Energy Narrative Report - doi.gov · Guideline products) during its SI CASHE audits. Training on...

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DEPARTMENT OF THE INTERIOR

FY 2017 Energy Management Report Summary

Table of Contents

SECTION 1 - MANAGEMENT AND ADMINISTRATION SUMMARY

A. Energy Management Infrastructure 1. Senior Agency Official 2. Agency Energy Team

B. Management Tools 1. Awards 2. Performance Evaluations 3. Training

SECTION 2 - ENERGY EFFICIENCY PERFORMANCE SUMMARY

A. Energy Intensity Reduction Performance 1. Goal Subject Buildings 2. Non-Fleet Vehicles and Equipment Fuel Use

B. Clean Energy 1. On-Site Generated Renewable Energy 2. Purchased Renewable Energy

C. Water Conservation D. Facility Metering E. Federal Building Energy Efficiency Standards

SECTION 3 - IMPLEMENTATION HIGHLIGHTS OF FY 2017

A. Life-Cycle Cost Analysis B. Retrofits and Capital Improvement Projects C. Use of Performance Contracts

1. Energy-Savings Performance Contracts (ESPCs) 2. Utility Energy Services Contracts (UESCs)

D. Use of ENERGY STAR® and Other Energy-Efficient Products E. Sustainable Building Design and High-Performance Buildings F. Energy Efficiency/Sustainable Design in Lease Provisions G. Distributed Generation, including use on on-site renewable energy resources and

combined cooling, heating, and power systems

U. S. Department of the Interior FY 2017 Energy Management Narrative

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SECTION 1 – Management and Administration Summary

Agency Information Agency Department of the Interior

Agency Contact(s) Mary Heying

Contact(s) Information [email protected]

A. Energy Management Infrastructure 1. Senior Agency Official Assistant Secretary – Policy Management and Budget

The Assistant Secretary - Policy, Management and Budget is the Department of the Interior’s (DOI, Interior) Chief Sustainability Official responsible for meeting the goals of the Energy Policy Act of 2005 (EPAct), Energy Independence and Security Act of 2007 (EISA), and Executive Order (EO) 13693.

2. Agency Energy Team

Implementation of the Energy Management and Conservation Program within Interior is the responsibility of the Assistant Secretary - Policy, Management and Budget and is delegated to the Office of Acquisition and Property Management through the Deputy Assistant Secretary – Budget, Finance, Performance, and Acquisition. Interior’s Energy Management Team consists of Bureau Chief Sustainability Officers and Bureau Senior Asset Management Officers who are responsible for managing Interior’s environmental and real property assets. In addition, the Departmental Energy Conservation Committee (DECC), composed of bureau representatives ranging from property management specialists to engineers, is a forum to communicate information regarding energy management and water conservation issues; discuss best management practices; and provide advice and recommendations to senior leadership on energy management initiatives and policies as well as guidance on bureau energy management operations. Departmental offices and bureaus with responsibility for energy and water management at Interior facilities include the following:

Office of the Secretary, Office of Facilities and Administrative Services (OFAS);

Bureau of Indian Affairs (BIA);

Bureau of Indian Education (BIE);

Bureau of Land Management (BLM);

Bureau of Reclamation (BOR);

National Park Service (NPS);

U.S. Fish and Wildlife Service (FWS); and

U.S. Geological Survey (USGS). Departmental and bureau energy personnel collaborate with their counterparts throughout the Federal Government through interagency work groups, and work closely with experts from the Department of Energy’s (DOE) Federal Energy Management Program (FEMP).

mailto:[email protected]


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B. Management Tools 1. Awards

Interior bureaus take advantage of employee incentive programs to reward their exceptional employees. Interior actively participates in FEMP awards programs and related awareness campaigns. Interior also holds its own Environmental Achievement Awards, many of which focus on energy and water conservation. One Interior nomination was the recipient of DOE’s FY 2017 Federal Energy and Water Management Awards:

FWS - Southeast Regional Office, Atlanta, GA (Project Award). The Southeast Regional Office is a General Service Administration (GSA) provided building. FWS staff collaborated with GSA and the building owner to install numerous energy conservation measures, including a highly-efficient heating, ventilating and air conditioning system, which resulted in reducing energy consumption 13 percent and water consumption 44 percent, and saving nearly $50,000 annually on utility bills. The project also reduced the footprint of the office within the building by more than 10,000 square feet. The Federal Energy and Water Management Awards recognize innovative energy and water saving projects, programs, and individuals across the Federal Government.

Four Interior employees were recognized by FEMP’s new FEDS Spotlight program which was launched and presented at the 2017 Energy Exchange. These federal energy champions embody the principles of efficient and innovative energy, water, and fleet management by connecting, collaborating, and conserving.

BOR – Sarah Perrin, Central California Area Office, Folsom, CA. As the Environmental Management System (EMS) Coordinator, Ms. Perrin has connected with staff through awareness training and Green Team meeting to help fund projects that qualify for EMS funds, including projects that save energy and water and/or incorporate renewable or recycled materials. She prepared one-page informational sheets that describe EMS requirements and actively promotes recycling and food waste composting. Ms. Perrin’s efforts contributed to the Central California Area Office’s EMS compliance.

DOI – Mary Heying, Office of the Secretary, Office of Acquisition and Property Management, Washington, DC. As the Department’s Facility Energy Program Manager, Ms. Heying conscientiously reports agency performance data and keeps the Department bureaus informed of energy, water and renewable energy requirements. She actively connects and collaborates in interagency working groups and volunteers her time and expertise to the benefit of other agencies.

NPS - Randy Anderson, Stones River National Battlefield, Murfreesboro, TN. Mr. Anderson has had a profound impact on the park’s energy, water and fleet management practices. He coordinated the replacement of nearly every light fixture in the park with LEDs, which resulted in a 22 percent annual reduction in electricity use and $6,000 in savings. He has begun planning projects to improve the park’s restroom facilities to reduce water use by installing water efficient toilets, urinals and sinks and has instituted a policy to ensure that newly acquired vehicles and equipment have the highest fuel efficiency possible.


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NPS – Monta Baskerville, National Capital Region, Washington, DC. Ms. Baskerville worked tirelessly to educate local, regional and national leadership within the NPS on the potential to substantially reduce energy and water consumption and costs, and improve environmental quality, at the National Captial Region’s 17 park units using an Energy Savings Performance Contract (ESPC). The two phased project has saved more than $3 million, 24,700 million British thermal units of energy and 127 million gallons of water annually. Ms. Baskerville created a video and has presented the success of the project to many groups within the NPS and Department of the Interior to encourage the use of ESPCs to maximize energy, water, and cost savings.

2. Performance Evaluations

Interior recognizes the Energy Management Program responsibilities of facility managers, energy managers, designers, and senior leadership through the identification and incorporation of their responsibilities in performance evaluations and position descriptions.

3. Training and Education

Energy Management Training: In FY 2017, energy management training was provided for 1,041 personnel. DOI attendees participated in a wide range of presentations on energy management and leadership, new technologies and innovation, as well as attended FEMP’s 2017 Energy Exchange. Interior energy managers provided information to personnel on available energy management training, and encouraged them to attend as much training as operational requirements and funding permitted. Energy managers involved in building energy efficiency and water conservation have attended training and workshops offered by FEMP and the First Thursdays mini-seminars. Several personnel have also attended training offered by other organizations such as the Environmental Protection Agency (EPA), American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE), the Green Building Research Institute, and the American Association of Energy Engineers. DOI energy personnel attended on-site training and satellite broadcasts of FEMP courses on metering technologies, power purchase agreements, ESPC, and UESC. The BLM SI CASHE Team conducts training and inspections of facilities that exceed 5,000 gross square feet in size. The team inspects each facility for sustainability to identify deficiencies, provide recommendations, and instruct each office on the remedies for bringing their facilities into federal compliance for sustainability with regard to the Guiding Principles. BLM created a Sustainablity Inspection Training course in DOILearn to educate facilities engineering personnel in BLM and other Interior bureaus on how to make their facilities more energy, water, and environmentally friendly. Ninety percent of BLM’s facility staff have taken and passed the course. A number of BOR offices held smaller targeted classes often facilitated by “green teams” to discuss sustainability issues and develop strategies for continued improvements in


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reductions of energy and water consumption; sustainable building operations; waste management; and other sustainability goals. BOR Mid-Pacific Region, California, holds an Annual Energy Best Practices Meeting. The Mid-Pacific Energy Team meets to discuss the lessons learned from energy projects implemented at its area offices during the prior year and the associated successes and challenges. In conjunction with the meeting, team members attend the Green California Exposition. The Exposition is an annual opportunity for stakeholders from the public and private sectors to share innovations in policy, practice and technology that can help California attain its environmental and economic goals. This experience allows Mid-Pacific staff to work as a team to identify potential projects and new technologies to implement at one or more offices. NPS held four Climate Friendly Parks workshops to help park employees integrate sustainability into operations, learn about climate change, develop mitigation action plans, and educate the public. Numerous park personel completed training in facility energy and water management. As per terms of the Energy Savings Performance Contract (ESPC), AMERESCO Construction provided training to relevant OFAS civilian personnel and contractors responsible for maintaining energy and water management requirements in the Udall Main Interior Building, Washington, DC. This training encompassed operation and maintenance on: intelligent hood exhaust systems, electrical substations, building automation systems, and advanced occupancy lighting systems in addition to water management requirements such as water treatment systems and water harvesting. USGS Energy and Water Management Program provides quarterly updates on energy and water consumption to facility managers, and distributes a newsletter "Efficiency News You Can Use" that highlights successful USGS case studies, projects, awards and personnel. The USGS Facility Energy Program Manager, USGS Resource Energy Manager, USGS Greenhouse Gas Program Manager, and a USGS Environmental Specialist held two energy awareness training sessions for the USGS Collateral Duty Environmental Protection Coordinators throughout the nation. The training focused on energy efficiency requirements and mandates, how to approach energy efficiency, energy efficiency in Eco-Action Plans, an overview of the USGS Energy Program, and some recommendations on where to start with facility personnel on energy efficiency efforts. Additionally, the USGS National Center in Reston, Virginia, held an Earth Day Expo in April 2017 to highlight energy and water efficiency and sustainable practices. Fifteen displays from local businesses, utilities, organizations and USGS offices featured information on renewable energy, energy efficiency, sustainable commuting, recycling, and more. Education, Training, and Promotion of ENERGY STAR® and Other Energy-Efficient and Low Standby Power Products for Federal Purchase Card Users: The DOI Charge Card Refresher Course encourages cardholders to visit www.gsa.gov/greenproductscompilation for a green products list. Green products include EPA-designated recycled content products, ENERGY STAR® qualified products, FEMP-designated energy-efficient products, WaterSense® water-efficient products, alternative fuel vehicles, biobased products, environmentally preferable products, and products with no or low toxic and hazardous material content.


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BLM evaluates the purchase of ENERGY STAR® products and other environmentally preferred products (e.g., USDA BioPreferred and EPA Comprehensive Procurement Guideline products) during its SI CASHE audits. Training on green purchasing mandates is also provided by the CASHE Program when requested by the field. BOR Four Corners Construction Office, New Mexico, held recurring training to ensure all acquisitions personnel and micro purchase card holders are aware of Energy Star purchasing requirements and conducted monthly reviews to verify that the requirements were being adhered to. FWS continued to promote all greening products and services, including ENERGY STAR® products, through established policies. Specifically, FWS has updated “A Practical Greening Manual for the U.S. Fish and Wildlife Service” with up-to-date links and purchasing processes. Also, each region has designated a Green Procurement lead in each of the Regional Contracting Offices. All OFAS purchase card holders are required to document and report that all related purchases were researched for ENERGY STAR® compliance. USGS acquisitions and facilities staff work with scientific researcher on-site to promote procument and use of ENERGY STAR® equipment.

