The Drinking Water State Revolving Fund (DWSRF) program helps public and private water systems across Arizona meet the objectives of the Safe Drinking Water Act (SDWA) by providing a permanent, independent source of low-cost financing. Its work addresses challenges at global, landscape and individual infrastructure project levels, promoting a more equitable and holistic approach to water management. Engineered water infrastructure, such as dams, irrigation systems and pipelines, is foundational to socioeconomic progress and poverty alleviation. The Technical Proposal will request additional information to understand the project activities, implementing partners and roles, schedule, monitoring plan, VWB estimates, and cost estimates. To ensure a timely evaluation of project submissions, we will not grant extensions to the submission period. We will invite selected projects to submit a Technical Proposal, and they will have the opportunity to receive feedback as part of the RFP process.
As data availability improves, more water infrastructure types may be added to this tool. Water ICAT currently includes Community Water Systems (CWS) for drinking water infrastructure and National Pollutant Discharge Elimination System (NPDES) permitted Publicly Owned Treatment Works (POTWs) for wastewater infrastructure. Data available within Water ICAT span four primary categories including general utility characteristics, demographic and economic characteristics, enforcement and compliance characteristics, and finally water infrastructure funding history. EPA supports effectiveness practices that help citizens enjoy the benefits of clean and safe water.
We encourage all applicants to submit via the specific Google Form well in advance of the closing date. We have a very lean team and unfortunately are unable to meet with all potential interested applicants to discuss potential projects. Any backup documentation provided at this time will be helpful for the subsequent RFP, but is not required for the initial submission.
Resilient and Sustainable Water Infrastructures
Water system fragmentation increases costs and often decreases water quality, perpetuating environmental injustice and causing disproportionate harm to low-income communities. More than 90% of systems serve fewer than 10,000 people and half serve fewer than 500 people. Studies suggest that between 700 and 850 water main breaks occur each day in North America, causing more than $3 billion in repair costs annually. Our nation’s drinking water infrastructure received a “C-” grade on the American Society of Civil Engineers 2025 Infrastructure Report Card and our wastewater infrastructure received a “D+” grade. NAWC Member Companies are committed to strengthening America’s water infrastructure. Smart cities use innovative methods of design and implementation in various sectors of infrastructure and planning to create communities that operate at a higher level of relative sustainability than their traditional counterparts.
Developing sustainable water supply systems is a growing trend, because it serves people’s long-term interests. It requires reducing freshwater and groundwater usage in all sectors of consumption. Municipalities and other forms of local governments should also invest in innovative technologies, such as membrane technology for wastewater recycling, http://www.lexa.ru/security-alerts/msg00890.html and develop policy frameworks that incentivize eco-efficient practices. Another method that can be utilized is through the promoting of community engagement and resistance against unsustainable water infrastructure projects.
- Stormwater infrastructure is a separate system designed specifically to manage precipitation runoff from impervious surfaces like roads, rooftops, and parking lots.
- Another 43 million people, approximately 15% of the population, rely on private wells as their primary source of drinking water.
- A thorough environmental impact assessment is conducted to ensure compliance with regulations and minimize harm to ecosystems.
- Water ICAT currently includes Community Water Systems (CWS) for drinking water infrastructure and National Pollutant Discharge Elimination System (NPDES) permitted Publicly Owned Treatment Works (POTWs) for wastewater infrastructure.
- Another financing tool used by the EPA to support drinking water projects is the Water Infrastructure Finance and Innovation Act (WIFIA) program, which provides sponsors of large projects (generally over $20 million) with financing.
This critical component of water infrastructure is responsible for collecting and treating the wastewater generated from our daily activities. It’s a complex combination of chemical and physical processes that transform natural water into a potable form. These facilities take in raw water, whether from surface sources like rivers or underground wells, and subject https://www.faststartfinance.org/2022/01/ it to a rigorous treatment process. Water treatment plants are the initial gatekeepers of the water infrastructure network. At Cypress Environment & Infrastructure, we recognize the profound significance of water infrastructure in our daily lives.
Green Infrastructure Projects
Beyond the Replacement Era builds on a series of AWWA drinking water infrastructure and affordability reports including Dawn of the Replacement Era (2001), Thinking Outside the Bill (2004, 2014, 2022), Water Infrastructure at a Turning Point (2006), and Buried No Longer (2012). “It makes clear that progress will require collaboration across all levels of government and a shared understanding of why drinking water is so critical in our communities. Unlike earlier assessments focused primarily on buried drinking water infrastructure, Beyond the Replacement Era incorporates a broader set of cost drivers, including treatment upgrades for emerging contaminants such as PFAS and lead service line replacement. “Drinking water infrastructure underpins the health and economic vitality of our communities, but the cost of sustaining it is rising rapidly,” said AWWA President Heather Collins.
Water Infrastructure Sector Workforce
Applicants may submit additional details and backup documentation if a project is invited to submit a Technical Proposal through the RFP phase. However, we will prioritize projects with complete submissions and location-specific information. Applicants must submit project ideas via the specific Google form linked above in the How to respond section for your chosen category (Infrastructure, Agriculture, or Nature-Based Solutions).
- Department of Agriculture (USDA) provided different types of financial assistance to improve drinking water and wastewater infrastructure in fiscal years 2014 through 2023.
- These systems are usually owned and maintained by local governments such as cities or other public entities, but are occasionally operated by a commercial enterprise (see water privatization).
- The DWSRF program provides states capitalization to finance low-interest loans for drinking water infrastructure projects.
- A community’s water infrastructure includes all the man-made and natural features that move and treat water.
Water and Wastewater Cybersecurity
The work will include replacement and rehabilitation of aging water distribution infrastructure that has become susceptible to breaks, leaks, pressure loss, and service disruptions. Project efforts will call for replacement and rehabilitation of aging water mains, transmission lines, and related drinking water infrastructure across the city. Officials at Atlanta’s Department of Watershed Management will soon launch a long-term water infrastructure project to modernize the city’s aging distribution and transmission system. America’s drinking water infrastructure received a grade of C-, while wastewater systems earned a D+. Nearly $423 billion of that need is tied specifically to replacing or rehabilitating aging water transmission and distribution pipelines.
