced several past flooding events that overtopped key roadways, flooded Castle Rock Park, and overflowed into a major irrigation channel (BBWA Canal). While the initial project focus was solely on street storm sewer improvements along Babcock Boulevard, our in- depth evaluation of the entire Castle Rock drainage demonstrated that the level of service for the road wouldn’t improve unless a more regional approach to storm water management was also completed. The final design for the project included several components: new storm sewer collection system for Babcock Boulevard, new box culvert under Babcock Boulevard along with channel grading upstream and downstream, new outlet structure and box culvert under Nutter Boulevard, and park improvements to facilitate additional detention capacity in Castle Rock Park. PROJECT TEAM Zach Magdol David Carlson Clay Martins 2PREVIOUS PERFORMANCE/EXPERIENCE AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 7 9. Utility Modeling WATER AND WASTEWATER FACILITY PLAN UPDATESKalispell, Montana Significant changes in growth and related infrastructure challenges prompted the City to complete new comprehensive utility facility plans. Based on related experience and the proposed approach, the City selected AE2S to complete the Water Facility Plan Update and Wastewater Facility Plan Update. Having a firm understanding of the City’s challenges, needs, and long-term goals, the AE2S team worked closely with the City to develop comprehensive plans that provide guidance for ongoing and future development. The Plans built upon the City’s investment in past studies, hydraulic models, and GIS data to create a trustworthy and functional planning tools that serve as a roadmap to allow the City to make data-driven decisions for the foreseeable future. PROJECT TEAMZach MagdolDonovan VoellerNate Weisenburger WATER SYSTEM MASTER PLANHelena, Montana The City of Helena operates a complex water system with 13 pressure zones, two main sources of water on opposite ends of the system, and numerous booster pump stations and storage tanks. The City understands the importance of having an accurate model of the water system, and routinely performs updates to ensure the infrastructure included in the model is current. To validate the results and accuracy of the hydraulic model, AE2S performed a detailed model calibration for the City. AE2S is currently using the calibrated model to identify system deficiencies, the ideal locations for pressure zone divisions, as well as future storage sites. The City’s work order history and other information contained in GIS is being utilized to complete a system wide risk assessment on the distribution network. The output from the risk assessment combined with the hydraulic performance results from the model will be used to provide recommendations and establish direction on future capital improvement projects for the water utility. PROJECT TEAMNate WeisenburgerTrevor Datwyler WASTEWATER COLLECTION SYSTEM MODEL UPDATEBozeman, Montana The City selected AE2S to update the City’s wastewater collection system model. The model will be used to help evaluate existing infrastructure capacity, identify system deficiencies, determine future infrastructure needs, and ultimately aide in the development of a comprehensive facilities plan that addresses both present and future system requirements. Specific tasks include completing a sanitary sewer manhole vertical survey and condition assessment, assessing land use planning maps for model scenario development, calculating and allocating wastewater generation, calculating and allocating inflow and infiltration, developing wet weather and dry weather flow scenarios for existing and future system model analyses, and updating and calibrating the hydraulic model. PROJECT TEAM Zach Magdol Donovan Voeller Scott Buecker Trevor Datwyler 2PREVIOUS PERFORMANCE/EXPERIENCE AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 8 11. Construction Inspection WATER SUPPLY TRANSMISSION MAIN CONSTRUCTION SERVICES Libby, Montana Key components of the project included: • Installing 625 feet of 20-inch ID HDPE through directional drilling on a 2.5:1 slope. • Connecting 20-inch C900 PVC pipe to the existing 20-inch ACP pipe. • Linking 20-inch C900 PVC pipe to 16-inch buried steel. • Integrating fused 90-degree elbows, fused HDPE to PVC adapters, and fused HDPE collars for concrete steep slope anchors. • Installing a combination Air Relief/Vacuum Valve (ARV) and vault. The inspection focused on ensuring compliance with design specifications, adherence to safety protocols, proper installation techniques, and the functionality of all connections and components. This included assessing the integrity of fusion joints, alignment of directional drilling, and adequacy of support structures for the pipeline. PROJECT TEAMAlan WendtClay Martins WRRF DESIGN AND CONSTRUCTION SERVICESBig Sky, Montana Expansion and upgrade of the MBR (Membrane Bioreactor) facility to accommodate a maximum month rating of 1.4 MGD (Million Gallons per Day), with concrete work facilitating a future increase to 2.8 MGD. Existing infrastructure was repurposed to expand solids treatment and handling capabilities. The existing SBR basins were converted to Aerobic Digesters and an MBR Flow Equalization Basin. Bid Alternates included Phase 2 concrete work (this was awarded), as well as a new centrifuge to replace the District’s existing Belt Filter Press (still under consideration and grant funding development). Responsible for documentation and coordination of all field changes and acted as liaison between the contractor and owner. Coordinated change orders, pay requests, and upgrading proposals. PROJECT TEAMCaglar Kepenek CORE SYSTEM PIPELINE CONSTRUCTION SERVICESRocky Boy’s Reservation, Montana Design and construction of approximately 54 miles of 36-inch steel transmission pipeline, which will convey potable water by gravity from the future Water Treatment Plant (WTP) to the residents of Rocky Boy’s Reservation. In addition to design, AE2S has provided construction and post construction phase services. These services have included items such as onsite resident project representative (RPR), project management, ARRA accounting and reporting, project cost tracking systems, governmental interactions (Tribal, Federal and State), and project closeouts. PROJECT TEAMKeeley McBrydeBrandt Lee 2PREVIOUS PERFORMANCE/EXPERIENCE AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 9 12. Funding/Financial Studies WATER AND WASTEWATER RATE STUDYBillings, Montana In 2014, the City engaged AE2S Nexus to update its water and wastewater rate models and calculate a System Development Fee (SDF) for a large industrial user connecting to the wastewater system for the 2015 fiscal year (FY15). Since then, the City has continued to enlist our services for subsequent updates, covering FY16-FY25. Each update has involved a thorough review and recommendations for all user classes, including residential, commercial, irrigation, multi-family, and industrial. Additionally, AE2S Nexus has updated the City’s SDF models to ensure fair charges for new users based on recent capital projections. This effort resulted in updated SDF rate schedules and a comprehensive report, meeting Montana statutory requirements. PROJECT TEAMMiranda KlevenRyan GrafDavid Carlson UTILITY COST OF SERVICE AND RATE STUDYGreat Falls, Montana The City of Great Falls serves over 21,000 customers and nearly 60,000 residents, including Malmstrom Air Force Base and Black Eagle. It also provides services to various industries, such as a crude oil refinery, barley malting plant, and dairy processing facility. AE2S Nexus was selected in late 2017 to conduct a utility rate study for water and sewer services. The study aimed to analyze the cost of serving each user class, propose modifications to enhance fairness, and forecast revenue adequacy. It also assessed the appropriateness of connection fees and developed funding scenarios for future improvements, along with a multi-year financial plan. Stakeholder education and outreach were crucial components, including an educational workshop for Commissioners and tailored communications to address stakeholder concerns and highlight the benefits of planned investments. PROJECT TEAMMiranda KlevenRyan Graf WATER AND WASTEWATER FINANCIAL PLAN AND RATE STUDY Whitefish, Montana AE2S Nexus was chosen to conduct a Water and Wastewater Financial Plan and Rate Structure Study for Whitefish. The study analyzed cost of service for both utilities, proposed modifications to existing rate structures, and forecasted revenue adequacy. Due to challenging terrain, some areas require extensive pumping, leading to higher rates. Recommendations included appropriate charges for these areas and staged increases for irrigation water use to achieve full cost recovery gradually. The study also addressed charges for users outside the system and devised a multi-year plan to increase rates to support future wastewater treatment debt. Revenue impacts, including those related to conservation rates and general rate increases, were evaluated using a probabilistic revenue forecasting model considering historical weather patterns and demand elasticity. PROJECT TEAMMiranda KlevenRyan Graf 2PREVIOUS PERFORMANCE/EXPERIENCE AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 10 15. Structural Analysis and Design LIFT STATION 9 REPLACEMENTKalispell, Montana Design of a wet well and lift station replacement project for the City of Kalispell. A new 25-feet deep by 10-feet wide cast-in-place wet well was located adjacent to a new above grade pump house building. Additionally, an excavation shoring system was required for wet well construction. PROJECT TEAMZach MagdolJordan Geiger STRUCTURAL ENGINEERING SERVICESBillings, Montana Since 2018, AE2S has provided structural engineering services on numerous occasions at the water treatment plant, as part of studies, final design, construction, and emergency response. The following highlight two recently completed projects. • 1946 WTP Structural Evaluations – One of the City’s original water treatment plants was built in 1946, and later abandoned in the 1950s as the City quickly grew. The concrete structures from the original water treatment plant remain onsite, and AE2S has provided structural evaluation of the original structures for potential reuse in support of future pretreatment improvements. • Willett Pump Station – Structural evaluation and final design of improvements for the Willett Pump Station to support the pump system expansion through the installation of a new 200 HP vertical turbine pump. Work also included inslab rebar scanning to facilitate new large diameter concrete corings and long-term operations and maintenance recommendations for the masonry structure. PROJECT TEAMDavid CarlsonJordan GeigerKirk Ehlke CITY HALL RENOVATIONBillings, Montana As part of a multi-year vision to efficiently serve the community into the future, the City of Billings is renovating a newly purchased 6 level, 100,000 square foot facility in downtown. The Stillwater Building, original built by the GSA in the 1970s, requires extensive renovations to serve as the main hub for all City services. Through the selection process, the JLG/AE2S team was selected to provide architectural and structural services for the new building renovations. The Project has included structural engineering of the existing facility including structural steel, precast exterior walls, suspended concrete decks, entryway modifications, fire proofing, construction