4. Use of Energy and Water Efficiency measures in Facilities Covered under EISA Section 432 Section 432 of EISA requires that agencies complete comprehensive energy and water evaluations on its covered facilities that make up 75 percent of its facility energy use. Agencies should evaluate approximately 25 percent of their covered facilities annually so that all facilities are evaluated once every four years. Agency progress towards meeting Section 432 requirements are measured in DOE FEMP’s Compliance Tracking System (CTS). Through FY 2017, Interior bureaus evaluated 87 percent of its EISA covered facilities due for evaluations. Interior bureaus continue to enter implemented project data into CTS. To date, the total project implementation costs are $213,390,852. These projects were implemented through the use of appropriated funding – construction, building rehabilitation, and operations and maintenance funding, as well as American Recovery and Reinvestment Act funding, ESPCs, and UESCs. Interior bureaus continue to benchmark EISA covered facility buildings which are individually metered for electricity. Entering implemented project data and exporting benchmark data into CTS will be an ongoing process throughout FY 2018. The BLM SI CASHE team exists to inspect all EISA covered facilities and ensure all federal guidelines are followed. The team inspects approximately 25 percent of BLM’s EISA covered facilities annually. BOR’s internal Technical Service Center completes EISA evaluations utilizing both onsite and remote desktop evaluations. The desktop process was limited to facilities which had undergone a previous evaluation within the last three years. Any facility that had not been previously evaluated or showed unusual energy or water consumption underwent a


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traditional onsite evaluation. The results on all assessments will be used to further hone BOR approach to EISA evaluations. BOR is committed to meeting EISA evaluation requirements in the most cost efficient and unobtrusive way possible. OFAS utilitized the comprehensive investment grade audit from its ongoing ESPC to complete energy and water evaluations at the Main Interior Complex. Projects are implemented through the multi-phased ESPC. Contractors complete energy and water evaluations at NPS EISA covered facilities. Identified ECMs have been implemented through operations and maintenance funding, major renovations, and the multi-phased ESPC within the NCR. USGS is exploring various execution options for its next round of evaluations, including remote auditing, desk audits, and audits in conjunction with facility condition assessments.

SECTION 2 – Energy Efficiency Performance Summary

A. Energy Intensity Reduction Performance Summary 1. Goal Subject Buildings

In FY 2017, Interior's goal subject building energy intensity was 43,660 Btu per gross square foot. This represents a total reduction in energy consumption per gross square foot of 12.8 percent relative to the FY 2015 baseline, which exceeds the EO 13693 FY 2017 energy intensity reduction goal of 5 percent. In accordance with “Guidelines Establishing Criteria for Excluding Buildings from the Energy Performance Requirements of Section 543 of the National Energy Conservation Policy Act, as amended by the Energy Policy Act of 2005,” Interior has categorized energy usage primarily from pumps, aerators, fish feeders, hatchery production, exterior lighting and security at FWS facilities; monitoring stations and laboratory bio-waste incinerators at USGS facilities; energy usage from exterior lighting, communication systems, and wastewater treatment systems at NPS sites; and electricity use at BLM’s Helium Plant and BOR’s Desalination Plant and Brine Injection Plant as “assumed exclusion of structures and processes that do not qualify as Federal buildings.” These energy processes do not have an associated building gross square footage and will significantly skew building energy usage. In addition, these processes are driven by mission and operational requirements.

2. Non-Fleet Vehicle and Equipment Fuel Use

In FY 2017, Interior used 2.63 million gallons of gasoline, diesel, biodiesel, and propane in vessels, heavy equipment, standby generators, all-terrain vehicles, blowers, mowers, outboard motors, and other small equipment not reported on-line via GSA’s Federal Automotive Statistical Tool. A total of 101.2 thousand gallons of aviation gasoline and jet fuel were used.


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B. Clean Energy 1. On-Site Generated Renewable Energy

In FY 2017, Interior used 105,439 MWh of renewable electricity from self-generation with on-site bonus and through renewable electricity purchases and credits. This represents 16.5 percent of Interior’s total facility electricity use and exceeds EO 13696 renewable electricity goal of 10 percent of facility electricity use. Of the 16.5 percent, 10.8 percent represents on-site renewable energy generation including bonus; 1.8 percent represents renewable electricity purchased through the utility company; and 3.9 percent represents the purchase of renewable energy certificates. The use of on-site renewable energy sources is encouraged if the development of the resource is economically, environmentally, and technically feasible. In FY 2017, Interior used 375,762 million Btus of clean energy from on-site thermal energy sources, such as solar hot water heater, solar vent preheat, and direct geothermal, as well as the renewable electricity noted above. This represents 10.2 percent of Interior’s total facility energy use and exceeds EO 13693 clean energy goal of 10 percent. The following new renewable energy projects were implemented or studied in FY 2017: BIA Bug O Nay Ge Shig New Replacement School, Minnesota, installed a 115 tons geothermal system. BLM Malta Field Office Renovation, Montana, is currently under construction. The Field Office includes a 5 kW photovoltaic (PV) array as a bid additive to the project. BOR Yuma Area Office, Arizona, awarded an $850,000 contract to install two new carports with photovoltaic systems. These systems were designed to provide 238,000 kWh of AC energy per year, creating potential significant cost savings to the Yuma Area Office. Provo Area Office, Utah, Pleasant Grove Maintenance Building will install a 67.2 kW Solar Generation Net-Metering System, which is expected to become operational in June 2018. Two generating units at Blue Mesa Power Plant, Colorado, will undergo generator rewinds, increasing the efficiency of renewable hydropower generation by producing more electricity with the same amount of water flow. This project is estimated to cost approximately $14.9 million, and planned for FY2018-2020. Phoenix Area Office, Arizona, is planning to install photovoltaic panels on existing carports to offset their commercial energy requirement. This project is in its early design stages with completion expected by FY 2020. FWS completed the installation of a 60 kW solar PV for the Bunkhouse-Office at Bitter Creek NWR, California; 20 kW solar PV system at the Visitor Center at Big Muddy NWR, Missouri; 48 kW solar PV System at the Headquarters Office Complex at Kern NWR, California; 18.5 kW solar PV Array on the Refuge Shop Roof at Parker River NWR, Massachusetts, with additional panels scheduled to be installed in FY 2018. A total of 43 kW net-metered solar PV systems at three buildings and structures at Great Meadows NWR, Massachusetts were installed which will become operational in FY 2018. A 21.68 kW net-metered, ground-mounted solar PV system was installed at the Ingersoll Learning Center at the Upper Mississippi River NWR, Illinois. Fergus Falls Wetland Management District’s Prairie Wetlands Learning Center, Minnesota, is


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expected to complete the installation of a 100-ton closed-loop, ground-source heat pump (GSHP) system in early FY 2018. A 20 kW solar PV system and 18 ton GSHP are planned to be installed at the new Headquarters / Multipurpose Buildings at Rocky Mountain Arsenal NWR, Colorado, with completion expected in FY 2018. Construction of a 10 kW solar PV system is expected to begin in second quarter FY 2018 at the Bosque Del Apache NWR, New Mexico, which will service the Biological building. The new Interpretive Center at Genoa NFH, Wisconsin, will include installation of a16-ton, open-loop GSHP system utilizing well water for the heat pump system that will then circulate out of the building to be used by the hatchery for fish rearing. Three solar PV panels totaling 3 kW of renewable electric power are mounted on a cool roof at the hatchery. The anticipated completion date is second quarter FY 2018. Existing PV systems were upgraded at Black Canyon Gunnison NP and Curecanti NRA, Colorado; Dangling Rope Marina Glen Canyon NRA, Arizona, and Joshua Tree NP, California. Apostle Islands NL, Wisconsin, installed a solar PV system to power the Meyers Beach remote wave monitoring system. A 24.75 kW PV system is being installed on the roof of the main Visitor Center at San Antonio Missions NHP, Texas. A 325 kW solar PV carport is planned for Rushmore NM, South Dakota, to be installed in FY 2018. Homestead NM of America, Nebraska, installed a 25 ton geothermal system. The well field has 21 wells, 300 feet deep and will help decrease energy costs and the park’s carbon footprint. Ulysses S Grant NHS, Missouri, installed geothermal heat pumps with an estimated utility cost reduction of of 20 percent. USGS Great Lakes Science Center, Michigan, is investigating the feasibility of roof PV panels in conjunction with a roof replacement project. S.O. Conte Anadromous Fish Research Center, Massachusettes, will conduct renewable energy feasibility study in FY 2018. Upper Midwest Environmental Science Center, Wisconsin, is in the very early stages of researching the application of a PV array at the site. Northern Prairie Wildlife Research Center, North Dakota, will replace a large HVAC system in FY 2020 as permitted by funding. As part of the replacement design study, alternative energy approaches will be analyzed.

2. Purchased Renewable Energy

Interior continues to purchase energy from renewable sources. In FY 2017, Interior bureaus purchased a total of 36,335 MWh of renewable energy from utility providers and through renewable energy certificates. BLM, NPS and USGS purchased 23,070 MWh of RECs generated from wood and wood residuals. Several individual NPS units purchased REC blocks generated by wind from their utility providers. In FY 2017, 10 percent of all electricity consumed at the Interior Complex, in Washington, DC, was from renewable sources. OFAS purchased 1,469 MWh of wind generated electricty through a GSA Blanket Purchase Agreement. BOR Klamath Basin Area Office, Oregon, participated in a purchased renewable energy program through the local electrical utility. This purchase of renewable power accounts for approximately 10 percent of the Office’s electrical consumption.


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NPS units purchased 11,443 MWh of renewable electricity from their utility providers. These parks include Big Hole National Battlefield, Montana; Point Reyes NS, California; Golden Gate NRA, California; Rosie the Riverter NHP; California; Bryce Canyon NP, Utah; Grand Tetons NP, Wyoming; Marsh-Billings-Rockefeller NHP, Vermont; and Delaware Water Gap NRA, Pennsylvannia.

C. Water Conservation

In FY 2017, Interior reported potable water consumption of 3,535 million gallons at a cost of $10.1 million. This established Interior’s FY 2017 water intensity at 49.9 gallons per gross square foot, which represents a 20.3 percent reduction relative to the FY 2007 baseline, which exceeds the FY 2017 EO 13693 potable water intensity reduction goal of 20 percent. Interior remains committed to the efficient use of non-potable water resources and will continue to make improvements in delivery and use of water wherever feasible. Most of Interior’s non-potable water use is for mission related functions. These water uses include: care and feeding of animals and wildlife, including endangered species; establishment and propagation of wildlife habitats; agricultural uses associated with BLM’s farm program; power generation; the distribution of water as a result of water rights, contracts, or Tribal agreements; and wildland firefighting. BIA replacement school projects have water efficient technologies, such as low flow faucets, toilets and shower heads to meet LEED requirements and Sustainable Building Guidelines. BIE Schools that are not connected to a community water system are mandated under EPA regulations, such as the Safe Drinking Water Act, to perform monthly water system contaminant sampling and testing as well as operation and maintenance of their water system. Several BIE Schools currently operate and maintain contaminant filtration systems for arsenic, lead and other contaminants. BIA Agencies who own and/or operate a community water system must also comply with EPA regulations regarding provision, distribution and maintenance of potable water systems. In FY 2017, BLM performed SI CASHE audits in Utah and Nevada and intalled 0.5 gallon per minute aerators on numerous faucets, as well as replaced 25 toilets, 15 urinals, and 35 faucets with WaterSense rated fixtures at a cost of $50K. The Worland District Office, Wyoming, irrigation system was replaced with a WaterSense programmable irrigation system. Numerous BOR Area and Field offices replaced toilets with low flow models, added aerators to numerous faucets, and replaced old drinking fountains with water saving bottle filling stations. Phoenix Area Office, Arizona, hired a landscaping contractor to conduct a landscaping water usage audit. The audit uncovered leaking water lines, inefficient watering timers, and uncapped drip systems that were no longer used. These were fixed immediately by the contractor, resulting in a 50 percent reduction in annual water use. Pleasant Grove Maintenance Building, Utah, is currently in design and will have outdoor vegetation that will have rock mulch, native plants, and no grass. The irrigation system is designed to use untreated secondary irrigation water through a drip irrigation system, using WaterSense products where available.


