EPA Information Related to the American Recovery and Reinvestment Act of 2009 (Recovery Act)
Recommendations to Incorporate Green Practices into Federally Funded Construction Projects
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The Recovery Act presents numerous opportunities to help build a healthier, more prosperous, and sustainable future. EPA offers the following recommendations to assist funding recipients with achieving environmental, as well as economic and social justice goals.
These actions can be incorporated into projects without slowing project funding or implementation. They can also support development of a “green” workforce and may reduce future operation and maintenance costs. Although EPA does not require that recipients adopt these practices, the Agency encourages recipients to consider using them when designing and implementing Recovery Act-funded construction projects.
- Recycle, and use recycled materials
- Save water
- Save energy and use more renewable energy
- Protect indoor air quality in building construction, renovation and retrofit
- Clean up and reuse developed sites
- Use clean diesels for construction and afterwards
- Integrate it all through sustainable green building
- General resources
Recycle, and Use Recycled Materials
- Use products with recycled content. - Under RCRA Section 6002 (a) and Executive Order 13423, EPA is required to designate products that are, or can be made with recovered materials, and to recommend practices for buying these products. Once a product or material is designated, procuring agencies (federal, state, local agencies or government contractors) that spend more than $10,000 a year on an item are required to purchase it with the highest recovered material content level practicable. EPA’s Comprehensive Procurement Guidelines offer products in a number of categories appropriate for Recovery Act projects, including construction and transportation products.
- Use recycled materials in building, road, and infrastructure construction (PDF) (4 pp., 538K, about PDF)- Many industrial and construction byproducts are available for use in road or infrastructure construction. Use of these materials can save money and reduce environmental impact.
The Recycled Materials Resource Center has developed comprehensive guidelines for use of recycled materials in pavement construction and compiled existing national specifications.
- Divert from landfill at least 50% (by weight) of the construction and demolition (C&D) materials generated from projects - EPA’s C&D materials Web site offers a wealth of information on C&D recycling, including case studies, tools, and links to additional resources:
- Learn how to reduce, reuse and recycle C&D materials at brownfields sites (PDF) (8 pp., 1.4 MB, about PDF)
- The Federal Green Construction Guide for Specifiers (PDF) (6 pp., 106K, about PDF) includes a construction waste management specification.
- Learn how to reduce, reuse and recycle C&D materials at brownfields sites (PDF) (8 pp., 1.4 MB, about PDF)
- Additional Information
- EPA’s Industrial Materials Reuse and Recycling program offers technical assistance and information to foster use of locally-available industrial materials in building, road, water and wastewater, airport, transit, or other infrastructure construction projects, and to recycle C&D materials.
- The Associated General Contractors of America developed a C&D Recycling Toolkit in cooperation with EPA and the Industrial Resources Council.
- EPA’s Industrial Materials Reuse and Recycling program offers technical assistance and information to foster use of locally-available industrial materials in building, road, water and wastewater, airport, transit, or other infrastructure construction projects, and to recycle C&D materials.
Save Water
- Use water conservation products and practices when building - Use water-efficient products in new building construction, including WaterSense-labeled products. Ensure that adequate metering is in place to measure and track water usage and create water efficient landscapes. EPA’s WaterSense Program provides information on water-efficient products, a list of certified irrigation professionals, and other water efficiency resources.
- Practice sustainable stormwater management at building sites - Implement site planning, design, construction, and maintenance strategies to maintain or restore, to the maximum extent technically feasible, the predevelopment hydrology of the building site with regard to the temperature, rate, volume, and duration of flow. Consider designs for stormwater management on compacted, contaminated soils in dense urban areas (PDF) (4 pp., 809K, about PDF). Learn how green infrastructure management approaches and technologies capture and reuse stormwater to maintain or restore hydrologies.
- Use Low Impact Development practices to manage storm water - Low Impact Development (LID) is an approach to land development and re-development that works with nature to manage storm water as close to its source as possible. LID employs principles such as preserving and recreating natural landscape features, minimizing effective imperviousness to create functional and appealing site drainage that treats storm water as a resource rather than a waste product.