phase services. Through the delivery process, Dick Anderson was selected as the Construction Manager, General Contractor (CM/GC) for completing all the building renovations, which started in 2022 and are expected to start moving in City departments in early 2024. PROJECT TEAMDavid CarlsonJordan GeigerKirk Ehlke 2PREVIOUS PERFORMANCE/EXPERIENCE AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 11 16. Electrical Engineering GORE HILL PUMP STATION ELECTRICAL IMPROVEMENTS Great Falls, Montana The City of Great Falls commissioned AE2S for final design and implementation of electrical upgrades at Gore Hill Pump Station, serving various areas including Great Falls International Airport and residential zones. The project involved replacing service feeders, main switchgear, and installing an automatic transfer switch for external emergency backup power connections. AE2S also replaced existing starters with variable frequency drives to enhance efficiency and process performance. Considerations were made for future pump replacement, aligning with the construction of a new elevated storage facility. Critical path scheduling minimized water service disruptions, resulting in reduced shutdown time. PROJECT TEAMAdam WahlerNate Weisenburger LIFT STATION ARC FLASH ASSESSMENTEden Prairie, Minnesota The City needed a thorough assessment of its 16 lift stations to identify aging components and ensure electrical safety compliance with NFPA 70E. AE2S conducted electrical hazard analyses and provided comprehensive training on identified hazards. Data collection involved site visits and gathering information on cables, breakers, starters, and more, with electrical models constructed using SKM power tools. Arc flash hazard and fault current analyses were performed, and results were shared with City staff along with training on appropriate personal protective equipment (PPE). The study helped identify sites with the highest hazard levels, and recommendations were provided to mitigate hazards. City staff gained increased awareness of electrical safety practices, proper PPE usage, and overall safety awareness. PROJECT TEAMAdam Wahler WELLS R2 AND R6 ELECTRICAL IMPROVEMENTSVail, Colorado The R2/R6 Electrical Improvement project involved replacing all electrical equipment in the building housing two raw water wells crucial to the ERWSD system. AE2S initially evaluated the use of variable frequency drives (VFDs) versus reduced voltage soft starters (RVSS) in a technical memorandum, with the owner opting for new soft starters. The project encompassed electrical engineering and design for equipment replacement, including generator transfer switches, motor control centers, and well pump starters. It also included the design of a replacement control panel and SCADA telemetry, along with wiring upgrades, new process instruments, lighting, and receptacles. Process design involved relocating and replacing a pressure relief valve (PRV) and adding a new PRV to relieve pressure on distribution system piping. PROJECT TEAMAdam Wahler 2PREVIOUS PERFORMANCE/EXPERIENCE AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 12 17. Grant Applications/PERs WASTEWATER PERHavre, Montana The City, operating a 1.8 million gallon per day activated sludge wastewater treatment facility, needed upgrades to meet stricter discharge regulations outlined in their Montana Pollution Discharge Elimination System permit. AE2S was hired to prepare a preliminary engineering report (PER) identifying necessary upgrades for ammonia, aging infrastructure, and anticipated nitrogen/phosphorus limits. This involved evaluating the facility, developing alternatives, and estimating costs for ammonia reduction. Subsequently, AE2S was retained for final design work, including a biological nutrient removal system and various upgrades like pretreatment and influent pumping rehabilitation. BioWin modeling was used to assess BNR configurations and impacts. Funding was secured through programs like the State Revolving Fund, Treasure State Endowment Program, and Renewable Resource Grant and Loan Program, leveraging the PER findings. PROJECT TEAMScott Buecker WATER PERLibby, Montana Libby, a small community with aging infrastructure, saw a surge in growth post- COVID-19 as urban dwellers sought rural areas for outdoor recreation. Challenges include frequent boil orders due to high turbidity and water loss in the distribution system, impacting efficiency and revenue. Despite this, Libby aims for a brighter future by seeking funding through Montana’s Infrastructure Funding programs. AE2S was hired to prepare a PER, focusing on 15 projects including water supply improvements and transmission main replacements. The report, conforming to Montana’s standards, was finalized in 2023, with funding applications planned for Spring 2024. PROJECT TEAMNate WeisenburgerAlan WendtBrian Viall RRGL PROGRAM REVIEW AND RANKING PROCESSState of Montana AE2S participated in the 2008, 2010, 2016, and 2022 Montana Department of Natural Resources and Conservation Renewable Resources Grant and Loan Program review and ranking process. Involvement included the review of Preliminary Engineering Reports associated with water and wastewater infrastructure improvements across the State of Montana. The reports were assessed according to the compliance with Uniform PER and Funding Program Application documentation and additional ranking criteria set forth by the DNRC RRGL Program. Prepared legislative write-ups for each of the projects, and participated in a 3-day project ranking workshop where projects were ranked against each other for project funding. PROJECT TEAMNate Weisenburger 3KEY PROJECT STAFF AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 13 Firm Name: AE2S Staff Name Li c e n s e Of f i c e L o c a t i o n Ye a r s E x p e r i e n c e 1. S a n i t a r y S e w e r C o l l e c t i o n Sy s t e m 2. W a s t e w a t e r T r e a t m e n t 3. W a t e r S y s t e m 4. S t o r m w a t e r C o l l e c t i o n & Tr e a t m e n t 9. U t i l i t y M o d e l i n g 11 . C o n s t r u c t i o n I n s p e c t i o n s 12 . F u n d i n g / F i n a n c i a l S t u d i e s 15 . S t r u c t u r a l A n a l y s i s a n d De s i g n 16 . E l e c t r i c a l E n g i n e e r i n g 17 . G r a n t A p p l i c a t i o n s / P E R s Zach Magdol PE Bozeman, MT 15 x x x x x x x x Alan Wendt PE Kalispell, MT 23 x x x x x x Clay Martins EIT Kalispell, MT 1 x x x x x Dylan Mastrud Kalispell, MT 10 x x x x Nate Weisenburger PE Great Falls, MT 27 x x x x x x x Keeley McBryde PE Great Falls, MT 10 x x Brandt Lee PE Great Falls, MT 10 x x Scott Buecker PE Bozeman, MT 23 x x x x Brian Viall PE Bozeman, MT 11 x x x x x x James Sletten Bozeman, MT 14 x x x x x Aidan Scheffel EIT Bozeman, MT 2 x x x x x x Caglar Kepenek PE Bozeman, MT 10 x x x x Zach Frieling EIT Bozeman, MT 5 x x x David Carlson PE Billings, MT 14 x x x x x Trevor Datwyler PE Lehi, UT 14 x x x x x x Jordan Geiger PE Bismarck, ND 11 x x x x x Donovan Voeller PE Grand Forks, ND 18 x x x Miranda Kleven PE Grand Forks, ND 30 x Ryan Graf Grand Forks, ND 14 x Adan Wahler PE Fargo, ND 18 x x x x x You’ll see a lot of familiar faces on your project teams, as well as some new ones. Several team members have played a key role in numerous past Kalispell planning projects and have an unparalleled understanding of your infrastructure, your opportunities, and your challenges. The organizational chart provided on the following page illustrates how each project team will interact with the City and each other. Individual resumes are included in the Appendix. These resumes represent only a portion of the relevant experience for each individual. 2PREVIOUS PERFORMANCE/EXPERIENCE UNDERSTANDING OF SERVICES 3. Key ProjectStaff 3KEY PROJECT STAFF AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 14 PROFESSIONAL SERVICES TEAM 1. Sanitary Sewer Collection TASK LEADER Zach Magdol, PE Scott Buecker, PE Technical Advisor Alan Wendt, PE Project Engineer Zach Frieling, EIT Project Engineer Clay Martins, EIT Project Engineer/Const. Admin Caglar Kepenek, PE Construction Administration ZACH MAGDOL, PE Client Services Manager 2. Wastewater Treatment TASK LEADER Zach Magdol, PE Scott Buecker, PE Technical Advisor Brian Viall, PE Project Engineer Zach Frieling, EIT Project Engineer Clay Martins, EIT Project Engineer/Const. Admin Caglar Kepenek, PE Construction Administration 3. Water System TASK LEADER Brian Viall, PE Nate Weisenburger, PE Technical Advisor Alan Wendt, PE Project Engineer Keeley McBryde, PE Project Engineer Brandt Lee, PE Project Engineer David Carlson, PE Project Engineer Clay Martins, EIT Project Engineer/Const. Admin PROJECT SUPPORT Jordan Geiger, PEStructural Engineer James SlettenI&C Lead Dylan MastrudI&C Support Adam Wahler, PEElectrical Engineer Donovan Voeller, PEUtility Modeling This core project team is supported by over 325 municipal engineering-focused professionals. Key Project Staff Areas 1, 2, and 3 3KEY PROJECT STAFF AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE 15 4. Stormwater Collection and Treatment TASK LEADERZach Magdol, PE Trevor Datwyler, PEUtility Modeling Technical Advisor Alan Wendt, PEProject Engineer Clay Martins, EITProject Engineer/Const. Admin This core project team is supported by over 325 municipal engineering-focused professionals. 9. Utility Modeling TASK LEADERZach Magdol, PE Trevor Datwyler, PEUtility Modeling Technical Advisor Donovan Voeller, PEProject Engineer Aidan Scheffel, EITProject Engineer 11. Construction Inspection TASK LEADERCaglar Kepenek, PE Alan Wendt, PEProject Engineer Clay Martins, EITProject Engineer/Const. Admin 12. Funding/Financial Studies TASK LEADERMiranda Kleven, PE Ryan GrafFinancial Consultant 15. Structural Analysis and Design TASK LEADERZach Magdol, PE Jordan Geiger, PEStructural Engineer Clay Martins, EITProject Engineer 16. Electrical Engineering TASK LEADERZach Magdol, PE Adam Wahler, PEElectrical Engineer Clay Martins, EITProject Engineer 17. Grant Applications/PERs TASK LEADERZach Magdol, PE Nate Weisenburger, PETechnical Advisor Aidan Scheffel, EITProject EngineerRyan GrafFinancial Consultant ZACH MAGDOL, PE Client Services Manager Key Project Staff Areas 4, 9, 11, 12, 15, and 16 Appendix - Resumes AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.1 EDUCATION Master of Science, Civil/ Environmental Engineering Water Resources Engineering, University of Utah; Bachelor of Science, Environmental Engineering, University of New Hampshire REGISTRATIONS Professional Engineer: Montana, Utah, Oregon, Minnesota CONTACT Zach.Magdol@ae2s.com T: 406-219-2633 C: 406-595-1979 CATEGORY 1: SANITARY SEWER COLLECTION • Lift Station 9 Replacement, Kalispell, MT - Project Manager. Managed a wet well and lift station replacement project for the City. A new 25-feet deep by 10-feet wide cast-in-place wet well was located adjacent to a new above grade pump house building. Additionally, an excavation shoring system was required for wet well construction. • Wastewater Collection System Facility Plan Update, Bozeman, MT - Project Manager. Currently working with the City of Bozeman to update their dynamic collection system model, identify existing system deficiencies and improvements, and simulate future growth to update their wastewater collection system CIP. This project also involves development of a sanitary sewer manhole condition assessment. CATEGORY 4: STORMWATER COLLECTION AND TREATMENT • Ashley Creek Stormwater Outfalls, Kalispell, MT - Project Manager. Planning, design, and construction administration for retrofitting stormwater treatment