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FWS Santa Anna NWR and Trinity NWR, Texas, and Willow Beach NFH, Arizona replaced restroom lavatory sinks and faucets with water efficient, low flow models. Many NPS sites installed low-flow toilets: Upper Delaware SRR and Middle Delaware NSR, Delaware; Yosemite NP, California; Great Sand Dunes NP and Preserve, Colorado; Voyageurs NP, Minnesota; Guadalupe Mountains NP, Texas; Tuskegee Institute NHS, Alabama; Tuskegee Airmen NHS, Alabama; Selma to Montgomery NHT, Alabama; and Fort Union NM, New Mexico. Sleeping Bear Dunes NL, Michigan, installed new drinking fountains to replace old units prone to leaking. Additional units will be replace in FY 2018; several will have bottle filling stations as well. Lassen Volcanic NP, California, replaced the Headquarter’s water main, which was leaking an estimated 20,000 gallons per day through breaks and offset joints. Many parks incorporated outdoor irrigation improvements, xeriscaping, rainwater capture and reuse, native drought-tolerant plants and better turf management to reduce irrigation requirements: Perry’s Victory and International Peace Memorial, Ohio; Jean Lafitte NHP and Preserve, Louisiana; Palo Alto Battlefield NHS, Texas; Bent’s Old Fort NHS, Colorado; Independence NHP, Pennsylvania; Jefferson National Expansion Memorial, Missouri; Scotts Bluff NM, Nebraska; San Francisco Maritime NHP, California; and Redwood NP, California. OFAS Udall Main Interior Building, Washington, DC, completed projects to reduce water consumption through captured rainwater and groundwater used for chilled water make-up and irrigation around the exterior of the Main Interior Building, as well as the use of high-efficiency upgrades of toilets, urinals, and faucets aerators. In FY 2017, OFAS staff purchased video pipe inspection equipment, which allowed for the capability to easily detect, locate, and conduct necessary repairs to water leaks and other plumbing issues that affect the efficient use of water within the Main Interior Building. USGS Northern Praire Wildlife Research Center, North Dakota, replaced toilets and refurbished bathrooms with low flow water saving fixtures. Western Fisheries Research Center, Washington, and Upper Midwest Environmental Science Center, Wisconsin, installed low flow fixtures and motion sensor faucets to reduce water use. Wetlands and Aquatic Research Center, Louisana, closely monitored water usage in greenhouse areas to minimize usage. Leestown Science Center, West Virginia, has worked to minimize the number of ponds that are used for research purposes. The following projects are planned for FY 2018: Great Lakes Science Center, Michigan, has a test project which will be installed for a water recirculating system on a fish tank. The new recirculating system will measure the tank level and adjust water flow accordingly. Previously, overflow situations would occur and require an entire reset to the system where the tank would need to be drained and refilled thereby wasting large amounts of energy and water. Hawaiian Volcano Observatory, Hawaii, will install a 250-gallon rain catchment tank for a warehouse where the water will be used for washing to support technical or maintenance tasks. Currently, the warehouse has no water supply. Upper Midwest Environmental Science Center, Wisconsin, plans to install a recirculating water system in the fish holding facility to reduce water consumption from fish rearing by eliminating single pass water in fish holding tanks. The system will filter and circulate the water to clean and treat it and reuse it for several passes before sending to the sewer. Well water is being used for this system. Western Fisheries Research Center, Washington, will analyze the potential to use lake water that is currently used as research water as cooling tower makeup water. When the research demand does not


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require the full amount of lake water pumped, the excess will be used in the cooling towers thereby reducing the amount of purchased potable water.

D. Facility Metering

DOI bureaus continue to install building level meters in accordance with bureau metering implementation plans and available funding. BOR Four Corners Construction Office Laboratory, New Mexico, installed a new meter to capture more accurate energy consumption for the two distinct portions of the buildings. Phoenix Area Office, Arizona, installed two electrical meters in the IT server room and on the HVAC systems. Grand Coulee Materials Storage Building, Washington, installed an electric meter to benchmark energy use and meet the Guiding Principles. NPS Yosemite NP, California, is in process of installing electric meters on all NPS-owned buildings. Great Sand Dunes NP and Preserve, Colorado, installed water meters in 70 percent of all facilities in 2017, and will do the remaining 30 percent in 2018. Currently, all facilities have electric meters and LP gas meters. El Morro NM, New Mexico, installed a new water meter at the El Morro wellhouse. Olympic NP, Washington, installed a new meter on the Kalaloch distribution system to meter water to concession in FY 2017. Channel Islands NP, California, installed a new water meter on Santa Cruz Island (Scorpion) at the corral. In FY 2018, a water meter will be installed at the campground on Santa Rosa Island. Jefferson National Expansion Memorial, Missouri, installed additional water meters and is in the process of adding electrical meters to capture special events power usage. New water meters were installed at Pipe Spring NM, Arizona, Visitor Center; Theodore Roosevelt NP, North Dakota, Cottonwood Campground and Rassumen well; Badlands NP, South Dakota; and Death Valley NP, California. Joshua Tree NP, California, plans to install water meters and leak detection valves at 3 locations in the Cottonwood Well and Water System. USGS Northern Prairie Wildlife Research Center, North Dakota, plans to install two advanced electric meters for the Administration Building and the Riverside Building in FY 2018. The National Center, Virginia, will analyze the installation of meters in the data centers.

E. Federal Building Energy Efficiency Standards

Since the beginning of FY 2007, 425 new building designs have been designed to be 30 percent more energy efficient than the relevant code or have been designed to the highest level of energy efficiency that is life-cycle cost effective. Section 109 of EPAct 2005 requires that, if life-cycle cost-effective, all new Federal buildings must be designed to achieve energy consumption levels 30 percent below those of the current version of the applicable ASHRAE standard or the International Energy Conservation Code.

SECTION 3 – Implementation Highlights of FY 2017

A. Life-Cycle Cost Analysis


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Interior utilizes life-cycle cost analysis in making decisions about investments in products, services, construction, and other projects to lower costs and to reduce energy and water consumption. Interior actively manages a portfolio of construction capital investments in order to maximize the return on investment to the taxpayer and Government at an acceptable level of risk. Effective capital planning within Interior requires improved long range planning and a disciplined budget process as the basis for managing a portfolio of assets to achieve performance goals and objectives with minimal risks, lowest life-cycle costs, and greatest overall benefits to the business of the bureaus and the Department. Interior has developed and continues to refine its approach to establishing a more consistent, structured, performance-based, integrated approach to its Construction Capital Planning Investment Control process. As Interior’s portfolio-based approach matures, the Department and the bureaus will continue to improve their ability to manage risks and returns of capital assets throughout their life cycles necessary to ensure that Interior’s investments are well conceived, cost-effective, and support strategic mission and business goals. The analysis of these investments is a living tool that will be continually revisited, refined and updated. It is articulated in a business case, the extent of which is commensurate with the cost and impact of the investment on the organization and mission.

B. Retrofits and Capital Improvement Projects

In FY 2017, Interior obligated $34.3 million in facility energy and water efficiency improvements through direct obligations, and $2.8 million through UESCs, which represents a total investment of 44 percent relative to total facility energy costs. The following entries provide examples of the work being completed in DOI facilities. In FY 2017, BIA Santa Fe Indian School, New Mexico, was retrofitted with energy saving LED lighting. Santa Rosa Boarding School, Arizona, installed a Variable Refrigerant Flow system that was funded from project savings. To’haali’ Community School, New Mexico, will begin various energy retrofit projects in FY 2018. BLM Roseburg District Office, Oregon, completed a design to renovate the HVAC system from a hot deck cold deck antiquated system to a Variable Refrigerant Flow system. Construction is expected to begin in FY 2018. Other energy retrofit projects which began in FY 2017 include: Casper Trails Center, Wyoming, HVAC system renovation and boiler replacement project; Rock Springs District Office, Wyoming, building automation system upgrade; and Medford Interagency Office, Oregon, heat pump replacement. All projects are expected to be completed in FY 2018. Campbell Tract Anchorage Field Office, Alaska, is being redesigned and will improve daylighting contribution with significant south facing glass, daylight sensors, dimming controls, and LED lighting. BLM’s National Operations Center, Colorado, developed a customized Operations and Maintenance manual for the Farmington Field Office, New Mexico, as the HVAC system on the main facility is quite complex. The O & M manual development cost will be evaluated to pursue site specific manuals at larger facilities throughout BLM. BOR Four Corners Construction Office, New Mexico, was a large consumer of energy due to their inefficient lighting. In FY 2017, they received funding to replace all the lights


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in their laboratory, which is expected to result in significant energy and cost savings. The Glen Canyon Field Division, Arizona, completed a number of energy conservation measures in their facilities - Carl Hayden Visitor Center is now 95 percent outfitted with LED lighting, the Glen Canyon Dam and Power Plant has had 40 percent of their fixtures converted to LED lighting, and 4 guard shacks at the Dam were constructed to be very energy efficient. These energy conservation measures reduce Reclamation’s “station power” consumption and allow for more renewable energy to be marketed to the public. Phoenix Area Office, Arizona, completed maintenance projects on the water heater and the closed loop heating in their building. This work resulted in a 47 percent natural gas cost saving. Lower Colorado Regional Office Administration Building, Nevada, is undergoing major renovation. The work began in FY2017 and will continue through FY2018. As part of the renovation several energy efficiency improvements are planned with an expected 33 percent reduction in energy use. Specific energy conservation measures to be implemented are: high efficiency windows; LED interior lighting, occupancy sensors; HVAC upgrades; and an integrated building automation system. In FY 2018, multiple buildings will undergo commissioning to ensure that the buildings are running as efficiently as possible. In FY 2017, FWS Salt Plain NWR, Oklahoma, installed new windows, doors, SEER 16 HVAC, electrical system, LED lighting, lightning protection system, communication system, and stand-by generator system. Bosque del Apache NWR, New Mexico initiated a rehabilitation of the Refuge Biology Building to include HVAC and building envelope improvements. Desoto NWR, Iowa, Visitor Center completed a design to renovate the building’s cooling/heating plant with a new high efficiency chiller, three high efficiency LP gas fired boilers, new hydronic duct coils for dehumidification of the Steamboat Bertram museum area, and building automation system upgrades. Design began for the new Maintenance Building at the Upper Mississippi NWR, Wisconsin, which includes: a heat recovery system with high-efficiency condensing boilers, LED lighting, motion sensors, and super-insulated building envelope and slab. The Barter Island Bunkhouse at Arctic NWR, Alaska, implemented numerous building envelope, HVAC, and lighting improvements. Various energy conservation measures were implemented or are scheduled to be implemented at the National Conservation Training Center, West Virginia, to include: HVAC and climate control system improvements to six buildings; water heater and heat exchanger replacements; electric and water replacements; and LED lighting. New direct digital controls for the upgraded HVAC system are planned for the Office/Laboratory Building at Dexter NFH&TC, New Mexico. NPS Golden Spike NHS, Utah; William Howard Taft NHS, Ohio, Ulysses S Grant NHS, Missouri, Lyndon B Johnson NHP, Texas, and Fort McHenry NM and Historic Shrine, Maryland, installed LED lights in various buildings throughout the parks. Great Smoky Mountains NP, North Carolina, installed energy efficient HVAC systems at the Oconaluftee Administration Building and the Sugarlands Visitor Center, as well as thermal efficient windows and building automation systems in various buildings. Jean Lafitte NHP and Preserve, Louisiana upgraded the HVAC central control systems at the Wetlands Acadian Cultural Center, the Prairie Acadian Cultural Center, the Acadian Cultural Center, and Barataria Education Center; replaced two circulating pumps in park Headquarters; and installed LED lighting within the Barataria Education Center. Big Cypress NP, Florida, installed solar water heaters; programmable thermostats; high