- Additional Information
- EPA’s Water Conservation Plan Guidelines integrate conservation into water utility capital planning.
- EPA’s Sustainable Infrastructure Web site provides information for improving the sustainability of water infrastructure development.
- EPA’s Guidelines for Water Recycling and Reuse addresses opportunities for using reclaimed water when appropriate to reduce water diversions, decrease wastewater discharge and prevent pollution.
- EPA’s Water Conservation Plan Guidelines integrate conservation into water utility capital planning.
Save Energy and Use More Renewable Energy
- Incorporate energy efficiency and onsite energy generation into projects at drinking water and wastewater treatment facilities - Assess the efficiency of existing equipment, upgrade to more energy efficient equipment (pumps, motors, etc.) and promote the use of onsite fuel, including captured biogas and combined heat and power systems and/or renewable energy (wind, solar, etc.) to generate energy for use onsite.
- Develop Energy Management Programs at water and wastewater utilities - Using EPA’s Energy Management Guidebook for Wastewater and Water Utilities (PDF) (113 pp., 1.2 MB, about PDF), assess your utility’s current energy usage using Portfolio Manager, then conduct an energy audit at your utility. Based on the assessment and audit results, develop measurable energy efficiency goals, implement projects based on your priorities, measure your success, and adjust your energy management program as necessary to meet new challenges.
- Design and upgrade buildings with efficiency in mind - Start by assessing the efficiency of current buildings to help target stimulus funding toward ones with the greatest opportunity and design new buildings to meet high efficiency performance benchmarks.
- Energy Star Portfolio Manager is an interactive energy management tool that allows you to track and assess energy and water consumption across your entire portfolio of buildings in a secure online environment.
- Energy Star Home Energy Yardstick – Compare your household’s energy use to others across the country and get recommendations for improvement.
- Energy Star Target Finder enables architects and building owners to set energy targets and receive an EPA rating for projects during the design process.
- Energy Star Buildings and Plants Web site
- Mitigate the “heat island” effect through design and planning - Summer sunlight hitting roads, buildings, and other dark, unvegetated surfaces can make cities hotter than surrounding rural areas. This phenomenon is known as the heat island effect. To keep temperatures lower, and to save energy and reduce air pollution, use energy-saving heat island mitigation strategies. These strategies include planting trees and vegetation, installing green roofs, cool roofs and cool pavements.
- Use ENERGY STAR Products to reduce the amount of energy that a wide range of products (e.g., appliances, lighting, office equipment, and consumer electronics) use—more than 60 products in total. Energy Star also has tools and certifies products for home renovations and improvements, commercial buildings, and new homes.
- Purchase ‘green’ electronics and dispose of old electronics properly - Require all desktops, laptops, and computer monitors to have achieved Silver registration or higher under the Electronic Products Environmental Assessment Tool (EPEAT) . Registered EPEAT products are ENERGY STAR compliant, use less environmentally sensitive materials, and require at least 65% of materials be reusable/recyclable. The University of Tennessee’s Center for Clean Products’ Electronics Environmental Benefits Calculator is available for users to calculate the environmental and economics benefits of purchasing EPEAT- registered products. Consumer electronics manufacturers, retailers, and service providers can also partner with EPA’s Plug-In To eCycling program to promote the recycling of electronics.
- Consider reuse of brownfield sites for alternative energy production - The West Virginia Water Research Institute is providing technical assistance to rural, underserved Appalachian communities for brownfields assessment, reuse planning, and revitalization. The project will produce an inventory of mine-scarred land sites throughout West Virginia that are suitable for redevelopment into biofuels and other alternative energy production sites called Sustainable Energy Parks. Learn more about this project (PDF) (1 pp., 33K, about PDF)
- Additional Information
- EPA’s Clean Energy Web site provides a portal for clean energy practices and programs.
- EPA’S Smart Energy Resources Guide is a primer on how to reduce green house gases and diesel emissions from energy use during hazardous waste remediation activities.