facilities to the City’s existing stormwater collection system to address total maximum daily load (TMDL) requirements on Ashley Creek. The project was constructed in 2023 and included three hydro-dynamic separators to treat a combined 23 cubic feet per second. • Regional Stormwater Management Preliminary Design, Kalispell, MT - Project Manager. Planning, design, land acquisition, permitting, and SRF loan support for regional stormwater infrastructure. The infrastructure will serve over 500 acres of developing area within the City. Project included the development of a hydrologic and hydraulic model for two large watersheds and conveyance elements covering undeveloped foothills as well as urban areas. AE2S worked with the City to develop updated stormwater criteria specific to the master planned area as well as designed multi-purpose regional detention facilities and storm trunk lines to serve new development. • Stormwater Policy Development, Great Falls, MT - Project Manager. Assisted the City with updates to their MS4 Program including policy and design manual revisions. The City intends to implement a local construction stormwater management training program as well as a regional stormwater facility financial tracking system to help cost-sharing. CATEGORY 9: UTILITY MODELING • Wastewater Collection and Distribution System On-Call Hydraulic Modeling Maintenance, Kalispell, MT - Project Manager. Following completion of facility plan updates, we have continued to assist the City in assessing water and wastewater system needs by providing on-call modeling services. Tasks include review of subdivision impacts to distribution and collection system networks and providing recommendations. Zach has worked on multiple water resources and horizontal infrastructure projects for both public and private entities throughout MT, ND, SD, UT, and MN. Zach is familiar with the State of Montana’s water resources permitting landscape and clearly understands clients’ needs to deliver successful projects. Zach Magdol, PE Client Services Manager WHY ZACH? Over the past five years, Zach has worked closely with the City of Kalispell’s Public Works Department and understands your business. He takes pride in keeping you informed during projects and helping you implement cost- effective solutions that meet your expectations. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.2 Nate Weisenburger, PE Technical Advisor - Water EDUCATION Master of Science, Civil Engineering with Environmental Emphasis, University of North Dakota; Bachelor of Science, Civil Engineering, University of North Dakota REGISTRATIONS Professional Engineer: Montana, North Dakota, Colorado, Alberta, Saskatchewan CONTACT Nate.Weisenburger@ae2s.com T: 406-268-0626 C: 406-217-3711 CATEGORY 1: SANITARY SEWER COLLECTION SYSTEM • Inflow and Infiltration Study, Havre, MT - Project Manager. Completed an inflow and infiltration study and developed a hydraulic model of the City’s collection system, as well as collection system flow monitoring. CATEGORY 2: WASTEWATER TREATMENT • WWTP Headworks Improvements, Lethbridge, Alberta, Canada - Project Manager. Evaluated alternative solutions to provide the Lethbridge WWTP with a revised approach to Headworks and primary clarification processes. This report contained detailed opinions of costs, evaluation of utility, and a recommendation of the most appropriate alternative for meeting the City’s needs. CATEGORY 3: WATER SYSTEM • Gore Hill Pump Station Pump Replacement, Electrical Improvements, and Controls Upgrades, Great Falls, MT - Program Manager. Provided electrical design, installation, and startup of new switchgear, panelboards, automatic transfer switch, and variable frequency drives on three high service pumps within a 3-MGD pump station, as well as replacement of the horizontal split case centrifugal pump with an equal vertical turbine pump. CATEGORY 9: UTILITY MODELING • Water Facility Plan Update, Kalispell, MT - Client Manager. Developed a long-term planning tool consisting of a water distribution system model update, fire flow analysis, storage evaluation, risk assessment (horizontal assets), and CIP development and prioritization. • Water Distribution System Risk Assessment Response Plan, Bozeman, MT - Project Manager. Developed a Risk Assessment model for the water mains within the City. The model included base data such as pipe age, pipe break history, hydraulic criticality, and customer criticality. The project also included development of a consequence assessment and likelihood of failure assessment. The output of the model was used to develop a Condition Assessment Plan for the entire water distribution system, including water main replacements and condition assessment technologies. CATEGORY 12: FUNDING/FINANCIAL STUDIES • Rate Study, Great Falls, MT - Project Manager. Completed a cost analysis (COSA), including functionalization, classification, and allocation of costs to develop a customized rate model and rate design recommendation. Included a detailed connection fee evaluation, probabilistic rate revenue forecast, and rate policy and ordinance development. Nate is a practice leader at AE2S and provides valuable insight to projects in the roles of QA/QC, Technical Resource, and Project Director. He has led comprehensive master planning and asset management projects that set the stage for the future success for multiple utilities, as well as the development of large, complex projects requiring phased implementation. His 24 years of experience include preliminary engineering reports, feasibility studies, and facility plan documents primarily geared toward developing grant and loan funding to address regulatory compliance issues, community growth, process improvements, and system optimization. WHY NATE? Nate brings over 25 years of experience in municipal engineering. He also has a strong background utility planning, including team leadership, cross discipline coordination, and strong project and construction administration. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.3 Scott Buecker, PE Technical Advisor - Wastewater EDUCATION Master of Science, Civil and Environmental Engineering, University of Wisconsin REGISTRATIONS Professional Engineer: Montana, California CONTACT Scott.Buecker@ae2s.com T: 406-219-2633 C: 406-570-5184 CATEGORY 1: SANITARY SEWER COLLECTION SYSTEM • Canyon Area Sewer and Treatment Feasibility Study, Big Sky, MT – Project Manager. Provided sewer system collection planning, conveyance/lift station conceptual design, and evaluated regionalization with the Big Sky WRRF versus construction of a Canyon Area specific WRRF and disposal infrastructure. Project is now moving into preliminary design of the lift station, one mile of force main, and effluent reuse pipeline along Highway 64. CATEGORY 2: WASTEWATER TREATMENT • WRRF Expansion and Upgrade, Big Sky County Water and Sewer District, Big Sky, MT - Senior Project Manager. Responsible for delivery of planning, funding procurement, permitting, design and construction administration of the District’s $51M WRRF expansion and upgrade project. • Water Reclamation Facility Upgrade, Livingston, MT - Project Manager. Planned and designed improvements and upgrades to the City’s 2.2 MGD Water Reclamation Facility, including overhauls of the influent pump station, waste activated sludge pumps, digester feed pumps and dewatering feed pumps, as well as a new reuse pump station. CATEGORY 3: WATER SYSTEM • Lyman Creek System Improvements, Bozeman, MT - Project Manager. Responsible for oversight of aquifer testing and drilling activities, assessing results and providing preliminary engineering for spring development, transmission line modifications, new storage facilities, and interaction of hydraulic grade line with existing distribution system pressure zones. • Drought Management Plan, Bozeman, MT - Project Manager. Developed a Drought Management Plan including drought monitoring, vulnerability assessment, mitigation actions, response actions, and operational and administrative framework. CATEGORY 9: UTILITY MODELING • Water Distribution System Risk Assessment Response Plan, Bozeman, MT - Project Engineer. Created a Risk Assessment model for water mains within the City. The model included base data such as pipe age, pipe break history, hydraulic criticality, and customer criticality. The project also included developing a Consequence Assessment and Likelihood Assessment. Scott is a water and wastewater process design and consulting engineer with 20 years of experience in the water and wastewater treatment and conveyance industries. He has worked as a project manager, design manager, and senior project engineer. His experience spans permitting and funding procurement, facilities planning, conceptual and preliminary design, preparation of final plans and specifications, and construction management. He has prepared numerous treatability studies, treatment capacity analyses, treatment process and pumping optimization evaluations, hydraulic analyses, energy efficiency analyses, treatment plant operations guides, O&M manuals, facility plans, preliminary design reports, and construction documents for a broad range of water and wastewater treatment projects. WHY SCOTT? Scott is very familiar with Montana wastewater discharge permit requirements and negotiations with the Montana DEQ. His expertise is demonstrated in his ability to design state- of-the-art treatment systems. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.4 Alan Wendt, PE, CFM Senior Project Engineer EDUCATION Bachelor of Science, Civil Engineering, University of Nevada REGISTRATIONS Professional Engineer: Montana, Idaho, Nevada, North Dakota, Arizona CFM: ASFPM and AMFM CONTACT Alan.Wendt@ae2s.com T: 406-257-8990 C: 406-871-1675 Alan has over 20 years of civil engineering experience in water resources, site civil, land development, and municipal engineering. He also has extensive experience with Construction Management and Observation. CATEGORY 1: SANITARY SEWER COLLECTION • Lakeside Lift Station, Whitefish, MT - Construction Manager. New sanitary sewer lift station construction for the City of Whitefish, including construction meetings, material submittal review, construction inspection and recordation, certified payroll review, ARRA funding reporting, coordination between client, contractor and funding agencies (MDEQ and TSEP), record drawings, and project closeout. • Area 6 Sanitary Sewer Main Extensions, Watford City, ND - Project Engineer. Designed 13,000 feet of 8-, 10-, and 12-inch SDR 35 PVC sanitary sewer and two lift stations, as well as the design of a directionally drilled bore under Cherry Creek. Responsibilities included sewer line layout and design, lift station layout and design, standards and specifications, and coordination with McKenzie County and North Dakota Department of Transportation staff. CATEGORY 2: WASTEWATER TREATMENT • Wastewater Treatment Plant PER and Improvements, Havre, MT - Project Engineer. Completed a PER and future wastewater system planning to recommend an $11.9 million upgrade to the City’s existing activated sludge treatment plant. Addressed ammonia, nitrate plus nitrite, and disinfection permit limits, as well as a collection system inflow and infiltration study. CATEGORY 3: WATER SYSTEM • Water Supply Transmission Main, Libby, MT - Consultant Project Manager. Design and construction of the replacement of 800 feet of 20-inch above ground steel pipe with a 600-foot 24-inch HDPE directionally-drilled bore and 20-inch C900 PVC. • Section 36 Pumphouse Facility, Kalispell, MT - Project Engineer. Performed preliminary and final design to construct a 1,050-square foot precast well pumphouse, 200 hp lineshaft turbine pump, chemical and electrical rooms, disinfection system, site work, and drainage design. CATEGORY 17: GRANT APPLICATIONS/PERs • Water and Wastewater Systems PER, Libby, MT - Project Manager. Performed a Preliminary Engineering Report to apply for funding from the State of Montana (TSEP, RRGL, USDA/RD, etc.). This included addressing and prioritizing distribution and collection system needs, metering concepts, and treatment plans. • Wastewater Treatment Plant (WTP) Preliminary Engineering Report (PER), Havre, MT - Project Engineer. Created a Preliminary Engineering Report to assist the City of Havre with renovating their mechanical WTP to meet future discharge permit requirements. Performed preliminary design, developed cost estimates, and assisted the City’s consultant with funding applications to RRGL, TSEP, and RD. WHY ALAN? Alan has extensive experience working with municipalities including planning, supply, transmission, and tower design. He will be a technical resource to the project team. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.5 WHY CLAY? Clay is a young ambitious engineer who will provide cost effective support for various project teams. EDUCATION Bachelor of Science, Civil Engineering, Montana Technological University REGISTRATIONS Engineer in Training: Montana CONTACT Clayton.Martins@ae2s.com T: 406-257-8990 C: 406-697-6598 Clay is a dedicated water engineering professional serving the Flathead area. With a focus on stormwater management, water resources, and site development, he brings practical experience to his work. He handles tasks like drafting preliminary design reports, preparing plans and specifications, and conducting construction observations diligently. His dedication to quality and sustainability makes him a valuable addition to water engineering projects, contributing positively to community development. CATEGORY 1: SANITARY SEWER COLLECTION • Lift Station and Force Main Improvements, Drake, ND - Project Engineer. Performed hydraulic calculations for force main sizing, friction losses, and pump sizing. Selected pumps to solve client’s ragging issues and assembled specification package and other project deliverables. Drafted supplementary conditions to the construction contract and assisted with review of the construction drawings. Researched requirements for horizontal directional drilling for new force main installation beneath railroad ROW. CATEGORY 2: WASTEWATER TREATMENT • Auxiliary Bar Screen, Libby, MT - Resident Project Representative. Provided post-construction inspection services. The auxiliary bar screen was installed at the City’s wastewater treatment facility to intercept solids at the primary lift station where sewage flows enter the treatment plant. The project involved installing a new bar screen in the existing wet-well which fed contents to a compactor, thus allowing the solid material to be removed from the treatment stream and taken to a separate disposal facility. This improved process performance downstream and helped the aging plant accommodate increased flows. • Elmo Sewer Lagoons, Confederated Salish and Kootenai Tribes, Lake County, MT - Project Engineer. Provided design services for a wastewater treatment lagoon liner replacement project. The existing lagoon had deteriorated to the point of failure and required replacement. Specified a new geomembrane liner to contain wastewater in the treatment lagoons and provided recommendation for demolition of existing liner. Recommended plan for keeping treatment lagoons in operation during liner replacement project using geo-bags and flexibility of existing process piping. CATEGORY 4: STORMWATER COLLECTION AND TREATMENT • Stormwater Treatment Facilities Project, Kalispell, MT - Resident Project Representative. Conducted post-construction GPS survey and produced record drawings. The treatment facilities consist of offline hydrodynamic separators that remove pollutants from stormwater before discharging to public waterways. Project included installation of three treatment units which treat stormwater from a large urban drainage area. • Cody Drive Stormwater Modeling, Billings, MT - Project Engineer. Built a hydrologic and hydraulic model of the existing urban stormwater system using a proprietary version of EPA SWMM software to determine possible alternative solutions to periodic flooding issues faced by the City. Clay Martins, EIT Project Engineer AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.6 WHY DYLAN? Dylan has 10 years of experience as an I&C Technician with large variability in project types. He will use this knowledge and experience to help in developing a plan to fit your needs. EDUCATION Pursuing a Bachelor of Business Degree, Leadership & Management, Colorado Mountain College; Associates of Applied Science, Instrumentation & Electrical Technology, Wester Wyoming Community College CONTACT Dylan.Mastrud@ae2s.com T: 406-257-8990 Dylan has 10 years of instrumentation and electrical experience including PLC programming on Allen-Bradley PLC 5 and 5000 Series and extensive experience with calibration of measurement devices. Dylan has served as Electrical Lead, Instrumentation Technician, and an Operations I&C Technician. Having served many roles he had gained insight to troubleshooting complex issues, maintenance tasks, PLC programming, documentation, MOC processes, and overseeing contractors. CATEGORY 2: WASTEWATER TREATMENT • Libby WWTP Control System Upgrade, Libby, MT -Instrumentation & Controls Technician. A rip and replace style project that will replace antiquated PLCs and SCADA with modern Allen Bradley PLCs. From there Inductive Automations Ignition SCADA platform will provide centralized control, data acquisition, and alarming functions allowing operations staff to control sites quickly and efficiently. CATEGORY 3: WATER SYSTEM • Instrumentation and Controls Upgrade, Flathead County Water and Sewer District, Kalispell, MT - Instrumentation & Controls Technician. A rip and replace style project that will replace 30 antiquated PLCs, radios, and Operator Interface Terminals (OITs) with modern Allen Bradley PLCs, GE MDS Radios, and Allen Bradley Panel Views. Information from each site will be aggregated at a central communication hub. From there Inductive Automations Ignition SCADA platform will provide centralized control, data acquisition, and alarming functions allowing operations staff to control all 30 sites quickly and efficiently. • SCADA Upgrade, North Havre County Water District, MT - Instrumentation & Controls Technician. Carried out a complete overhaul of SCADA system. Rebuilt SCADA system in Ignition Perspective to modernize the system and improve ease of use. This system runs on a fully redundant two-server system with historical data and information communicated via radio telemetry which relays information to a central location where the Ignition SCADA system resides. • On-Call I&C Services, Kalispell, MT - I&C Technician. Currently providing on-call I&C services to troubleshoot and maintain existing control system assets for multiple well sites. All sites use Allen- Bradley PLCs/HMIs and are connected using radio telemetry which relays information to a central location where the Wonderware SCADA system resides. Dylan Mastrud I&C Technician AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.7 WHY KEELEY? Keeley is a bright and talented engineer, her water system design experience is well- suited to efficiently tackle project tasks. Keeley McBryde, PE Project Engineer EDUCATION Bachelor of Science, General Engineering with Civil Option, Montana Tech REGISTRATIONS Professional Engineer: Montana CERTIFICATIONS Radiological, RSO (Radiation Safety Officer) and Operational Training for Density Moisture Gauges CONTACT Keeley.McBryde@ae2s.com T: 406-268-0626 C: 406-788-8744 Keeley’s experience includes construction administration and observation for numerous municipal projects, value engineering, construction cost analysis, regulatory agency interface, conventional surface water treatment design, change order negotiation, construction scheduling, subcontractor coordination, material and equipment procurement, submittal reviews, field record keeping, interactions with contractors, punch list preparations, pay request processing, and completion of as-builts. CATEGORY 3: WATER SYSTEM • Rocky Boy’s WTP Process and Site Design - Design Engineer. Preliminary design, development, and future construction of the Rocky Boy’s WTP, which includes process design for a 34.5 MGD conventional treatment plant including source water evaluation, treatment process comparison, hydraulics, chemical storage/feed, site development, WAPA electrical coordination, septic, residual ponds, roads, staff housing, water storage tanks, piping, disinfection via chloramination, and a host of other features. • Rocky Boy’s WTP Pre-Value Engineering - Design Engineer. The Rocky Boy’s WTP will provide water to residents of the Chippewa Cree Tribe and North Central Montana via a 34.5 million-gallon per day conventional treatment process. • Great Falls Elevated Storage Improvements, Great Falls, MT - Resident Project Representative. Rehabilitation of Ella Avenue and Skyline Towers and the 33rd Street Storage Surge Tank. Project consisted of the complete reconditioning of the Skyline Water Tower (750,000-gallon), Ella Avenue Water Tower (750,000-gallon), and replacement of the 33rd Street Surge Tank. • Residuals Management Evaluation, Great Falls, MT - Project Engineer. Evaluation of the City’s WTP Residuals Management System and development of alternative residuals management handling concepts. Alternatives were ranked based on capital costs, operations and maintenance costs, performance, and operational intensity (time and intensity required by an operator). Based on the analysis, several recommendations were provided to implement screw press technology. • WTP Residuals and Master Plan Update, Medicine Hat, AB, Canada - Project Engineer. Water system master plan update and a conceptual design of a new residuals management system for the Medicine Hat Water Treatment Plant, which treats water from the South Saskatchewan River with a peak capacity of 180 mega-litre per day. Work includes a detailed residuals management strategy evaluation, selection, and conceptual design of the selected technology, as well as river environmental impact study. • Core Pipeline Segments #3B & 4, North Central Montana - Project Manager. Design, Procurement, and construction phase services for 9.5 miles of 30-inch diameter steel pipe. The pipeline will connect to the 21 miles of existing 36-inch steel transmission pipe from the water treatment plant site at Tiber Reservoir. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.8 Brandt Lee, PE Project Engineer EDUCATION Bachelor of Science, Civil Engineering, Montana State University REGISTRATIONS Professional Engineer: Montana CONTACT Brandt.Lee@ae2s.com T: 406-268-0626 C: 406-868-9108 Brandt’s experience includes construction administration and observation for numerous municipal projects, value engineering, construction cost analysis, regulatory agency interface, conventional surface water treatment design, change order negotiation, construction scheduling, subcontractor coordination, material and equipment procurement, submittal reviews, field record keeping, interactions with contractors, punch list preparations, pay request processing, and completion of as-builts. CATEGORY 2: WASTEWATER TREATMENT • Wastewater Clarifier and Return Activated Sludge Improvements, Great Falls, MT - Project Engineer. Provided construction engineering services for the replacement of two 104-foot diameter clarifiers for the City of Great Falls. Following this rehabilitation, three of the four final clarifiers will be relatively new and provide many years of reliable life span. • Rocky Boy’s Wastewater Needs Assessment, Box Elder, MT - Project Engineer. Wastewater system assessment and review of system demand capabilities with respect to current and future population growth. Evaluation of collection improvements, treatment options, and capital/O&M costs to provide recommendation. CATEGORY 3: WATER SYSTEM • Section 36 Water Improvements, Kalispell, MT - Project Engineer. Sizing and design of a 1,500 gpm line shaft turbine pump system. An extensive hydraulic evaluation of both the existing and future system was completed to verify head conditions along with different modes of operation to appropriately select a pump that would work efficiently as the City adds new infrastructure. • Rocky Boy’s Regional Water Treatment Plant (WTP) Final Design Phase 1A, Rocky Boy’s Reservation, MT - Project Engineer. Final design services of the Rocky Boy’s WTP Phase 1A, which will comprise an initial 3.5 MGD full conventional treatment plant. The facility will be designed with the future and ultimate buildout to 34.5 MGD capacity and will feature raw water pumping, taste and odor control, rapid mix, coagulation and flocculation, plate assisted sedimentation processes, dual media filtration, pH control, chlorination disinfection (primary), chloramination residual (secondary), and baffled disinfection contact basin. The Rocky Boy’s WTP will feature a residual recycle strategy which will provide cost saving benefits for users. The Rocky Boy’s WTP will treat raw water from Tiber Reservoir, which is an impoundment of the Marias River location in north central Montana. • Chippewa Cree Construction Corporation Tiber Intake Pipeline, Box Elder, MT - Resident Project Representative. Bidding and construction phase services for the 2015 intake pipeline construction. This consisted of the procurement services and construction of 10,500 feet of dual 30-inch pipelines. • Highway 23 Water Main, Watford City, ND - Project Engineer. Survey, preliminary design, final design, and bidding of a 12-inch water main from the Fox Hills Village PRV to the edge of Hunter’s Run Phase I, as well as from Hunters Run Phase I to a new elevated water tower. WHY BRANDT? Brandt brings nearly five years of direct design and Resident Project Representative experience across the region and knows how to effectively work with contractors to ensure quality and timely work. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.9 Brian Viall, PE Project Manager EDUCATION Bachelor of Science, Civil Engineering, University of North Dakota REGISTRATIONS Professional Engineer: Montana CONTACT Brian.Viall@ae2s.com T: 406-219-2633 C: 406-579-5104 Brian has experience in a broad range of municipal engineering projects and designs. From water treatment plant facilities and pump stations to street and utility improvements, Brian’s background makes him well-suited to manage a wide variety of municipal projects. CATEGORY 1: SANITARY SEWER COLLECTION SYSTEM • West Water and Sewer Extension, Williston, ND - Project Engineer. Installation of 16-inch PVC water main; 12-, 15-, 18-, and 24-inch PVC gravity sewer; 16-inch PVC sewer force main; eight-inch PVC sewer force main; a duplex lift station structure; manholes; sanitary air release valve structures; and appurtenances. CATEGORY 2: WASTEWATER TREATMENT • Water Reclamation Facility Upgrade, Livingston, MT - Project Engineer. Upgraded an existing water reclamation facility to treat 2.2 MGD of influent. Replaced existing rotating biological contactors with sequencing batch reactors (SBR), improved solids screening and pumping capacity, installed a new UV disinfection system, and converted existing anaerobic digesters to aerobic digesters. Design included pre- procurement of SBR equipment and optimization of energy efficiency. • Water Resource Recovery Facility Upgrades, Belgrade, MT - Project Manager. AE2S consulted for the City of Belgrade for both the Wastewater Facility Master Plan and Preliminary Engineering Report and recommended the City proceed with design of oxidation ditches to supplant the City’s existing aerated lagoons – totaling nearly 33 acres in landmass. The recommendations for secondary treatment was based on capital costs, operations and maintenance costs, energy requirements, operator staffing needs, and constructability. Facultative Sludge Lagoons are proposed as a means of reducing capital and operations costs of mechanical sludge digestion. Final design for the WRRF upgrades is currently ongoing. CATEGORY 3: WATER SYSTEM • Pear Street Booster Station Rehabilitation, Bozeman, MT - Project Manager. Design and construction administration for the rehabilitation of the Pear Street Booster Station designed to restore operational flexibility and maximal utilization of the City’s Water Right on Lyman Creek. The ongoing project includes distribution system modeling, three new horizontal split-case centrifugal pumps with variable frequency drives, process piping, hydraulic pressure control valves, and transient flow mitigation. The booster station connects the City’s two largest pressure zones and will be controlled with new instrumentation and controls along with SCADA upgrades to integrate the booster station into the City’s existing SCADA system. • Lyman and Sourdough Reservoir Condition Assessment, Bozeman, MT - Project Manager. The Sourdough Reservoir is approximately 70 years old, while the Lyman Reservoir is more than 110 years old. Due to age, both receive condition assessments performed by divers on a regular basis. For the most recent condition assessment performed, AE2S elaborated on the report provided by divers, and provided a multi-discipline evaluation of the reservoirs to recommend rehabilitation work (in the case of Sourdough Reservoir) and replacement (in the case of Lyman Reservoir). The recommendations considered a full life-cycle cost analysis since the alternatives considered (rehabilitation vs. replacement) had such drastically different usable lifespans. WHY BRIAN? Attention to detail is what sets Brian apart from his peers. He has a high standard for his work, which shows in the quality of plans and tight specifications. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.10 James Sletten Senior I&C Specialist CATEGORY 2: WASTEWATER TREATMENT • WRF Upgrade, Livingston, MT - I&C Technician. Programmed and managed the implementation of new process controls at the WRF, including several vendor systems. Programming included PLC, SCADA, and telemetry programming, allowing interoperability between systems and efficient plant operation by allowing plant staff to accurately control various processes at the WRF. • WRF Upgrades, Belgrade, MT - I&C Technician. Customized VFD programming provided enhanced control of pump operations in high pressure conditions. This advanced programming improved start-up and shut-down of pumps by using I&C solutions to reduce the potential for transient events. • WRRF Expansion and Upgrade, Big Sky, MT - I&C Technician. Programming and integrating several processes into a new state-of-the-art control system comprised of hundreds of sensors, motor controllers, Allen-Bradley PLCs, and a new SCADA platform. Programming includes the configuration and validation of each control system asset ensuring accurate control of each process. The new control system utilizes a site-wide fiber-optic network allowing for fast reliable communication between each sensor, building, PLC, and other networked assets. CATEGORY 3: WATER SYSTEM • Water Distribution SCADA, Kalispell, MT - I&C Technician. Project includes PLC, telemetry, and SCADA updates to bring Kalispell’s I&C infrastructure up to a modern standard. This project also allows local I&C technicians along with the City to more easily service control system assets. • Buffalo Hills and Section 36 Well Instrumentation and Controls Services, Kalispell, MT - I&C Technician. Provided I&C system services to integrate a new well with existing infrastructure. Two new Allen-Bradley Micro1400 PLCs were added to Buffalo Hills and Section 36 to aggregate data from Section 36. After that was accomplished, and through the use of Modbus TCP/IP, the existing control system was able to read and write data to Section 36 for control and allowed the InTouch SCADA system to display information to the staff. • Tank and Well Improvements - I&C Project Manager. This is an upcoming project with two wells coming online in May of 2024. AE2S is partnered with RPA to program the PLCs, OITs, Radios, and SCADA systems needed to integrate these new wells with existing water system assets. Phase 2 of the project will add a new 1 MG water tower, well, and valve control building allowing staff to fill the existing sheepherder reservoir and 1 MG tower efficiently. • Lyman Creek System Improvements, Bozeman, MT - I&C Technician. Provided design and implementation services to expand automated control and monitoring systems used to control the diversion of water into the Lyman WTP. Enhancements included the addition of two-level transmitters in remote locations which relay information to a central solar powered control panel. Information is then relayed to the Lyman WTP using a 900Mhz radio link. James’ experience includes water/wastewater instrumentation and controls services, serving clients throughout Montana and North Dakota in a variety of civil and environmental engineering projects. He is heavily involved in the development, testing and integration of distributed control systems, as well as their maintenance. EDUCATION Bachelor of Science, Industrial Technologies, University of North Dakota CONTACT James.Sletten@ae2s.com T: 406-219-2633 C: 218-230-5723 WHY JAMES? James’ knowledge of your water system and operations will be a valuable resource in the development of solutions that work seamlessly with existing infrastructure and processes. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.11 Aidan Scheffel , EIT Project Engineer EDUCATION Master of Science, Environmental Engineering, Montana State University; Bachelor of Science, Chemical Engineering, Montana State University REGISTRATIONS Professional Engineer-in-Training: Montana CONTACT Aidan.Scheffel@ae2s.com T: 406-219-2633 C: 406-679-1926 Aidan provides services primarily in AE2S’ wastewater and utility planning practices. His work includes technical engineering, modeling services, and long-term planning exercises. His diverse project experience covers long-range planning efforts for large- scale infrastructure improvements to short-term improvements for small community systems. CATEGORY 2: WASTEWATER TREATMENT • Reuse Management Plan, Big Sky County Water & Sewer District, Big Sky, MT - Project Engineer. Study and report summarizing and updating Montana DEQ on Big Sky County Water & Sewer District reuse operations and strategic planning. Determination of reuse capacity for MBR Class A-1 effluent based on complex Circular 2 requirements. Assessment of reuse operations based on existing stakeholder contractual agreements and nearby surface water TMDLs. Development of chain of custody framework for improved reuse operations and limits to District liability as a reuse water provider. Provided critical water balance and nutrient loading analysis for reuse infrastructure planning. Developed cost and capacity assessment for promising reuse applications to enhance future reuse capacity. CATEGORY 3: WATER SYSTEM • Pressure Relief Valve Upgrade - Phase I - Bozeman, MT - Project Engineer. Authored revisions to City of Bozeman Design Standards and Specifications Policy, specifying requirements for demand, fire-flow, PRV sizing, and pressure settings, pipeline velocity calculations, and identifying provisions for I&C and SCADA monitoring. Updated hydraulic model and evaluated the South Pressure zone to identify redundant PRV stations that could be abandoned to identify cost saving opportunities for the City’s PRV Rehabilitation CIP. Considered system performance, necessary fire flow demands, and dead-end pipe runs to evaluate system impacts considering feedback from City Engineering Staff. CATEGORY 9: UTILITY MODELING • Water and Wastewater Utility Planning, Belgrade, MT - Project Engineer. Spearheaded field operations for deployment of collection system meters for model calibration purposes. Comprehensively reviewed City’s GIS data to perform needs assessment for field data collection and survey as well as identify data quality control for connectivity issues in over 50 miles of sewer main with 1,000 (+/-) manholes and ~85 miles of distribution system piping. Currently building water system hydraulic model in InfoPro 2024. Evaluated InfoSWMM and AquaTwin Sewer with Owner as alternative options for collection system modeling. CATEGORY 17: GRANT APPLICATIONS/PERs • Water and Wastewater Systems PER, Libby, MT - Project Engineer. Performed a Preliminary Engineering Report to apply for funding from the State of Montana (TSEP, RRGL, USDA/RD, etc.) for a small, budget conscious client. This included addressing and prioritizing varying needs of an aging water system from water intake and supply, water treatment improvements, and finished water distribution and metering. WHY AIDAN? Aidan’s background in research and academia means he excels at tackling complex problems in manageable chunks while distilling the results of intricate analyses in a concise and articulate manner. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.12 WHY ZACH? Zach brings experience analyzing water samples to ensure proper function of water reclamation facilities adhering to MPEDS permits. Zach Frieling Certified Water/Wastewater Operator EDUCATION Master of Science, Chemical Engineering, Montana State University; Bachelor of Science, Chemical Engineering, Minor in Microbiology, Montana State University REGISTRATION Engineer-in-Training: Montana CERTIFICATION Class 1C Wastewater Treatment Plant Operator Certification CONTACT Zach.Frieling@ae2s.com T: 406-219-2633 Zach has over eight years of experience as a wastewater treatment facility operator. He has experience in analyzing water samples adhering to MPEDS permitting, process control strategy, and the ability to manage the operations and maintenance functions of a large wastewater treatment facility. CATEGORY 2: WASTEWATER TREATMENT • Water Resource Recovery Facility Improvements, Manhattan, MT - Operator Services. This project includes location of screw press dewatering equipment in the sludge loading bay area, including alarm system and HVAC upgrades, addition of a second coarse screen to the headworks area of the existing control building, addition of a second UV channel and disinfection equipment to the exiting UV building. • Wastewater Treatment Facility, Upper Thompson Sanitation District, CO - Operator Services. Design services for new wastewater treatment facility, lift station, and interceptor improvements. • Water and Wastewater Facility Plan, Belgrade, MT - Operator Services. Project included a Preliminary Engineering Report to address water and wastewater system needs, identified water and wastewater system improvements, and completed a rate study linking engineering, financing, and policy. • WRRF Expansion and Upgrade, Big Sky, MT - Operator Services. Preliminary and final design, bid, and construction administration of biological nutrient removal (BNR) and membrane bioreactor (MBR) improvements for nitrogen and phosphorus removal and increased treatment capacity. The project included new aerobic digesters, new Headworks building, new treatment process basins, new Membrane Treatment Building, new aerobic digesters and flow EQ tank, new blowers, effluent reuse water system, site improvements, process modeling, centrifuge dewatering, controls improvements and many miscellaneous facility improvements/upgrades. • Wastewater Resource Reclamation Facility, Belgrade, MT - Operator Services. Design of a new WRRF facility for the City of Belgrade. The City is transitioning from lagoons to oxidation ditch treatment facility and currently have only part-time lagoon operators. The City has a USDA-RD Grant/ Load and in the Letter of Conditions from USDA, the City has budgeted for $250,000 in “Operator Training.” • Wastewater Treatment Plant Primary Sludge Thickening Assessment, Medicine Hat - Operator Services. Project included data collection and review, development of general sludge thickening concepts, discussion of potential thickening alternatives, and the development of a comprehensive WWTP primary sludge thickening assessment document. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.13 Caglar Kepenek, PE Senior Construction Services Specialist EDUCATION Bachelor of Civil Engineering, Black Sea Technical University, Turkey REGISTRATION Professional Engineer: North Dakota CONTACT Caglar.Kepenek@ae2s.com T: 406-219-2633 C: 701-580-5697 Caglar has more than 10 years of experience in municipal engineering including administration of large and small construction projects and working with municipal, state, and local representatives and agencies. CATEGORY 2: WASTEWATER TREATMENT • WRRF Expansion and Upgrade, Big Sky, MT - Construction Services Manager. Preliminary and final design, bidding, and construction administration of biological nutrient removal (BNR) and membrane bioreactor (MBR) improvements for nitrogen and phosphorus removal and increased treatment capacity. Designed the new Headworks building, new treatment process basins, new Membrane Treatment Building, new aerobic digesters and flow EQ tank, new blowers, effluent reuse water system, site improvements, process modeling, centrifuge dewatering, upgrade existing digesters, and controls improvements. • Water Reclamation Facility (WRF) Upgrade, Livingston, MT - Construction Services Representative. Provided final design, bidding, and construction phase services for the expansion and upgrade of the City’s WRF. The WRF’s treatment capacity was increased from 1.8 MGD to 2.2 MGD. Upgrades included a new grinder and screening system, influent pump station improvements, continuous flow sequencing batch reactors, and a new UV disinfection system. CATEGORY 3: WATER SYSTEM • Pear Street Booster Station Rehabilitation. Bozeman, MT - Construction Services Representative. Design and construction administration for the rehabilitation of the Pear Street Booster Station designed to restore operational flexibility and maximal utilization of the City’s Water Right on Lyman Creek. The ongoing project includes distribution system modeling, three new horizontal split-case centrifugal pumps with variable frequency drives, process piping, hydraulic pressure control valves, and transient flow mitigation. The booster station connects the City’s two largest pressure zones and will be controlled with new instrumentation and controls along with SCADA upgrades to integrate the booster station into the City’s existing SCADA system. • New Town Clearwell, New Town, ND - Construction Services Representative. Provided final design, bidding, and construction phase services for a new clearwell construction located north of the existing WTP. The clearwell expansion provides increased distribution capacity for City and Fort Berthold Rural Water Users as well as provides redundancy of high service pumping systems. • WTP Expansion, New Town, ND - Construction Services Representative. Expanded the WTP to provide room for two additional treatment trains and increase treatment capacity. Provided final design and construction phase services for a new 900 gpm lime softening system that approximately doubled the City’s groundwater treatment capacity. WHY CAGLAR? Construction administration is one of the more critical aspects of a project, as it ensures that your project is constructed as designed, without unnecessary delays. Caglar’s experience and expertise will help the City stay one step ahead of the contractor, avoiding delays and potential construction issues. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.14 David Carlson, PE Project Engineer EDUCATION Bachelor of Science, Civil Engineering, University of North Dakota REGISTRATIONS Professional Engineer: North Dakota, Montana Certification: MT Water System Operator Class 1A/1B CONTACT David.Carlson@ae2s.com T: 406-702-7716 C: 406-403-8721 David’s focus is delivery of creative and technically sound solutions to water utilities and communities. His experience includes large project planning, technical design, construction, and operations of public utilities. Project work has included technical design and operations of large and small-diameter water transmission pipelines, alternative project delivery methods, and water treatment technologies such as conventional pre-treatment, lime-softening, conventional filtration, membrane filtration, chemical feed systems, clarifications, residuals handling, and disinfection systems for treatment and pumping facilities. CATEGORY 3: WATER SYSTEM • Willett/Christensen Pump Station Improvements, Billings, MT - Project Manager. Process, electrical, structural, and civil design, hydraulic evaluation, and drafting of the process technical specifications for a new 200 HP, 5 MGD pump capacity addition to the Willett Pump Station. Work also included energy evaluations (Zone 1 to Zone 2 efficiencies), equipment pre-procurement, project manual, design drawings, structural evaluations, electric valve and controls modifications, VFD’s, and mechanical systems evaluation. Project was completed in early 2024, with AE2S providing construction phase services. Project also includes hydraulic, fire flow/ pump, and process improvements to the Christensen Pump Station, which are pending final recommendations. • Billings WTP High Service Pump Station HVAC Improvements, Billings, MT - Project Manager. Mechanical, structural, and electrical improvements to support the installation of new heating, ventilation, and cooling (HVAC) equipment for the electrical room of the High Service Pump Station. Work included pre-procurement, design, heat rejection calculations, water pump process load analysis, medium voltage electrical improvements, lighting, plumbing, design drafting, project manuals, bidding, and construction phase services. • Lead and Copper Evaluation, Billings, MT - Project Manager. The City of Billings started a focused effort to target the replacement of lead service mains in its distribution system. The City retained AE2S for ongoing expertise and guidance for its lead service replacement projects. In addition, AE2S had provided regulatory tracking, education, and post- replacement project consultation. • Core System Pipeline, Rocky Boy’s/North Central Montana Regional Water System Project - Project Manager. Project consisted of approximately 33 miles of 36-inch steel transmission pipeline which will convey potable water approximately 54 miles from the future Water Treatment Plant (WTP) to the residents of Rocky Boy’s Reservation. Project work also has included startup operations, routing, easements, pipeline design, environmental services, permitting, operator training, disinfection strategies, and post-construction maintenance activities. • Gore Hill Pump Station Improvements, Great Falls, MT - Project Engineer. Performed process design to replace existing booster pump and process piping/appurtenances and electrical design for installation and startup of new switchgear, panelboards, automatic transfer switch, and variable frequency drives on three high service pumps within a 7 MGD pump station. WHY DAVID? David is a highly experienced and results-driven Project Engineer who has delivered millions of dollars of water infrastructure projects for clients. He has a track record of delivering successful water projects throughout the region and is able to provide efficient and cost- effective results. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.15 WHY TREVOR? Trevor leads our asset management group and brings a strong modeling background as well as the ability to communicate clearly with clients to ensure that all project needs are addressed. EDUCATION Master of Science, Civil & Environmental Engineering, Utah State University; Bachelor of Science, Civil Engineering, Utah State University REGISTRATIONS Professional Engineer: Utah, North Dakota, Colorado CONTACT Trevor.Datwyler@ae2s.com T: 801-331-8489 C: 435-760-6306 Trevor Datwyler, PE Technical Advisor - Utility Planning and Modeling Trevor helps utilities focus their capital spending on their most critical needs. He does this by helping utility managers utilize their maintenance and repair histories, coupled with the power of failure probability models, to ensure decision makers have the right data to support their infrastructure investments. CATEGORY 1: SANITARY SEWER COLLECTION SYSTEM • Wastewater Collection System Facility Plan Update, Bozeman, MT - Project Engineer. Currently working with the City of Bozeman to update their dynamic collection system model, identify existing system deficiencies and improvements, and simulate future growth to update their wastewater collection system CIP. This project also involves development of a sanitary sewer manhole condition assessment. CATEGORY 3: WATER SYSTEM • Water Facility Plan Update, Kalispell, MT - QA/QC. Developed a long- term planning tool consisting of a water distribution system model update, fire flow analysis, storage evaluation, risk assessment (horizontal assets), and CIP development and prioritization. • Water System Risk Assessment and Master Plan, Helena, MT - Project Engineer. Developed a comprehensive ArcGIS based risk assessment of the horizontal assets in the water distribution system as well as a hydraulic model update and system wide master plan. Used ArcGIS Pro to visualize the water system, probe into specific water system feature attributes, and analyze key water system components and connectivity. The results of the risk assessment were used to develop the 20-year capital improvements plan. Developed story maps and dashboards in ArcGIS Online to allow the City to review the results of both the hydraulic model analysis and risk assessment. • Water System Master Plan Update, Bozeman, MT - Project Engineer. Facility plan update included a water distribution system model update, fire flow analysis, pressure zone and pressure reduction study, water audit, CIP development, and a non-potable irrigation system study. • South Water Evaluation, Whitefish, MT - Project Manager. Performed potable water storage analysis to determine size, location, and reservoir type. Included an update of the hydraulic model to represent existing conditions and run alternative scenarios for potential reservoir locations and sizes. Coordinated with City staff to project growth and development to update the model for reservoir locations, sizes, and types. CATEGORY 9: UTILITY MODELING • Eagle River Water and Sanitation District Master Planning and Hydraulic Modeling, Vail, CO - Project Engineer. Water distribution modeling and development a 10-year Master Plan and Capital Improvement Plan. The comprehensive project included the development of a hydraulic model with extended period simulation, condition/risk assessment, GIS improvements, future land planning, identification of new facilities to serve the growing region, and development of a list of capital improvements with planning level cost estimates for modeling future rate impacts. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.16 Jordan Geiger, PE Structural Division Manager EDUCATION Master of Science, Structural Engineering, University of North Dakota; Bachelor of Science, Civil Engineering, University of North Dakota REGISTRATIONS Professional Engineer: Montana, North Dakota, South Dakota, Minnesota, Colorado CONTACT Jordan.Geiger@ae2s.com T: 701-221-0530 C: 701-721-5615 Jordan serves as our Structural Division Manager and has extensive experience in Structural engineering and project management. He has performed on numerous projects involving evaluation of existing structures, schematic layout, design and construction administration. Design experience includes construction with structural systems of steel, aluminum, masonry, concrete, and wood. He combines his unique project history and understanding of the construction industry to provide feasible structural design and add value to the project. CATEGORY 1: SANITARY SEWER COLLECTION • Lift Station 9 Replacement, Kalispell, MT - Structural Engineer. Lead structural engineer for a wet well and lift station replacement project for the City. A new 25-feet deep by 10-feet wide cast-in-place wet well was located adjacent to a new above grade pump house building. Additionally, an excavation shoring system was required for wet well construction. • Interceptor Corrosion Assessment and Rehabilitation Project, Brookings, SD - Structural Engineer. Completed the initial site visit for visual assessment, assisted with the development of material testing protocol, coordination of materials testing agency, application of material testing results, and development of retrofit/repairs. • Fox Hills Regional Lift Station, Watford City, ND - Structural Engineer. Design of approximately 9,408 equivalent dwelling units with an average daily flow of about 2.35 million gallons per day, including new submersible pumps with an ultimate capacity of 4,350 gallons per minute and dual force mains. The new cast-in-place wet well has two vaults housing two submersible pumps each. An integrated cast-in-place valve vault housed all the check and gate valves. A structure was built over the valve vault to house all the electrical components. CATEGORY 2: WASTEWATER TREATMENT • WRRF Improvements, Big Sky County Water and Sewer District, Big Sky, MT - Structural Engineer. Lead Structural Engineer for the design of a large- scale improvement project for the Big Sky Water Resource Recovery Facility. Improvements included a new MBR structure, lift station structure, and multiple modifications to the existing facility. Structural framing systems of cast-in-place concrete, precast prestressed concrete, structural steel, and masonry were utilized. Additionally, the facility is located in a seismic region. • WWTF Improvements, Havre, MT - Structural Engineer. Completion of a PER and future wastewater system planning. This project involved the recommendation of an $11.9 million upgrade to the City’s existing activated sludge treatment plant to address ammonia, nitrate plus nitrite, and disinfection permit limits. A collection system inflow and infiltration study was also included. CATEGORY 3: WATER TREATMENT AND SUPPLY • Sourdough and Lyman Tank Evaluation, Bozeman, MT - Structural Engineer. Structural engineering evaluation of the existing Sourdough (four million gallon) and Lyman (five million gallon) water storage reservoirs. Structural evaluation included visual observations, a condition assessment report, recommended rehabilitation options and future planning for the two existing reservoirs. The existing reservoirs were a part of the Bozeman water distribution system and were both originally constructed over 50 years ago. The framing systems of cast-in-place concrete and precast prestressed concrete were visually observed. WHY JORDAN? Jordan completes your team and provides the know-how necessary to structurally evaluate, rehabilitate, or design from a clean slate. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.17 WHY DONOVAN? Donovan is an accomplished hydraulic modeling engineer and has worked on models for municipalities across the region. Donovan also provides on-going modeling services to many clients, including Kalispell, continually evaluating project alternatives. EDUCATION Bachelor of Science, Civil Engineering, University of North Dakota REGISTRATIONS Professional Engineer: North Dakota, Minnesota, Wisconsin CONTACT Donovan.Voeller@ae2s.com T: 701-746-8087 C: 701-741-4321 Donovan’s experience includes hydraulic modeling of water distribution systems, stormwater collection systems, and wastewater collection system for several communities. Modeling experience includes hydraulic model development, field testing, model calibration, existing and future system analysis, master planning, and capital improvements planning. Project work has involved water supply planning, water treatment plant design, wastewater treatment facility design, water tower design, preliminary engineering, final design, and construction administration services. CATEGORY 1: SANITARY SEWER COLLECTION • Wastewater Collection System Facility Plan Update, Bozeman, MT - Project Engineer. Currently working with the City of Bozeman to update their dynamic collection system model, identify existing system deficiencies and improvements, and simulate future growth to update their wastewater collection system CIP. This project also involves development of a sanitary sewer manhole condition assessment. CATEGORY 2: WASTEWATER TREATMENT • Wastewater Collection and Treatment System Study, Parshall, ND - Modeling Engineer. Model development and evaluation of the existing and future sanitary collection system, evaluation of the existing WWTF, and development of a plan for WWTF improvements. CATEGORY 3: WATER SYSTEM • Water and Wastewater Facility Plan Updates, Kalispell, MT - Hydraulic Modeling Engineer. Developed long-term planning tools consisting of water distribution and wastewater collection system models. Work included model updates, field data collection, model calibration, existing system evaluation, future system evaluation, risk assessment (horizontal assets), and CIP development and prioritization. • Water Model Update and Training, Bozeman, MT - Hydraulic Modeling Engineer. Refined a workflow process for periodically updating the water distribution system model. A training session was held with the City to review the model update documentation and update workflow process. The documentation has been used to update the model twice since development. CATEGORY 9: UTILITY MODELING • On-Call Model Maintenance, Kalispell, MT - Hydraulic Modeling Engineer. Following completion of facility plan updates, Donovan has continued to assist the City of Kalispell in assessing water and wastewater system needs by providing on-call modeling services. Tasks include review of subdivision impacts to distribution and collection system networks and making recommendations regarding sizing, layout, and