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efficiency HVAC systems, indoor lighting controls, and LED security lighting at the parking lot. In FY 2017, the Udall Main Interior Building, Washington, DC, completed the direct digital control (DDC) rollout, lighting improvements, and window improvements. The DDC rollout and lighting improvements afforded OFAS the opportunity to conduct a series of activities aimed at conserving energy. These activities included (1) a demand management program where fan coil units in the Main Interior Building are placed on a timed schedule, dictating a specific rate in which they would operate depending on hour of the day and building occupancy and (2) employing lighting sensitivity in office spaces depending on sun positioning during daylight hours. These activities are monitored and assessed, remotely, via a computer tied into the building automation system. Additionally, domestic hot water tanks, variable speed drive centrifugal chillers, absorption chillers, and microturbines will be completed in FY 2018, along with the installation of a natural gas-fired combined heat and power plant. The plant will consist of a 1 megawatt microturbine, a 315-ton absorption chiller, and five 6000 kBtu/hr condensing boilers. USGS Columbia Environmental Research Center, Missouri, installed a new HVAC roof top unit and connected to the building automation system for optimal control. Great Lakes Science Center, Michigan, upgraded exterior building lights to LED fixtures with photocells, and worked with the fish lab manager to modify the equipment operating schedule to operate only when experiments were conducted. The National Center, Virginia, continued an in-house project of systematically retrofitting lights with LED fixtures, as well as, fine-tuned the demand flow programming for the chillers. The National Center also participates in a demand management program where they receive a quarterly check for reducing electricity usage on high demand days.The National Wildlife Health Center, Wisconsin, installed a new fan system with a variable speed drive and reheat coils to replace a hot and cold deck configuration. Additionally, a project to replace fluorescent lights with LEDs began in FY 2017 and will continue over the next two years. Patuxent Wildlife Research Center, Maryland, implemented a project to repair and upgrade the HVAC systems in the Gabrielson Building. Various lighting retrofits were conducted at Upper Midwest Environmental Science Center, Wisconsin, and the Wetland and Aquatic Research Center, Florida. Great Lakes Science Center, Michigan, has a bathroom upgrade project planned for FY 2018, that will include new energy efficient exhaust fans, low flow plumbing fixtures, and LED lighting. In addition, LED lighting will be analyzed for the rest of the site including lighting controls with ambient light levels and dimming capabilities. Wetland and Aquatic Research Center, Louisiana, will complete the next two phases of an HVAC upgrade project as well as installing lighting occupancy sensors on the remaining rooms.

C. Use of Performance Contracts 1. Use of Energy-Savings Performance Contracts (ESPCs)

The NPS National Capital Region (NCR) completed Phase 2 of the region-wide ESPC. The ESPC was implemented at eleven parks and included the following energy and water conservation measures: HVAC system upgrades, boiler replacements, programmable thermostats, interior and exterior LED lighting retrofits, low flow plumbing fixtures, irrigation systems with intelligent controls, and installation of solar PV projects. Savings from Phase 2 was scheduled to be used towards Phase 3 of the NCR ESPC,


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which would have improved energy and water consumption at the NCR Office Headquarters and Park Police Headquarters. However, Phase 3 had to be canceled due to significant increases in DC Water and Sewer Authority billing despite major water reductions from Phase 1 and 2 ESPC. OFAS completed Phase 1 of a two phased ESPC for the Udall Main Interior Building, Washington, DC. Phase 2 is ongoing with completion expected in FY 2018.

2. Use of Utility Energy Services Contracts (UESCs)

NPS Independence NHP, Pennsylvania, is developing a UESC with anticipated award in FY 2018. Black Canyon of the Gunnison NP and Curecanti NRA, Colorado, proposed replacement of damaged electric power line is under review for the East Portal area (CURE) with either a solar or hydro-electric power generator through Western Area Power Administration. USGS Western Fisheries Research Center, Washington, awarded a UESC with a project value of $2,874,884 for a simple payback of 19.8 years. The energy conservation measures include the replacement of the existing chillers with a modular three-stage chiller; expand the direct digital controls to the Wet-lab to enable advanced control strategies; and install new self-cleaning microfiber filter cassette units to replace existing sand filters. The energy conservation measures have a total annual energy savings of $106,727 ($44,430 in utility savings and $62,297 in O&M savings). The project is estimated to reduce electricity use by 25 percent and natural gas consumption by 11 percent.

D. Use of ENERGY STAR® and Other Energy-Efficient Products

Interior selects, when commercially available, ENERGY STAR®, FEMP-designated, and other energy-efficient products when acquiring energy-consuming products. Energy-efficient technologies include high-efficiency lighting, exit signs, energy-efficient motors, and the use of packaged heating and cooling equipment with energy efficiency ratios that meet or exceed Federal criteria for retrofitting existing buildings. BIA new Construction for Replacement School projects will be LEED Silver Certified and follow the Federal Sustainability Guidelines for self-certification which utilize Energy Star efficient products. Purchase of ENERGY STAR® products and other environmental preferred products (e.g., USDA BioPreferred and EPA Comprehensive Procurement Guideline products) are also evaluated during BLM CASHE audits to ensure facility compliance with EPA and OSHA regulations and Executive Orders. CASHE findings are written identifying purchases of energy consuming products that are ENERGY STAR® designated (e.g., ice machines, dishwashers, washing machines), but the non- ENERGY STAR® version was purchased. BOR strives to purchase only ENERGY STAR® or otherwise certified energy efficient products. Provo Area Office, Utah, is replacing all of their computers, copiers and plotter scanners to ENERGY STAR® rated products. The new Pleasant Grove Maintenance Building, Utah, requires all electronics to be ENERGY STAR® rated.


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FWS planned Potomac River NWR Complex, Virginia, Multi-Purpose Building will include the installation of ENERGY STAR® appliances NPS Black Canyon of the Gunnison NP and Curecanti NRA, Colorado, purchased new ENERGY STAR® washing machines for park housing units at Curecanti and plan to replace six old water heaters with ENERGY STAR® rated water heaters. Various ENERGY STAR® appliances, computers, ice machines, windows, and heat pumps were installed at: Manzanar NHS, California; San Francisco Maritime NHP, California; Herbert Hoover NHS, Iowa; Jimmy Carter NHS, Georgia; Andersonville NHS, Georgia; Great Smoky Mountains NP, Tennessee; Great Sand Dunes NP and Preserve, Colorado; Hot Springs NP, Arkansas; Olympic NP, Washington; and Theodore Roosevelt NP, North Dakota. All OFAS purchase card holders are required to purchase products and services that meet environmental conditions such as minimum post-consumer fiber content, ENERGY STAR®, WaterSense®, low VOC, bio-based, and local purchase. USGS personnel attempt to procure only products with the ENERGY STAR® label. For example, old refrigeration and ice making units throughout USGS have been replaced with ENERGY STAR® models and all information technology equipment purchased for USGS is ENERGY STAR® or energy efficient. Northern Prairie Wildlife Research Center, North Dakota, replaced two air conditioners with ENERGY STAR® rated 30-ton electric air conditioners units, and have plans to replace one furnace and add one furnace, both of which will be ENERGY STAR® rated.

E. Sustainable Building Design and High-Performance Buildings

Interior is striving to be a government leader by implementing sustainability policies that meet or exceed EO 13693 requirements and integrate the Guiding Principles into the design, construction, operations, and maintenance of Interior-owned and leased buildings. Sustainable building design principles have been incorporated into the siting, design, and construction of Interior projects. Energy managers work closely with their engineers, architects, and design offices to address energy conservation retrofits and new building designs, and ensure that buildings comply with Federal energy laws and regulations. All cost effective, energy conservation opportunities are analyzed for consistency with resource management objectives. Energy efficiency standards are included as an integral part of all engineering design and construction project technical specifications. Nine BIA schools, Crystal Boarding School, New Mexico; Chichiltah Elementary School, New Mexico; Dzilth-Na-O-Dith-Hle Community School, New Mexico; Greasewood Community School, Arizona; Tees Nos Pos Community School, Arizona; Bug O Nay Ge Shig School, Minnesota; Laguna Elementary Community School, New Mexico; Blackwater Community School, Arizona; and Quileute Tribal School, Washington, are being designed to meet LEED Silver certification and Federal Sustainability Guiding Principles. BOR initiated a contract to develop two building designs for the new Pleasant Grove Maintenance Facility, Utah. One of the designs will address current sustainability requirements while the other will strive for zero energy. The designs will be evaluated


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and compared to determine the additional cost and effort to achieve zero energy. Grand Coulee Power Office Fire Station, Washington, is being designed and will be constructed to achieve LEED Silver or Gold standards. This project is also a pilot for the US Green Building Council’s Guiding Principles assessment program. This project is estimated to cost approximately $16 million, and will serve as a fine example of sustainable building potential in Reclamation. FWS Theodore Roosevelt NWR, Mississippi, completed design of the Theodore Roosevelt Environmental Education Center, which incorporate many sustainable design and LEED strategies for the building. The building envelope is super insulated. Daylighting with large window placement such as in the exhibit area will provide excellent light penetration into all spaces. Energy efficiency is accomplished by LED lighting, occupancy sensors and timers throughout. Sustainable materials include stone concrete floors and a standing-seam metal cool roof. All laminates, and adhesives will emit no VOCs to provide excellent indoor air quality. WaterSense® fittings and fixtures will conserve indoor water, and outside water conservation measures have been included in site development planning. Other sustainable buildings currently in design or under construction include: New Administration Building at E.B. Forsythe NWR, New Jersey; Co-Located Office and Visitor Center at Detroit River IWR, Michigan; New Potomac River NWR Complex, Virginia; Multi-Purpose Facility, Valle de Oro NWR Complex (Office, Shop, Visitor Center), New Mexico; New Nature Center at Ankeny NWR, Oregon; New Administrative Office and Visitor Center at the Sacramento NWR Complex, California; New Administrative Office and Visitor Center at Modoc NWR, California; new Headquarters and Visitor’s Center at the Crab Orchard NWR, Illinios. NPS Apostle Islands NL, Wisconsin, the Little Sand Bay Visitor Center is designed for LEED Silver Certification with construction scheduled to commence in spring of 2018. Great Sand Dunes NP and Preserve, Colorado, has a robust recycling program and will attempt net zero waste, as well as employ solar thermal and a PV system to approach net-zero energy. Other sustainable buildings currently under design include: Gateway NRA, Sandy Hook Park Maintenance Facilities, New Jersey; Timpanogos Cave NM USFS Maintenance Building and Trailhead Visitor Center, Utah; Delaware Water Gap, Pocono Environmental Education Center, Pennsylvania; and Grand Canyon NP Bus Maintenance Facility, Arizona. The Administration Building and Riverside Building at the USGS Northern Prairie Wildlife Research Center, North Dakota, will be assessed and work to bring these existing buildings into compliance with the Guiding Principles is planned in FY 2018.

F. Energy Efficiency/Sustainable Design in Lease Provisions

All new building lease solicitations include a preference for buildings that meet the goals of the Guiding Principles, where applicable, in the selection criteria for acquiring leased buildings. Build-to-suit lease solicitations incorporate criteria for sustainable design and development, energy efficiency, and verification of building performance in accordance with the Guiding Principles.

G. Distributed Generation, including use on on-site renewable energy resources and combined cooling, heating, and power systems


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Interior continues to pursue projects that self-generate energy using renewable sources (such as PVs or wind turbines) or renewable energy thermal projects (such as solar thermal, biomass, or geothermal) where life-cycle cost effective. Many of the Department’s on-site renewable energy systems may be considered distributed generation. See the discussion of on-site renewable energy earlier in this report for more details.


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ATTACHMENT 2

Excluded Facilities/Processes Not Qualified as Federal Buildings from the

NECPA Energy Performance Requirement

Bureau Station City State Justification for Excluded Status

BLM Helium Plant Amarillo TX Excluded Processes not Qualified as Federal Buildings - Large compressors, pumps and industrial equipment related to the refinement and storage of helium gas.