- EPA’s Green Power Partnership Program provides resources and support for purchasing green power.
- EPA’s “Portfolio Manager” is an online tool to simplify tracking and improvement of energy efficiency across multiple facilities.
- EPA Guidance on SIP Credits for Emission Reductions from Electric-Sector Energy Efficiency and Renewable Energy Measures (PDF) (39 pp., 830K, about PDF) provides information to state and local governments on quantifying and including emission reductions from energy efficiency and renewable energy measures in State Implementation Plans.
- EPA’s Clean Energy Web site provides a portal for clean energy practices and programs.
Protect Indoor Air Quality (IAQ) in Building Construction, Renovation and Retrofit
- Design, build, renovate, and retrofit new homes, schools, and office buildings with protection of IAQ as a primary goal. Preventing indoor air quality problems from chemicals, combustion gases, particles and moisture and mold is an essential element of all green building projects. If it’s not healthy, it’s not green. Use EPA’s Indoor airPLUS specifications for new homes, the IAQ Tools for Schools and DesignTools for Schools guidance, and EPA’s guidance for large buildings to create healthy and green indoor spaces.
Clean Up and Reuse Developed Sites
- Encourage land development in brownfield and infill sites - Cleaning up and reinvesting in these properties takes development pressures off of undeveloped, open land, and both improves and protects the environment. These sites are often “infrastructure-ready”, eliminating the need to build new roads and utility lines which are needed when developing greenspace. Additionally, sites may also provide opportunities for renewable energy resource development.
- Incorporate greener practices into remediation of contaminated sites - Encourage the use of greener remediation practices to reduce the environmental footprint of site cleanup work, such as designing treatment systems with optimum energy efficiency; using renewable energy to meet power demands of energy-intensive treatment systems or auxiliary equipment; using cleaner fuels for machinery and vehicles; reusing and recycling materials and minimizing water use.
- Consider reuse of brownfield sites for alternative energy production - The West Virginia Water Research Institute is providing technical assistance to rural, underserved Appalachian communities for brownfields assessment, reuse planning, and revitalization. The project will produce an inventory of mine-scarred land sites throughout West Virginia that are suitable for redevelopment into biofuels and other alternative energy production sites called Sustainable Energy Parks. . Learn more about this project (PDF) (1 pp., 33K, about PDF)
- Additional Information
- EPA’s Brownfields Sustainability Pilots Web site provides best practices for environmental sustainability during brownfields assessment, cleanup and redevelopment projects.
- EPA’s Superfund Redevelopment Initiative Web site provides examples of tools and resources that have been used at Superfund sites from across the country to help return the sites to productive reuse in communities.
- EPA’s Smart Energy Resources Guide is a primer how to reduce green house gases and diesel emissions from energy use during hazardous waste remediation activities.
- EPA’s Brownfields Sustainability Pilots Web site provides best practices for environmental sustainability during brownfields assessment, cleanup and redevelopment projects.
Use Clean Diesels for Construction and Afterwards
- Reduce idling - Require construction contractors to use strategies and technologies that reduce unnecessary idling, including auxiliary power units, the use of electric equipment, and strict enforcement of idling limits for on-road and non-road equipment. Learn more about reducing diesel emissions from construction equipment and vehicles.
- Use clean diesel engines - Reduce diesel emissions either through add-on control technologies like diesel oxidation catalysts and particulate filters, repowers, or by using newer, cleaner equipment. Encourage entities to consider adopting contract specifications requiring advanced pollution controls and clean fuels.
- Measure your progress - Visit EPA’s Diesel Emissions Quantifier to calculate how much air pollution is reduced by your efforts to use cleaner fuels and/or retrofit engines.