connection to the system. • Wastewater Model Development, Big Sky Water and Sewer District, Big Sky, MT - Hydraulic Modeling Engineer. To date, project work has included development of a static model of the wastewater collections system. The next phases of the project will include existing system capacity assessment, applying future growth loading, and determining recommended system improvements to address existing deficiencies and future extensions. Donovan Voeller, PE Utility Modeling Engineer AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.18 Miranda Kleven, PE Financial Consultant EDUCATION Bachelor of Science, Chemical Engineering, University of North Dakota REGISTRATIONS Professional Engineer: North Dakota Series 50 Municipal Representative CONTACT Miranda.Kleven@ae2s.com T: 701-746-8087 C: 701-746-0370 CATEGORY 11: FUNDING AND FINANCIAL STUDIES • Water and Wastewater Rate Study, Billings, MT - Financial Analyst. Cost of Service and Revenue Adequacy updates for the City since 2014. As the City has grown, the complexity of the rate design has also increased, adding new wholesale users and identifying equitable methods of distributing costs. These updates have continued to refine and develop the City’s fiscal policies from how best to identify and assign costs to incorporating impact fee accounting into the overall process. • Water and Wastewater Financial Plan and Rate Structure Study, Whitefish, MT - Financial Analyst. Study that involved completion of cost of service rate analyses for the water and wastewater utilities, review and development of potential modifications to the existing rate structures, and forecasted revenue adequacy for both utilities. Specifically, the study evaluated the financial impacts to the City’s user base coinciding with the study of multiple wastewater treatment facility alternatives that were under consideration to address new numeric criteria for nitrogen and phosphorus removal. • Storm Drainage Rate Study, Sioux Falls, SD - Financial Analyst. The project involved cost of service, rate design, and revenue adequacy analyses for the Storm Drainage Utility, including the development of changes to the existing rate structure to better address water quality impacts, options for the City to consider implementing fee credits to also address water quality, and a 10-year projection of proposed adjustments to the rates, drainage fees, and platting fees based on forecasted future revenue requirements. The study also involved completion of a comprehensive written report, several presentations to the City council, and potential redesign of the existing ordinance. • Water and Wastewater Rate Study, Bozeman, MT - Financial Analyst. Served as lead analyst for the water portion of a comprehensive cost of service-based water rate design revenue adequacy project. The project involved evaluation of water use patterns for the basis of establishing conservation-oriented rate structure, including implementation of a drought surcharge component to address critical anticipated water shortages. In addition to developing rate projections for a 10-year planning period, the AE2S Nexus prepared policy papers to assist the City’s leaders in adopting policy changes that support the short- and long-term objectives of the water and wastewater utilities. As a special projects engineer, Miranda routinely works closely with clients on financial issues as an extension of their staff. Her attention to detail, ability to work well with others, and emphasis on listening to and addressing client needs make her a valuable addition to the project team. Miranda has worked with municipal water, wastewater, stormwater, and solid waste utilities, as well as rural water systems, in the evaluation and implementation of fair and equitable cost of service-based rate structures and in the evaluation of revenue adequacy. As an active member of the AWWA, Miranda keeps apprised of the latest issues associated with utility rate setting as promoted by professional water industry organizations, such as AWWA and WEF. WHY MIRANDA? Miranda is the key financial analyst for our Annual Utility Rate Survey, and has been an integral member of the AE2S Nexus team from the beginning. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.19 Ryan Graf Financial Consultant EDUCATION Master of Public Affairs, Public Finance and Policy Analysis, Indiana University; Bachelor of Arts, Political Science, University of North Dakota REGISTRATIONS Series 50 Municipal Representative TRAINING Financial Management: Cost of Service Rate Making, AWWA CONTACT Ryan.Graf@ae2s.com T: 701-746-8087 C: 218-791-5847 CATEGORY 11: FUNDING/FINANCIAL STUDIES • Water and Wastewater Rate Study, Billings, MT - Financial Analyst. Cost of Service and Revenue Adequacy updates for the City since 2014. As the City has grown, the complexity of the rate design has also increased, adding new wholesale users and identifying equitable methods of distributing costs. These updates have continued to refine and develop the City’s fiscal policies from how best to identify and assign costs to incorporating impact fee accounting into the overall process. • Utility Financial Master Plan, Belgrade, MT - Financial Analyst. AE2S Nexus was brought in to provide a financial master plan to accompany the infrastructure master plan. As part of this project, AE2S Nexus is conducting a full financial evaluation of the utilities updating impact fees, identifying cost of service to various users (including one significant institutional user), evaluating potential for new rate structures, and recommending rates for a 10-year period. All this together provides the basis for the City to execute their master plans in a financially sustainable and successful manner. • Utility Financial Planning, Big Sky County Water and Sewer District, Big Sky, MT - Lead Consultant. As Big Sky County Water and Sewer District looked to fund the largest capital project in its history, they wanted to make sure there was a sound financial plan in place now and into the future. The project team helped to construct a long-term rate model that integrated both new capital needs as well as changes to operations. In addition, Big Sky looked to update their growth charge policy to ensure that new users who are resulting in additional capital costs are responsible for an appropriate share of those capital costs. • Interconnection Cost of Service Analysis, Fargo, ND - Financial Analyst. As the City of Fargo and the surrounding community look to establish regional water and wastewater service, AE2S Nexus was asked to provide insights and modeling on how best to charge for service and allocate costs between different jurisdictions. As part of this project, Ryan and the Nexus team did a deep dive of the utility financial modeling and established fair and equitable ways to allocate costs and set rates for service to the new outside entities. • Stormwater Utility Feasibility Study and Implementation, Jamestown, ND - Financial Analyst. Analysis to determine the feasibility of establishing a stormwater utility to fund the City’s stormwater management program, including the crafting of a Strategic Communications Plan and accompanying material to convey the project to stakeholders. Ryan is a dedicated financial management consultant with experience in utility financial policies, utility rate studies and cost of service, financial impacts of asset management, funding programs, and regulatory considerations. He has years of experience providing financial analysis and guidance for utility management, funding development, and regulatory compliance. Ryan has worked with municipal water, wastewater, stormwater, and solid waste utilities, city administrations of sizes from as little as 500 people to as many as 180,000 people, as well as rural water systems. WHY RYAN? Ryan brings strong financial analysis skills to guide the City throughout its utility financing processes. AAPPENDIX - RESUMES AE2S KALISPELL PROFESSIONAL SERVICES SOQ | PAGE A.20 Adam Wahler, PE Electrical Engineer EDUCATION Bachelor of Science, Electrical Engineering, North Dakota State University; Associate of Science, Electrical Technology, North Dakota State College REGISTRATIONS Professional Engineer: Montana, North Dakota CONTACT Adam.Wahler@ae2s.com T: 701-364-9111 C: 701-640-3282 CATEGORY 1: SANITARY SEWER COLLECTION • Area 6 Sanitary Sewer Main Extensions, Watford City, ND - Electrical Engineer. Designed 13,000 feet of sanitary sewer and two lift stations. Performed electrical engineering for each lift station, which entailed PLC-based controls, radio telemetry, coordination of electric utilities, and PLC programming. CATEGORY 2: WASTEWATER TREATMENT • WWTF Improvements, Havre, MT - Electrical Engineer. Design of electrical and controls systems for BNR upgrades, new RAS/WAS pumping, new diffused aeration, new turbo blowers, digester supernatant management upgrades, clarifier rehabilitation, new UV disinfection, and many miscellaneous facility improvements/ upgrades. Detailed design, equipment selection, specifications, and construction administration. Design included in-depth hazardous area review and safety improvements (NFPA 820). • Water Reclamation Facility Upgrades, Livingston, MT - Lead Electrical Engineer. Completed a plant expansion, which entailed numerous electrical upgrades like installing a new 1600A electrical service with a closed transition automatic transfer switch and a 1000KW emergency stand-by generator. Other key electrical improvements included fiber optic communications enhancements, instrumentation and control system upgrades, site hazardous area determinations and safety improvements, networking additions/improvements, and provisions to integrate a future solar array. CATEGORY 3: WATER SYSTEM • Rocky Boy’s Regional Water Treatment Plant (WTP) Final Design Phase 1A - Electrical Engineer. Final design services of the Rocky Boy’s WTP Phase 1A, which will comprise a 3.5 MGD full conventional treatment plant. The facility will be designed with the future and ultimate buildout to 22 MGD capacity and will feature raw water pumping, taste and odor control, rapid mix, coagulation and flocculation, plate assisted sedimentation processes, dual media filtration, pH control, chlorination disinfection (primary), chloramination residual (secondary), and baffled disinfection contact basin. • Pump Station Controls Upgrade, Great Falls, MT - Lead Electrical Engineer. Consisted of the instrumentation and controls services that provided additional local PLC/OIT and Water Treatment Plant PLC/HMI programming to allow pump stations to operate off of system pressure while the tanks were offline for rehabilitation. In addition, variable frequency drives were added on several pumps and this control programming allows the pumps to ramp up and down to maintain constant system pressure with tank online or offline. Adam’s experience includes project management, computer aided drafting and design, construction observation and administration, medium voltage distribution design, stormwater pumping station design, sanitary pumping station design, wastewater plant design, water treatment plant design, aircraft hangar design, construction cost estimating, and electrical system modeling. He has prepared plans, specifications, engineering reports, and cost estimates for all areas noted above. WHY ADAM? Adam has extensive knowledge working with water and wastewater electrical systems. He approaches each facility with a big picture approach and tackles challenges with creative and cost-saving solutions.