BOR 72 Valve House Navajo Dam NM Large compressors, pumps, and industrial equipment

BOR Adams Tunnel Estes Park CO Security Lighting

BOR Black Canyon Dam and Reservoir

Emmett ID Large compressors, pumps, and industrial equipment

BOR Black Canyon Pumping Station

Letha ID Large compressors, pumps, and industrial equipment

BOR Blanco Diversion Dam Pagosa Springs

CO Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Bonny Dam & Reservoir (South Fork Republican River- Mod He)

Idalia CO Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Brackish Groundwater National Desalination Research Facility

Almogordo NM Large compressors, pumps and industrial equipment related to the desalination of water

BOR Brantley Dam and Reservoir

Carlsbad NM Large compressors, pumps, and industrial equipment

BOR Caballo Dam And Reservoir

Caballo NM Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Canyon Ferry Recreation Facilities

Helena MT Exterior Security Lighting

BOR Cascade Dam Cascade ID Large compressors, pumps, and industrial equipment

BOR Cawker City Protective Dike & Sewage Effluent Pond

Cawker City KS Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR CBP Radio System Ephrata WA Towers and equipement

BOR Cedar Bluff Dam & Reservoir (Smoky Hill River- Ze)

Ellis KS Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Chandler Power Plant Benton City WA Large compressors, pumps and industrial equipment related to water/power operation

BOR Clark Canyon Recreation Facilities

Dillon MT Exterior Security Lighting

BOR Closed Basin Canal and Drain System

Alamosa CO Large compressors, pumps, and industrial equipment


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BOR Cold Springs Pumping Plant

Hermiston OR Large compressors, pumps, and industrial equipment

BOR Conveyance Channel Lfcc

San Acacia NM Structures, outside parking garages

BOR Coulee Dam and Canals Coulee City WA Large compressors, pumps, and industrial equipment

BOR Downs Protective Dike Downs KS Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR East Low Canal Moses Lake WA Structures, Large compressors, pumps, and industrial equipment

BOR Easton Dam Easton WA Large compressors, pumps, and industrial equipment

BOR Echo Pump Plant (Phase II)

Echo OR Large compressors, pumps, and industrial equipment

BOR Elephant Butte Dam and Reservoir

Elephant Butte NM Large compressors, pumps, and industrial equipment

BOR Enders Dam & Reservoir (Frenchman Creek-He)

Enders NE Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Estes Powerplant & Penstocks

Estes Park CO Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Fresno Dam & Reservoir Havre MT Structures, outside parking garages

BOR Glen Canyon Power Facility

Page AZ Large compressors, pumps, and industrial equipment

BOR Glen Elder Dam & Lake Waconda

Glen Elder KS Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Government Highline Canal Fish Screen

Grand Junction CO Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Green Springs Power Plant

Ashland OR Structures, outside parking garages

BOR Heron Dam And Reservoir

Los Ojos NM Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Island Park Dam Island Park ID Large compressors, pumps, and industrial equipment

BOR Kittitas Laterals Ellensburg WA Large compressors, pumps, and industrial equipment

BOR Kittitas Pump Plant Yakima WA Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Leadville Treatment Plant Leadville CO Large compressors, pumps and industrial equipment related to water/power operation

BOR Lewiston Orchards ID - Reservoir A Dam and Outlet Works

Lewiston ID Large compressors, pumps, and industrial equipment

BOR Little Wood Carey ID Large compressors, pumps, and industrial equipment


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BOR Lovewell Dam & Reservoir

Webber KS Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Mckay Dam and Reservoir

Pendleton OR Large compressors, pumps, and industrial equipment

BOR Medicine Creek Dam & Henry Strunk Lake (Medicine Cr-Ze)

Cambridge NE Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Navajo Dam And Reservoir

Durango CO Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Nelson Dikes (5) & Reservoir (Offstream-He)

Saco MT Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Norton Dam & Keith Sebelius Lake (Prairie Dog Creek- Ze)

Norton KS Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Olympus Dam & Lake Estes (Big Thompson Rvr-Ze-Concr Overflow)

Estes Park CO Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Oso Diversion Dam Chromo CO Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Paradox Facility Bedrock CO Large compressors, pumps, and industrial equipment

BOR Prosser Dam Prosser WA Large compressors, pumps, and industrial equipment

BOR Pueblo Dam Pueblo CO Large compressors, pumps, and industrial equipment

BOR Rattlesnake Dam Loveland CO Large compressors, pumps, and industrial equipment

BOR Red Willow Dam & Hugh Butler Lake (Red Willow Creek-Ze)

Mccook NE Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Richland Fish Screen Facility

West Richland WA Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Ririe Dam Ririe ID Large compressors, pumps, and industrial equipment

BOR Ririe Outlet Channel Ucon ID Large compressors, pumps, and industrial equipment

BOR Ruedi Dam Meredith CO Large compressors, pumps, and industrial equipment

BOR Scooteney Park Rw Rec Connell WA Exterior Security Lighting

BOR Shooting Range Coulee Dam WA Exterior Security Lighting

BOR St Mary Dam & Canal Babb MT Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Stanfield Branch Main Canal (Furnish Ditch)

Stanfield OR Large compressors, pumps, and industrial equipment


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BOR Sunnyside Dam Wapato WA Large compressors, pumps, and industrial equipment

BOR Swift Current Dike Cut Bank MT Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Tiber Dam-Dike & Lake Elwell

Chester MT Large compressors, pumps, and industrial equipment

BOR Tiber Recreation Facilities Chester MT Exterior Security Lighting

BOR Toppenish Creek Screens White Swan WA Excluded Processes not Qualified as Federal Buildings - Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Trenton Dam & Swanson Lake (Republican River-Ze)

Trenton NE Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Wapatox Power Plant Naches WA Large compressors, pumps, and industrial equipment

BOR Webster Dam-Dike & Reservoir

Stockton KS Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Three Mile Falls Dam Irrigon OR Large compressors, pumps, and industrial equipment

BOR West Canal Quincy WA Large compressors, pumps, and industrial equipment

BOR Westside Screens - Thorp Thorp WA Large compressors, pumps and industrial equipment related to water/power/fish operation

BOR Yellowtail Dam Fort Smith Village

MT Large compressors, pumps and industrial equipment related to water/power/fish operation

FWS Abernathy Fish Technology Center

Longview WA Pumps, aerators, fish feeders, and hatchery production

FWS Agassiz NWR Middle River MN Security lighting

FWS Alaska Peninsula/ Becharof NWR

King Salmon AK Security Lighting; water pumps

FWS Alchesay NFH Whiteriver AZ Exterior lighting, aerator pumps

FWS Allegheny NFH Warren PA Pumps, aerators, fish feeders, and hatchery production.

FWS Alpena FRO Alpena MI Motor Vehicle "Spencer F. Baird"

FWS Anahuac NWR Anahuac TX Security Lighting; water pumps

FWS Ankeny NWR Jefferson OR Security Lighting; water pumps

FWS Arapaho NWR Walden CO Exterior lighting; trailer pads

FWS Arctic NWR Fairbanks AK Propane used at Galbraith Lake Cabin is process energy (not heat).

FWS Arrowwood NWR Pingree ND Water pumps

FWS Arthur R. Marshall Loxahatchee NWR

Boynton Beach FL Water pumps, security gates

FWS Baca NWR Moffat CO Water pumps


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FWS Balcones Canyonlands NWR

Marble Falls TX Pumps and security lighting

FWS Bald Knob NWR Bald Knob AR Norton Water Control Structure

FWS Baldhill Dam NFH Valley City ND LPG used for fish production facilities.

FWS Bandon Marsh NWR Bandon OR Electric gate

FWS Banks Lake NWR Lakeland GA Security gates, trailer pads

FWS Bayou Cocodrie NWR Ferriday LA Water pumps

FWS Bear River Migratory Bird Refuge

Brigham City UT Security gates

FWS Bears Bluff NFH Wadmalaw Island

SC Pumps, aerators, fish feeders, and hatchery production.

FWS Benton Lake NWR Great Falls MT Water pumps and outside lighting.

FWS Benton Lake WMD Great Falls MT Water pumps

FWS Berkshire Trout Hatchery New Marlborough

MA Water pumps

FWS Big Branch Marsh NWR Lacombe LA Security gates and lighting

FWS Big Lake NWR Manila AR Water control structure.

FWS Bitter Lake NWR Roswell NM Water pumps

FWS Blackbeard Island NWR Townsend SC Eulonia Radio Tower

FWS Bo Ginn NFH and Aquarium

Millen GA Pumps

FWS Bombay Hook NWR Smyma DE Water pumps and outside lighting

FWS Bond Swamp NWR Round Oak GA Electric gates

FWS Bosque del Apache NWR San Antonio NM Water pumps, laundry facilities

FWS Bowdoin WMD Malta MT Water pumps

FWS Boyer Chute NWR Fort Calhoun NE Water pumps, security lighting and gates

FWS Bozeman Fish Technology Center

Bozeman MT Pumps, aerators, and hatchery production.

FWS Brazoria NWR Angleton TX Water pumps, security gate, exterior lighting

FWS Browns Park NWR Maybell CO Water pumps

FWS Buenos Aires NWR Sasabe AZ Pumps

FWS Buffalo Lake NWR TX Umbarger TX Water pumps

FWS Caddo Lake NWR Karnack TX Water pumps, security lighting, & Giant Salvina eradication

FWS Camas NWR Hamer ID Water pumps

FWS Cape May NWR Cape May Court House

NJ Exterior lighting, water pumps

FWS Carolina Sandhills NWR Mcbee SC Radio system, metered separately

FWS Carson NFH Carson WA Pumps, aerators, fish feeders, and hatchery production

FWS Catahoula NWR Jonesville LA Electric gate

FWS Cedar Point NWR Oak Harbor OH Water pumps


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FWS Charles M. Russell NWR Lewistown MT Pumps, radio tower and remote area light.

FWS Chattahoochee Forest NFH

Suches GA Pumps, aerators, fish feeders, and hatchery production

FWS Chautauqua NWR Havana IL Water pumps

FWS Chincoteague NWR Chincoteague Island

VA Security lighting

FWS Choctaw NWR Gilbertown AL Pumps

FWS Cibola NWR Cibola AZ Water pumps

FWS Clarks River NWR Benton KY Pumps, exterior lighting

FWS Coldwater River NWR Grenada MS Water pumps

FWS Coleman NFH Anderson CA Pumps, aerators, fish feeders, and hatchery production.

FWS Colorado River Fishery Project - Grand Junction

Grand Junction CO Aerators, pumps, and exterior lighting.

FWS Columbia NWR Othello WA Exterior lighting

FWS Colusa NWR Colusa CA Diseased bird destruction; water pumps

FWS Crab Orchard NWR Marion IL Pumps, water tower heater, signal transmitter

FWS Craig Brook NFH East Orland ME Pumps, aerators, fish feeders, and hatchery production.

FWS Creston NFH Kalispell MT Water treatment building facility, and water pumping

FWS Cross Creeks NWR Dover TN Pumps

FWS Crystal River NWR Crystal River FL Exterior lighting

FWS Cypress Creek NWR Ullin IL Water pumping for wildlife habitat restoration and maintenance

FWS D C Booth Historic National Fish Hatchery

Spearfish SD Pumps, aerators, fish feeders, and hatchery production.

FWS Dale Hollow NFH Celina TN Pumps, aerators, fish feeders, and hatchery production.

FWS Deep Fork NWR Okmulgee OK Water pumps

FWS Deer Flat NWR Nampa ID Water pumps, security gates

FWS Des Lacs NWR Kenmare ND Water pumps and outside lighting.

FWS Desert National Wildlife Range

Las Vegas NV Water pumps

FWS DeSoto NWR Missouri Valley IA Water pumps, gates

FWS Detroit River International Wildlife Refuge

Grosse Ile MI Water pumps

FWS Devils Lake WMD Devils Lake ND Two-way radio tower

FWS Don Edwards San Francisco Bay NWR

Fremont CA Water pumps; exterior lighting

FWS Dwight D. Eisenhower NFH

North Chittenden

VT Pumps, aerators, fish feeders, and hatchery production.

FWS Eagle Creek NFH Estacada OR Pumps, aerators, fish feeders, and hatchery production.