- Additional Information
Integrate It All through Sustainable Green Building
- Use multi-media green building and land design practices - These practices have multi-media benefits, including energy efficiency, water conservation, and healthy indoor air quality. Apply green building and retrofitting design, rating, and measurement systems and tools, such as ENERGY STAR, Indoor Air Plus, and WaterSense for stimulus-funded building construction. Use certified and qualified contractors. Consider meeting third party, multimedia standards for building construction and land design such as Leadership in Energy and Environmental Design (LEED), Sustainable Sites Initiative , Collaborative for High Performance Schools (CHPS) , or local equivalents.
- Use the integrated design process to make new buildings and developments more efficient - Current procurement practices tend to separate out development into distinct stages that can discourage communication across the project lifecycle. The integrated design process calls for the active and continuing engagement of all stakeholders, phases including the owners, architects, engineers, building department officials, and other professionals, throughout the building design, development, and construction. This process can help create a higher performing building at lower costs, allows for various building systems to work together, eliminates redundancy from over design and unnecessary capacity, and minimizes change orders during the construction phase. We encourage revising procurement practices so that it can then use the integrated design process.
- Use Smart Growth and transit-oriented development principles - Smart growth and transit-oriented development (TOD) principles help preserve natural lands and critical environmental areas, and protect water and air quality by encouraging developments that are walkable and located near public transit. Learn more about smart growth
- Purchase environmentally-preferable products - Environmentally preferable means “products or services that have a lesser or reduced effect on human health and the environment when compared with competing products or services that serve the same purpose” This comparison applies to raw materials, manufacturing, packaging, distribution, use, reuse, operation, maintenance, and disposal. Under Executive Order 13423, federal agencies are required to identify and purchase environmentally preferable products whenever possible to promote the use of sustainable practices throughout the federal government. EPA has created a guide to aid agencies in defining what is environmentally preferable among products.
The Environmentally Preferable Purchasing Database can aid purchasers in identifying and purchasing products with reduced environmental impacts. The database links to environmental standards and guidelines for a wide variety of products as well as contract language, specifications, and policies created and used by federal and state governments and others to buy greener products.
Comprehensive Procurement Guideline (CPG) Program - This program is part of EPA’s continuing effort to promote the use of materials recovered from solid waste. The CPG program is authorized by Congress under Section 6002 of the Resource Conservation and Recovery Act (RCRA) and Executive Order 13423. EPA is required to designate products that are or can be made with recycled materials, and to recommend practices for buying these products. Once a product is designated, procuring agencies are required to purchase it with the highest recovered material content level practicable.
- Additional Information
- EPA’s Green Building program offers information and resources from of a number of EPA programs that support green building and construction, including including energy efficiency, water conservation, indoor air quality, resource conservation, and toxics reduction.
- The Office of the Federal Environmental Executive (OFEE) Web site includes information on green purchasing and other resources to promote environmental stewardship:
- EPA’s Green Building program offers information and resources from of a number of EPA programs that support green building and construction, including including energy efficiency, water conservation, indoor air quality, resource conservation, and toxics reduction.
General Resources
- “Building Green Communities: Online Resources for Local Governments” (PDF) (36 pp., 1.0 MB, about PDF) - This compendium pulls together more than 125 items that are available online from EPA, other federal agencies, and nongovernmental organizations. The wide-ranging materials include planning guides, case studies, funding opportunities, and information on voluntary programs as well as technical materials such as pollution reduction calculators, sample ordinances, and building specifications. The materials are organized around the following topics: Green/Sustainable Communities, Climate Change, Clean Energy, Green Buildings, Purchasing Greener Products and Services, Sustainable Water Infrastructure, Water Conservation, Waste Management/Recycling, Land Revitalization, and Healthy Schools.
- Recovery Act of 2009 State and Local Guide to U.S. EPA Climate and Energy Program Resources (PDF) (29 pp., 1.0 MB, about PDF) - This guide has been designed to help state and local governments see which EPA programs could be leveraged to expand or develop clean energy initiatives in their locality. It includes approximately two-page synopses of 14 EPA climate and energy partnership programs. Each program description includes: basic information and contact details; potential target audiences; highlights of ready-to-go tools and resources; and suggestions of possible actions a state or local government could take to leverage EPA’s offerings.