Successful and Beneficial Green Infrastructure
Most people are familiar with “gray” water infrastructure — the hard, concrete and metal pipes, holding tanks, pumps, water tunnels, and treatment plants. These systems play a key role in managing drinking water, wastewater and combined-sewer systems.
“Green” infrastructure is a newer approach to stormwater management that mimics nature by capturing stormwater so it can either be reused or seep into the ground where it falls, rather than flowing into underground sewer and storm pipes. Methods for stormwater capture include rain gardens, pervious pavement, planted swales, and storage containers such as cisterns and rain barrels. Green-infrastructure features can help reduce stress on water systems and can provide good local jobs, as well as making the communities where they’re installed healthier and more beautiful.
Both gray and green infrastructure are important components of water infrastructure systems statewide. Communities with combined sewer systems in particular will be evaluating gray- and green-infrastructure approaches to come up with the best combination that meets regulatory requirements cost-effectively and in a manner that provides tangible community benefits.
A Review of New Jersey Water Bank Financing for Green Infrastructure Projects
This report issued by New Jersey Future, A Review of New Jersey Water Bank Financing for Green Infrastructure Projects, is the culmination of a year-long partnership with I-Bank and the New Jersey Department of Environmental Protection to improve access to the program’s low-cost green infrastructure financing and continues to move the I-Bank into innovative areas of lending beyond traditional “gray” infrastructure.
Green Infrastructure & Health Guide
This guide, Green Infrastructure & Health, provides some general principles, best practices, and experiences about how best to use green infrastructure to promote better health equity. It is designed for use by managers, engineers, community organizations, planners, and others who are siting, designing, building, and stewarding green infrastructure in urban areas and rural towns across Canada and the United States. The guide is a product of several Green Infrastructure Leadership Exchange cities coming together to build stronger partnerships between green infrastructure providers and health providers. The guide is organized in sections that can help green infrastructure providers and their partners answer important questions about how green infrastructure can improve health.
Menu of State Policy Options for Green Infrastructure
This document produced by the U.S. Green Building Council, Menu of State Policy Options for Green Infrastructure, is an introduction to leading policy practices to harness the benefits of green infrastructure and achieve greater sustainability outcomes through high-performing buildings and infrastructure. The resource can help state legislatures take decisive action to expand green infrastructure practices.
Working with the Market: Economic Instruments to Support Investment in Green Stormwater Infrastructure
This report, Working with the Market: Economic Instruments to Support Investment in Green Stormwater Infrastructure, will help stormwater program managers leverage market forces to drive implementation and investment in green infrastructure that meets their needs. Over the next 20 years, communities across the U.S. are likely to invest upwards of $150 billion to manage stormwater infrastructure and the associated impacts on water quality, hydrology, and health. It was developed as a product of the 2016 fall dialogue hosted by the National Network on Water Quality Trading, written in partnership with Storm & Stream Solutions LLC, and with collaboration from WEF’s Stormwater Institute.
Working with the Market: Economic Instruments to Support Investment in Green Stormwater Infrastructure. Read the full report or the summary handout.
Storm Smart Cities: Integrating Green Infrastructure into Local Hazard Mitigation Plans
This guide, Storm Smart Cities: Integrating Green Infrastructure into Local Hazard Mitigation Plans, is a case study of Huntington, West Virginia and early efforts to consider how green infrastructure could be incorporated into local hazard mitigation plans. It follows a partnership of local, state, and federal organizations and their collaborative effort to address local flooding and protect water quality. While the effort is ongoing, the Storm Smart Cities guide captures some early lessons learned that can benefit other communities interested in pursuing a similar approach. It includes recommendations for communities on integrating green infrastructure into local hazard mitigation plans.