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FWS Eastern Neck NWR Rock Hall MD Water pumps and outside lighting

FWS Eastern Shore Of Virginia NWR

Cape Charles VA Security lights

FWS Edenton NFH Edenton NC Pumps, aerators, fish feeders, and hatchery production.

FWS Edwin B. Forsythe NWR Oceanville NJ Instrumentation at an air monitoring station.

FWS Ennis NFH Ennis MT Pumps, aerators, fish feeders, and hatchery production.

FWS Entiat NFH Entiat WA Pumps, aerators, fish feeders, a new water chiller for egg incubation, and hatchery production

FWS Ernest F. Hollings ACE Basin NWR

Hollywood SC Security lights, pumps/wells

FWS Erwin NFH Erwin TN Pumps, aerators, fish feeders, and hatchery production.

FWS Eufaula NWR Eufaula AL Water pumps

FWS Fish Springs NWR Ibapah UT Water pumps

FWS Garrison Dam NFH Riverdale ND Pumps, aerators, fish feeders, and hatchery production.

FWS Gavins Point NFH Yankton SD Propane is used for running backup generators for fish production wells.

FWS Genoa NFH Genoa WI Pumps, aerators, fish feeders, and hatchery production.

FWS Glacial Ridge NWR Erskine MN Pumps

FWS Grand Cote NWR Marksville LA Water pumps

FWS Grays Lake NWR Wayan ID Water pumps and outside lighting

FWS Great Bay NWR Newburyport MA Exterior lighting, water pumps

FWS Great Dismal Swamp NWR

Suffolk VA Electric gates

FWS Great Swamp NWR New Vernon NJ Water pumps and outside lighting

FWS Green Lake NFH Ellsworth ME Pumps, aerators, fish feeders, and hatchery production.

FWS Greers Ferry NFH Heber Springs AR Pumps, aerators, fish feeders, and hatchery production.

FWS Hagerman NFH Hagerman ID Pumps, aerators, fish feeders, and hatchery production.

FWS Hagerman NWR Sherman TX Water pumps and outside lighting

FWS Harris Neck NWR Townsend SC Water pumps, electric gates, and lighting.

FWS Harrison Lake NFH Charles City VA Pumps, aerators, fish feeders, and hatchery production.

FWS Hatchie NWR Stanton TN Headquarters security gate meters and external light.

FWS Havasu NWR Needles CA Security lighting

FWS Holla Bend NWR Dardanelle AR Water pumps, gates

FWS Horicon NWR Mayville WI Water pumps


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FWS Hotchkiss NFH Hotchkiss CO Pumps, aerators, fish feeders, and hatchery production.

FWS Humboldt Bay NWR Complex

Loleta CA Water pumps

FWS Imperial NWR Yuma AZ Water pumps

FWS Inks Dam NFH Burnet TX Pumps, aerators, fish feeders, and hatchery production.

FWS Iron River NFH Iron River WI Pumps, aerators, fish feeders, and hatchery production.

FWS J.N. Ding Darling NWR Sanibel FL Security gates

FWS Jackson NFH Jackson WY Pumps, aerators, fish feeders, and hatchery production.

FWS James Campbell NWR Kahuku HI Water pumping for wildlife habitat restoration and maintenance

FWS Jones Hole NFH Vernal UT Pumps, aerators, fish feeders, and hatchery production.

FWS Jordan River NFH Elmira MI Pumps, aerators, fish feeders, and hatchery production.

FWS Karl E. Mundt NWR Lake Andes SD Exterior lighting

FWS Kauai NWR Complex Kilauea HI Electric gate

FWS Kealia Pond NWR Kihei HI Pumps, greenhouse

FWS Kenai NWR Soldotna AK Aviation Fuel Pumps

FWS Kern NWR Complex Delano CA Water pumps

FWS Kilauea Point NWR Kilauea HI Electric gate

FWS Kirwin NWR Kirwin KS Water pumps and outside lighting

FWS Klamath Marsh NWR Chiloquin OR Water pumps

FWS Kodiak NWR Kodiak AK Security lighting Lilly Lake Float Plane dock fueling shed.

FWS Kofa NWR Yuma County AZ Water pumps and outside lighting

FWS Kooskia NFH Kooskia ID Pumps, aerators, fish feeders, and hatchery production.

FWS Kootenai NWR Bonners Ferry ID Water pumps

FWS Lacassine NWR Lake Arthur LA Water pumps

FWS Laguna Atascosa NWR Los Fresnos TX Exterior lighting

FWS Lahontan NFH Gardnerville NV Pumps, aerators, fish feeders, and hatchery production.

FWS Lake Andes WMD Lake Andes SD Water pumps and outside lighting

FWS Lake Ilo NWR Dunn Center ND Water pumps and outside lighting

FWS Lake Ophelia NWR Marksville LA Pumps

FWS Lamar NFH & Northeast Fishery Center

Lamar PA Pumps, aerators, fish feeders, and hatchery production.

FWS Leadville NFH Leadville CO Pumps, aerators, fish feeders, and hatchery production.

FWS Leavenworth NFH Leavenworth WA Pumps, aerators, fish feeders, and hatchery production


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FWS Lee Metcalf NWR Stevensville MT Pumps

FWS Litchfield WMD Litchfield MN Pumps

FWS Little Pend Oreille NWR Colville WA Security Lighting

FWS Little White Salmon NFH Cook WA Pumps, aerators, fish feeders, and hatchery production.

FWS Lostwood NWR Kenmare ND Water pumps

FWS Lower Columbia River Fish Health Center

Willard WA Pumps, aerators, fish feeders, and hatchery production.

FWS Lower Hatchie NWR Dyersburg TN Water pumps

FWS Lower Klamath NWR Tulelake CA Water pumps

FWS Lower Rio Grande Valley NWR

Alamo TX Refrigeration of seedling propagation material.

FWS Mackay Island NWR Knotts Island NC Pumps

FWS Makah NFH Neah Bay WA Pumps, aerators, fish feeders, UV water treatment systems, hatchery production

FWS Malheur NWR Princeton OR Water pumps, security gates, and exterior lighting

FWS Mammoth Spring NFH Mammoth Spring

AR Pumps, aerators, fish feeders, and hatchery production.

FWS Marble Bluff Fish Research & Control Station

Gardnerville NV Pumps, aerators, fish feeders, and hatchery production.

FWS Mason Neck NWR Lorton VA Electric gate

FWS Mathews Brake NWR Cruger MS Security lighting

FWS Mattamuskeet NWR Swanquarter NC Water pumps

FWS Maxwell NWR Maxwell NM Water pumps and outside lighting

FWS McFaddin NWR Sabine Pass TX Water pumps, security gates, and exterior lighting

FWS McNary NWR Burbank WA Water pumps

FWS Medicine Lake NWR Medicine Lake MT Water pumps, exterior lighting

FWS Merced NWR Merced CA Water pumps

FWS Missisquoi NWR Swanton VT Exterior lighting

FWS Moapa Valley NWR Las Vegas NV Water pumps; exterior lighting

FWS Modoc NWR Alturas CA Water pumps

FWS Monte Vista NWR Monte Vista CO Water pumps

FWS Moosehorn NWR Baileyville ME Process energy includes electricity.

FWS Mora National Fish Hatchery & TC

Mora NM Pumps, aerators, fish feeders, and hatchery production.

FWS Motor Vessel Tiglax Homer AK Motor Vessel "Tiglax"

FWS Mountain Longleaf NWR Anniston AL Electric gates

FWS Muleshoe NWR Muleshoe TX Exterior lighting and fuel pumps

FWS Muscatatuck NWR Seymour IN Exterior lights and automatic gate


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FWS Nashua NFH Nashua NH Pumps and chillers for fish production.

FWS Natchitoches NFH Natchitoches LA Pumps, aerators, fish feeders, and hatchery production.

FWS National Bison Range Moiese MT Water pumps, exterior lighting

FWS National Black Footed-Ferret Conservation Center

Carr CO Black-footed ferret production.

FWS National Elk Refuge Jackson WY Pumps

FWS Necedah NWR Necedah WI Parking lot lights and water pumps

FWS Neosho NFH Neosho MO Water pumps

FWS Nisqually NWR Olympia WA Water pumps

FWS Norfork NFH Mountain Home

AR Pumps, aerators, fish feeders, and hatchery production.

FWS North Attleboro NFH North Attleboro MA Pumps, aerators, fish feeders, and hatchery production.

FWS Northeast Montana WMD Medicine Lake MT Water pumps and outside lighting.

FWS Noxubee NWR Brooksville MS Water pumps

FWS Occoquan Bay NWR Woodbridge VA Electric gate

FWS Ohio River Islands NWR St Marys WV Water pumps and outside lighting

FWS Orangeburg County NFH Orangeburg SC Lighting and security systems.

FWS Orangeburg NFH Orangeburg SC Pumps, aerators, fish feeders, and hatchery production.

FWS Ottawa NWR Oak Harbor OH Water pumps

FWS Ouray NFH Vernal UT Generators, food storage freezer, operational equipment, fish ponds.

FWS Ouray NWR UT Process energy includes electricity.

FWS Overflow NWR Parkdale AR Water pumps, security light

FWS Oxbow NWR Devens MA Water pumps and outside lighting

FWS Pahranagat NWR Alamo NV Water pumps

FWS Panther Swamp NWR Yazoo City MS Pumps, habitat restoration, electric gates

FWS Patuxent Research Refuge

Laurel MD Pumps

FWS Pee Dee NWR Wadesboro NC Security lighting

FWS Pendills Creek NFH Brimley MI Pumps, aerators, fish feeders, travelling screens, and hatchery production.

FWS Petit Manan NWR Steuben ME Water pumps and outside lighting

FWS Piedmont NWR Round Oak GA Electric gates

FWS Pinckney Island NWR Hardeeville SC Electric gates, exterior lighting, pumps

FWS Pixley NWR Delano CA Water pumps

FWS Pocosin Lakes NWR Columbia NC Pumps, security gates and lighting, grain storage

FWS Private John Allen NFH Tupelo MS Pumps, aerators, fish feeders, and hatchery production.


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FWS Quilcene NFH Quilcene WA Pumps, aerators, fish feeders, and hatchery production

FWS Quinault NFH Humptulips WA Pumps, aerators, fish feeders, and hatchery production.

FWS Quivira NWR Stafford KS Pumps, radio tower

FWS Rainwater Basin WMD Kearney NE Water pumps

FWS Rappahannock River Valley NWR

Warsaw VA Water pumps, exterior lighting

FWS Red Rock Lakes NWR Lima MT Water pumps, exterior lighting

FWS Richard Cronin National Salmon Station

Sunderland MA Pumps, aerators, fish feeders, and hatchery production.

FWS Ridgefield NWR Ridgefield WA Water pumps

FWS Rio Grande Ecological Services Field Office

Rio Grande PR Habitat maintenance for Puerto Rican Parrot

FWS Roanoke River NWR Windsor NC Security lighting

FWS Rocky Mountain Arsenal NWR

Commerce City

CO Electric gate and dechlorination of water supply

FWS Ruby Lake NWR Ruby Valley NV Water pumps

FWS Rydell NWR Erskine MN Exterior lighting

FWS Sabine NWR Hackberry LA Water control structure.

FWS Sacramento NWR Willows CA Diseased bird destruction, criminal evidence incineration; water pumps

FWS Saddle Mountain NWR Burbank WA Water pumps

FWS Salt Plains NWR Jet OK Pumps, metered separately.

FWS San Bernard NWR Brazoria TX Electric Gate

FWS San Bernardino NWR Douglas AZ Water pumps

FWS San Joaquin River NWR Vernalis CA Water pumps

FWS San Luis NWR Los Banos CA Water pumps

FWS San Marcos NFH & Fish Technology Center

San Marcos TX Pumps, aerators, fish feeders, and hatchery production.

FWS San Pablo Bay NWR Petaluma CA Pumps

FWS Santa Ana NWR Alamo TX Water pumps

FWS Santee NWR Summerton SC Security gate

FWS Saratoga NFH Saratoga WY Pumps, aerators, fish feeders, and hatchery production.

FWS Savannah NWR Hardeeville SC Lighting

FWS Seedskadee NWR Green River WY Water pumps

FWS Sequoyah NWR Vian OK Water pumps

FWS Sevilleta NWR Socorro NM Freezer, gun range lighting

FWS Shawangunk Grasslands NWR

Wallkill NJ Security lighting

FWS Sheldon NWR Lakeview OR Water pumps, exterior lighting


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FWS Shiawassee NWR Saginaw MI Water pumps

FWS Southwestern Aquatic Resources and Recovery Center

Dexter NM Pumps, aerators, fish feeders, and hatchery production.

FWS Spring Creek NFH Underwood WA Pumps, aerators, fish feeders, and hatchery production

FWS Squaw Creek NWR Mound City MO Water pumps; security gates

FWS St. Catherine Creek NWR Natchez MS Water pumps, exterior lighting

FWS St. Marks NWR St. Marks FL Security gates and air monitors

FWS St. Vincent NWR Apalachicola FL Security lighting

FWS Steigerwald Lake NWR Washougal WA Water pumps, security gates

FWS Stewart B. McKinney NWR

Westbrook CT Water pumps, exterior lighting

FWS Steigerwald Lake NWR Washougal WA Water pumps, security gates

FWS Stone Lakes NWR Elk Grove CA Water pumps

FWS Sullivan Creek NFH Brimley MI Pumps, aerators, fish feeders, and hatchery production.

FWS Sullys Hill National Game Preserve

Fort Totten ND Electric gate

FWS Sutter NWR Sutter CA Water pumping is for wildlife habitat restoration and maintenance.

FWS Tallahatchie NWR Grenada MS Water pumps

FWS Tennessee NWR Paris TN Pump Station

FWS Tishomingo NFH Tishomingo OK Water pumps

FWS Toppenish NWR Toppenish WA Water pumps

FWS Trempealeau NWR Trempealeau WI Water pumps

FWS Tualatin River NWR Sherwood OR Water pumps

FWS Tule Lake NWR Tulelake CA Water pumps

FWS Two Ponds NWR Arvada CO Exterior lighting

FWS Umatilla NWR Irrigon WA Water pumps

FWS Upper Mississippi River NFWR - LaCrosse District

Onalaska WI Security lights, pumps

FWS Upper Mississippi River NFWR - Savanna District

Thomson IL Pumps, security lighting

FWS Upper Souris NWR Berthold ND Pumps

FWS Uvalde NFH Uvalde TX Water pumps

FWS Valley City NFH Valley City ND Pumps, aerators, fish feeders, and hatchery production.

FWS Wallkill River NWR Sussex NJ Security lighting

FWS Warm Springs NFH GA Warm Springs GA Pumps, aerators, fish feeders, and hatchery production.

FWS Warm Springs NFH OR Warm Springs OR Pumps, aerators, fish feeders, and hatchery production


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FWS Washita NWR Butler OK Water pumps and outside lighting

FWS Wassaw NWR Hardeeville SC Priest Landing Radio Tower

FWS Welaka NFH Welaka FL Pumps, aerators, fish feeders, and hatchery production.

FWS Wheeler NWR Decatur AL Water pumps

FWS White River NFH Bethel VT Pumps, aerators, fish feeders, and hatchery production.

FWS White Sulphur Springs NFH

White Sulphur Springs

WV Water pumps

FWS Wichita Mountains Wildlife Refuge

Indiahoma OK Water pumps

FWS Willard NFH Cook WA Pumps, aerators, fish feeders, and hatchery production.

FWS William L. Finley NWR Corvallis OR Water pumps

FWS Williams Creek NFH Whiteriver AZ Aeration pond, disinfection station, security lights, microscreen, and tank house

FWS Willow Beach NFH Willow Beach AZ Pumps, aerators, fish feeders, and hatchery production.

FWS Windom WMD Windom MN Water pumps, security lights, & gates

FWS Winthrop NFH Winthrop WA Pumps

FWS Wolf Creek NFH Jamestown KY Pumps, aerators, fish feeders, and hatchery production.

FWS Yazoo NWR Hollandale MS Water pumps, lighting, electronic gates

NPS Abraham Lincoln Birthplace National Historic Site

Hodgenville KY Water/ wastewater system

NPS Acadia National Park Bar Harbor ME Power distribution systems; exterior lighting; water/wastewater systems.

NPS Adams National Historical Park

Quincy MA Exterior lighting.

NPS Agate Fossil Beds National Monument

Harrison NE Water Treatment Facility

NPS Amistad National Recreation Area

Del Rio TX Exterior lighting; water/wastewater systems.

NPS American Memorial Park Saipan MP Exterior lighting.

NPS Andersonville National Historic Site

Andersonville GA Exterior lighting.

NPS Appomattox Court House National Historical Park

Appomattox VA Wastewater treatment systems, fuel pumping station

NPS Apostle Islands National Lakeshore

Bayfield WI Exterior lighting.

NPS Assateague Island NS Berlin MD Exterior lighting; water/wastewater systems; fuel pumping.

NPS Aztec Ruins National Monument

Aztec NM Exterior lighting; water/wastewater systems.


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NPS Badlands National Park Interior SD Exterior lighting; water/wastewater systems.

NPS Bandelier National Monument

Los Alamos NM Eexterior lighting; water/wastewater systems.

NPS Bents Old Fort National Historic Site

La Junta CO Exterior lighting.

NPS Big Bend National Park Big Bend National Park

TX Exterior lighting; water/wastewater systems.

NPS Bighorn Canyon National Recreation Area

Bridger MT Exterior lighting; water/wastewater systems, fuel pumping

NPS Big Cypress National Preserve

Ochopee FL Exterior lighting.

NPS Big Hole National Battlefield

Wisdom MT Water/wastewater systems.

NPS Biscayne National Park Homestead FL Exterior lighting.

NPS Big South Fork National River and Recreation Area

Oneida TN Exterior lighting; water/wastewater treatment systems.

NPS Big Thicket National Preserve

Beaumont TX Exterior lighting; water/wastewater systems; communication systems.

NPS Black Canyon of the Gunnison National Park

Montrose CO Exterior lighting.

NPS Blue Ridge Parkway Floyd VA Exterior lighting; water/wastewater systems; communication systems.

NPS Boston National Historic Park

Boston MA Exterior lighting; water/wastewater systems, fuel pumping

NPS Brown V Board of Education National Historic Site

Topeka KS Exterior lighting, interpretive media kiosk.

NPS Buffalo National River Harrison AR Exterior lighting; water/wastewater systems.

NPS Canyon de Chelly National Monument

Chinle AZ Communication systems; water/wastewater systems.

NPS Castle Clinton National Monument

New York NY Exterior lighting.

NPS Cape Cod National Seashore

Wellfleet MA Exterior lighting; water/wastewater systems.

NPS Cape Hatteras National Seashore

Buxton NC Exterior lighting, wastewater treatment system.

NPS Cape Lookout National Seashore

Harkers Island NC Exterior lighting; water/wastewater systems, interpretive media kiosk, fuel pumping

NPS Canaveral National Seashore

New Smyrna Beach

FL Exterior lighting, fuel pumping

NPS Capitol Reef National Park

Torrey UT Exterior lighting; water/wastewater treatment systems, fuel pumping

NPS Capulin Volcano National Monument

Capulin NM Exterior lighting, wastewater treatment system

NPS Cane River Creole National Historical Park

Natchitoches LA Exterior lighting

NPS Carl Sandburg Home National Historic Site

Flat Rock NC Exterior lighting.


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NPS Castillo de San Marcos National Monument

Saint Augustine

FL Exterior lighting.

NPS Catoctin Mountain Park Thurmont MD Exterior lighting; water pumping

NPS Carlsbad Caverns National Park

Carlsbad NM Cavern lighting electrical system.

NPS Capulin Volcano National Monument

Capulin NM Exterior lighting, gates, water/wastewater systems.

NPS Chamizal National Memorial

El Paso TX Exterior lighting; water treatment facility.

NPS Chattahoochee River National Recreation Area

Atlanta GA Exterior lighting.

NPS Chickamauga and Chattanooga National Military Park

Fort Oglethorpe

GA Exterior lighting.

NPS Chaco Culture National Historic Park

Nageezi NM Exterior lighting; water/wastewater systems.

NPS Chickasaw National Recreation Area

Sulphur OK Exterior lighting; water/wastewater systems, fuel pumping

NPS Chesapeake and Ohio Canal National Historical Park

Washington D Exterior lighting, interpretive media kiosk

NPS Christiansted National Historic Site

Christiansted VI Exterior lighting, interpretive media kiosk

NPS Little Rock Central High School National Hist Site

Little Rock AR Exterior lighting

NPS Charles Young Buffalo Soldier National Monument

Xenia OH Exterior lighting

NPS Colorado National Monument

Loma CO Exterior lighting; water/wastewater systems, fuel pumping

NPS Colonial National Historical Park

Jamestown VA Exterior lighting.

NPS Congaree National Park Hopkins SC Exterior lighting; water pumping

NPS Coronado National Memorial

Hereford AZ Exterior lighting.

NPS Cowpens National Battlefield

Gaffney SC Exterior lighting.

NPS Crater Lake National Park Crater Lake OR Exterior lighting; wastewater treatment systems.

NPS Craters of the Moon National Monument and Preserve

Arco ID Exterior lighting; water/wastewater systems, interpretive media kiosk, fuel pumping

NPS Cumberland Gap National Historical Park

Ewing VA Exterior lighting.

NPS Cumberland Island National Seashore

Saint Marys GA Exterior lighting.

NPS Curecanti National Recreation Area

Gunnison CO Exterior lighting; water/wastewater systems, communication systems


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NPS Cuyahoga Valley National Park

Brecksville OH Exterior lighting; water/wastewater systems.

NPS Deshler Morris House National Historic Site

Philadelphia PA Exterior lighting.

NPS Denali National Park and Preserve

Talkeetna AK Exterior lighting; water/wastewater treatment systems, communications systems.

NPS Devils Tower National Monument

Devils Tower WY Exterior lighting.

NPS Delaware Water Gap National Recreation Area

Columbia NJ Exterior lighting; water/wastewater systems, fuel pumping

NPS Dinosaur National Monument

Dinosaur CO Exterior lighting; water/wastewater systems.

NPS Edgar Allan Poe National Historic Site


NPS Edison National Historic Site

West Orange NJ Exterior lighting.

NPS Eisenhower National Historic Site

Gettysburg PA Exterior lighting.

NPS El Malpais National Monument

Grants NM Exterior lighting; water/wastewater systems.

NPS Fire Island National Seashore

Patchogue NY Exterior lighting.

NPS Florissant Fossil Beds National Monument

Florissant CO Water pumping

NPS Fort Davis National Historic Site

Fort Davis TX Exterior lighting.

NPS Fort Laramie National Historic Site

Fort Laramie WY Exterior lighting.

NPS Fort Larned National Historic Site

Larned KS Exterior lighting; water/wastewater systems; communication systems, fuel pumping

NPS Fort McHenry National Monument and Historic Shrine

Baltimore MD Exterior lighting.

NPS Fort Necessity National Battlefield

Farmington PA Exterior lighting.

NPS Fort Pulaski National Monument

Savannah GA Exterior lighting; water/wastewater systems; communication systems, fuel pumping

NPS Fort Smith National Historic Site

Fort Smith AR Exterior lighting.

NPS Fort Stanwix National Monument

Rome NY Exterior lighting.

NPS Fort Sumter National Monument

Charleston SC Exterior lighting.

NPS Fort Union National Monument

Watrous NM Exterior lighting.

NPS Fort Union Trading Post National Historic Site

Williston ND Exterior lighting; water/wastewater systems.

NPS Fredericksburg and Spotsylvania Battlefields Mem NMP

Fredericksburg VA Water distribution system.


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NPS Gateway National Recreation Area

Highlands NJ Exterior lighting; water treatment facility.

NPS General Grant National Memorial

New York NY Exterior lighting.

NPS Gettysburg National Military Park

Gettysburg PA Exterior lighting.

NPS George Washington Birthplace National Monument

Colonial Beach VA Exterior lighting; water/wastewater systems.

NPS Gila Cliff Dwellings National Monument

Glenwood NM Exterior lighting; water/wastewater systems.

NPS Glacier National Park Browning MT Exterior lighting; water/wastewater systems; communication systems.

NPS Glacier Bay National Park & Preserve

Juneau AK Exterior lighting; water/wastewater systems.

NPS Glen Canyon National Recreation Area

Boulder UT Exterior lighting; water/wastewater systems.

NPS Golden Gate National Recreation Area

San Francisco CA Exterior lighting, fuel pumping, interpretive purposes

NPS Great Basin National Park Baker NV Water/wastewater system.

NPS Grand Canyon National Park

Grand Canyon AZ Exterior lighting; water/wastewater systems; communication systems, fuel pumping

NPS Grand Portage National Monument

Grand Portage MN Water/wastewater treatment systems.

NPS Great Smoky Mountains National Park

Cherokee NC Exterior lighting; water/wastewater systems; communication systems.

NPS Guilford Courthouse National Military Park

Greensboro NC Exterior lighting.

NPS Gulf Islands, FL Pensacola FL Exterior lighting; water/wastewater treatment systems.

NPS Guadalupe Mountains National Park

Salt Flat TX Exterior lighting; water/wastewater systems, fuel pumping.

NPS George Washington Carver National Monument

Diamond MO Exterior lighting; water pumping.

NPS George Washington Memorial Parkway

Washington DC Exterior lighting; water/wastewater systems.

NPS Hagerman Fossil Beds National Monument

Hagerman ID Exterior lighting, water pumping

NPS Haleakala National Park Makawao HI Exterior lighting; water/wastewater systems

NPS Harpers Ferry National Historical Park

Harpers Ferry WV Exterior lighting, fuel pumping

NPS Hawaii Volcanoes National Park

Hawaii National Park,

HI Exterior lighting; water/wastewater treatment systems.

NPS Herbert Hoover National Historic Site

West Branch IA Exterior lighting.

NPS Home of Franklin D. Roosevelt NHS

Hyde Park NY Exterior lighting.

NPS Hopewell Furnace National Historic Site

Birdsboro PA Exterior lighting; water/wastewater systems.


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NPS Hot Springs National Park Hot Springs National Park

AR Exterior lighting; water/wastewater systems, fuel pumping.

NPS Hubbell Trading Post Historic Site

Ganado AZ Exterior lighting.

NPS Independence National Historical Park

Philadelphia PA Exterior lighting; interpretive media kiosk

NPS Indiana Dunes National Lakeshore

Chesterton IN Exterior lighting; wastewater treatment.

NPS Isle Royale National Park Houghton MI Exterior lighting.

NPS Jefferson National Expansion Memorial

Saint Louis MO Exterior lighting.

NPS Jimmy Carter National Historic Site

Plains GA Exterior lighting, interpretive media kiosk

NPS John Day Fossil Beds National Monument

Mitchell OR Exterior lighting.

NPS Joshua Tree National Park

Thousand Palms

CA Exterior lighting; water/wastewater systems

NPS Katmai National Park and Preserve

King Salmon AK Exterior lighting; water/wastewater systems.

NPS Kenai Fjords National Park

Seward AK Exterior lighting.

NPS Keweenaw National Historical Park

Calumet MI Communication systems

NPS Kings Mountain National Military Park

Blacksburg SC Exterior lighting; water treatment

NPS Lake Roosevelt National Recreation Area

Coulee Dam WA Exterior lighting; water/wastewater systems, fuel pumping.

NPS Lassen Volcanic National Park

Chester CA Exterior lighting.

NPS Little Bighorn Battlefield National Monument

Crow Agency MT Exterior lighting; water/wastewater systems.

NPS Lincoln Boyhood National Memorial

Lincoln City IN Water/wastewater system.

NPS Lincoln Home National Historic Site

Springfield IL Exterior lighting.

NPS Lowell National Historic Park

Cambridge MA Exterior lighting; communication systems.

NPS Lyndon B Johnson National Historic Park

Johnson City TX Exterior lighting; water treatment facility.

NPS Marsh-Billings-Rockefeller National Historic Park

Woodstock VT Exterior lighting.

NPS Mammoth Cave National Park

Mammoth Cave

KY Cave and exterior lighting; communication systems.

NPS Martin Luther King Jr National Historic Site

Atlanta GA Exterior lighting.

NPS Martin Van Buren National Historic Site

Kinderhook NY Exterior lighting; water system.

NPS Mesa Verde National Park

Mesa Verde National Park

CO Exterior lighting; water/wastewater systems; communication systems.

NPS Minute Man National Historic Park

Concord MA Exterior lighting.


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NPS Minuteman Missle National Historic Site

Kadoka SD Exterior lighting.

NPS Montezuma Castle National Monument

Camp Verde AZ Exterior lighting; /wastewater treatment facility.

NPS Mojave National Preserve Barstow CA Water pumping distribution system.

NPS Mount Rushmore National Memorial

Keystone SD Exterior lighting; water/wastewater system; communication systems.

NPS National Capital Parks-East

Washington DC Exterior lighting.

NPS National Mall & Memorial Parks

Washington DC Exterior lighting.

NPS Natchez National Historical Park

Natchez MS Exterior lighting, fuel pumping

NPS Natchez Trace Parkway Cherokee AL Exterior lighting.

NPS New Bedford Whaling National Historic Park

New Bedford MA Exterior lighting; communication systems.

NPS Nez Perce National Historic Park

Juliaetta ID Exterior lighting

NPS New River Gorge National River

Glen Jean` WV Exterior lighting; water/wastewater systems, fuel pumping, interpretive media kiosk.

NPS Ocmulgee National Monument

Macon GA Exterior lighting

NPS Olympic National Park Port Angeles WA Exterior lighting; water/wastewater systems.

NPS Oregon Caves National Monument

Cave Junction OR Exterior lighting

NPS Organ Pipe Cactus National Historic Site

Ajo AZ Exterior lighting

NPS Ozark National Scenic Riverways

Van Buren MO Exterior lighting; water/wastewater systems; communication systems.

NPS Padre Island National Seashore

Corpus Christi, TX

TX Exterior lighting

NPS Pecos National Historical Park

Pecos NM Exterior lighting; water/wastewater systems.

NPS Petrified Forest National Park

Concho AZ Exterior lighting; water/wastewater systems.

NPS Pea Ridge National Military Park

Garfield AR Exterior lighting.

NPS Petersburg National Battlefield

Petersburg VA Exterior lighting, fuel pumping

NPS Petroglyph National Monument

Albuquerque NM Exterior lighting, wastewater treatment facility

NPS Prince William Forest Park

Triangle VA Exterior lighting; water/wastewater systems.

NPS Redwood National Park Crescent City CA Exterior lighting.

NPS Richmond National Battlefield Park

Mechanicsville VA Water/wastewater system.

NPS Rock Creek Park Washington DC Exterior lighting.


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NPS Rocky Mountain National Park

Grand Lake CO Exterior lighting; water/wastewater systems.

NPS Roger Williams National Memorial

Providence RI Exterior lighting.

NPS San Antonio Missions National Historical Park

San Antonio TX Exterior lighting; water/wastewater systems; interpretive media kiosk.

NPS Saint Croix National Scenic Riverway

Saint Croix Falls

WI Exterior lighting.

NPS San Francisco Maritime National Historical Park

San Francisco CA Exterior lighting.

NPS Saguaro National Park Tucson AZ Exterior lighting.

NPS Sagamore Hill National Historic Site

Oyster Bay NY Exterior lighting; wastewater treatment facility.

NPS Saugus Iron Works National Historic Site

Saugus MA Exterior lighting.

NPS San Juan Island National Historical Park

Friday Harbor WA Exterior lighting; water treatment system

NPS San Juan National Historic Site

Old San Juan PR Exterior lighting; water/wastewater systems; interpretive media kiosk.

NPS Salem Maritime National Historic Site

Salem MA Exterior lighting.

NPS Santa Monica Mountains National Recreation Area

Thousand Oaks

CA Exterior lighting.

NPS Salinas Pueblo Missions National Monument

Mountainair NM Exterior lighting; water treatment facility

NPS Saratoga National Historic Park

Stillwater NY Exterior lighting; water/wastewater systems, interpretive media kiosk.

NPS Scotts Bluff National Monument

Gering NE Exterior lighting.

NPS Selma to Montgomery National Historic Trail

Tuskegee Institute

AL Exterior lighting.

NPS Shenandoah National Park

Front Royal VA Exterior lighting; water/wastewater systems; communication systems.

NPS Sleeping Bear Dunes National Lakeshore

Empire MI Exterior lighting; water/wastewater systems.

NPS Statue of Liberty National Monument

New York NY Exterior lighting; water/wastewater systems.

NPS Stephen T. Mather Training Center

Harpers Ferry WV Exterior lighting.

NPS Sunset Crater Volcano National Monument

Flagstaff AZ Exterior lighting, fuel pumping

NPS Tallgrass Prairie National Preserve

Strong City KS Exterior lighting; water/wastewater systems; communication systems.

NPS Theodore Roosevelt National Park

Medora ND Exterior lighting; water/wastewater systems; communication systems, fuel pumping.

NPS Thomas Stone National Historic Site

Port Tobacco MD Water/wastewater system.

NPS Timpanogos Cave National Monument

American Fork UT Cave lighting, communication system.

NPS Timucuan Ecological and Historic Preserve

Jacksonville FL Exterior lighting; water/wastewater systems.


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NPS Tonto National Monument Roosevelt AZ Exterior lighting; water/wastewater systems.

NPS Tuzigoot National Monument

Cottonwood AZ Exterior lighting.

NPS Upper Delaware Scenic and Recreational River

Barryville NY Exterior lighting; communication towers.

NPS Valley Forge National Historical Park

King of Prussia PA Exterior lighting; wastewater treatment.

NPS WWII Valor in the Pacific NM

Honolulu HI Exterior lighting.

NPS Vicksburg National Military Park

Vicksburg MS Exterior lighting; water/wastewater systems.

NPS Virgin Islands National Park

Cruz Bay, Saint John

VI Water/wastewater systems, fuel pumping

NPS Voyageurs National Park International Falls

MN Fuel pumping.

NPS Walnut Canyon National Monument

Flagstaff AZ Exterior lighting, wastewater treatment

NPS President's Park Washington DC Exterior lighting, greenhouse

NPS Whiskeytown National Recreation Area

Whiskeytown CA Exterior lighting; water/wastewater systems.

NPS Whitman Mission National Historic Site

Walla Walla WA Wastewater treatment.

NPS White Sands National Monument

Holloman Air Force Base

NM Exterior lighting.

NPS Wind Cave National Park Hot Springs SD Exterior lighting.

NPS Wolf Trap National Park for the Performing Arts

Vienna VA Exterior lighting.

NPS Yellowstone National Park

Livingston MT Exterior lighting; water/wastewater systems.

NPS Yosemite National Park Yosemite CA Exterior lighting; water/wastewater systems

NPS Yukon Charley Rivers National Preserve

Eagle AK Communication systems; water/wastewater systems.

NPS Zion National Park Mount Carmel UT Exterior lighting; water/wastewater systems; communications systems.

NPS Gloria Dei Church National Historic Site


NPS Tupelo National Battlefield

Tupelo MS Exterior lighting.

USGS Monitoring Stations (includes stream gaging and hazard monitoring stations)

Locations throughout the US

N/A Not considered buildings. They are small monitoring station enclosures.

USGS Upper Midwest Environmental Sciences Center

La Crosse WI Laboratory incinerators for bio-waste.

USGS Patuxent Wildlife Research Center

Patuxent MD Laboratory incinerators for bio-waste.

USGS National Wildlife Health Center

Madison WI Laboratory incinerators for bio-mass and plastics.


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USGS Leetown Science Center Kearneysville WV Laboratory incinerators for bio-mass and plastics.

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