Developing PWSA’s Strategic Plan for Stormwater
The Water Center at Penn and Penn Praxis are coleading the development of a comprehensive stormwater master plan for Pittsburgh. This plan will ultimately provide a global model using the P4 Framework of People, Planet, Place, and Performance to provide an innovative, equitable, inclusive, and sustainable blueprint to address one of our region’s most challenging problems.
For too long, aging infrastructure and the impacts of climate change have created challenges for stormwater management. The increasingly frequent and intense rain causes the combined sewer system to overflow into rivers and streams, flood streets, and cause property damage and health concerns when basements back up with raw sewage.
By creating a new comprehensive stormwater management strategy that meets the current circumstances and needs of Pittsburgh, the Water Center/ PennPraxis team works collaboratively with PWSA, the City of Pittsburgh, and Pittsburgh residents to improve water quality, alleviate flooding, reduce basement backups, create jobs, and beautify neighborhoods for safer and more resilient communities.
The creation of the stormwater master plan brings together past planning efforts and builds on the triple bottom line benefits established in the 2016 Citywide Green First Plan. Looking closely at the environmental, community, and economic benefits through the lens of the P4 Framework provides a holistic plan that considers how improved stormwater management can shape the economic and community development of Pittsburgh leading to greater inclusion and improved equity throughout the city.
Additionally, the master plan will provide guidance for the short and long term, by identifying priorities and milestones to implement within the next five years including a proposed stormwater fee, pending consent decree with the Environmental Protection Agency (EPA), and other regulatory mandates. It will also include a long-term outlook with milestones for the next 25 years that will help to consider the effects of climate change.
Evaluating the effectiveness of a protocol to counteract online misinformation about drinking water safety
Partnering with Critica Science to develop ways to combat drinking water safety misinformation that can negatively impact individuals’ physical and financial health by providing timely, up-to-date scientifically valid responses. Provide content-specific technical expertise as the need arises during the implementation of the research project and collaborate in the authorship of publications to disseminate information on strategies developed.
Innovations in Water Systems Finance
The Water Center at Penn will support American Rivers and other project partners to identify and advocate for improvements to state and federal investment in water infrastructure in the Delaware River watershed for more green infrastructure and improved equity focusing on the State Revolving Fund programs.
Leading on Affordable, Resilient Water Systems in the Great Lakes
Many small to medium-sized cities across the Great Lakes region are challenged with providing affordable water service for their residents. This project aims to assist those cities through the implementation of a virtual Water Affordability Academy, which highlights peer cities that have successfully managed water affordability challenges, thus demonstrating that water affordability is critical, reasonable, and achievable. Additionally, these workshops connect utility leaders with some of the country’s most respected utility innovators to help them identify, assess, and establish a path toward water affordability in their community. The Water Affordability Academy, in conjunction with direct technical assistance provided by the Water Center at Penn, supports city leaders and utilities by creating a pathway of clear, specific, and customized steps city leaders can take to address their water affordability challenges.
New York -Water Affordability Academy
The Water Center at Penn and Mayors Innovation Project will host and organize a New York-specific Water Affordability Academy. The Academy will provide city and utility leaders with the necessary foundation of water affordability-focused knowledge, as well as the tools and resources to get started on their path towards affordability.
Establishing a cohort of New York cities focused on identifying one impediment to keeping water affordable. This cohort will launch after the Academy, as a natural next step in the implementation process
Providing the necessary direct technical assistance to implement evidence-informed changes. This assistance will take place in parallel with the cohort
Reporting out on these successes far and wide
Philadelphia Green Stormwater Infrastructure Affordability
The City of Philadelphia adopted the innovative Green City Clean Waters (GCCW) plan in 2011 to address combined sewer overflows by creating 9000+ acres of Green Stormwater Infrastructure (GSI) to capture 85% of baseline annual wet weather flow into the sewer system.
Since 2011, additional positive impacts of GCCW include a significant number of new jobs, $60 million added to local economies, and the environmental, social and health benefits of green space. In addition, GSI was found to be more affordable for ratepayers and less energy intensive than gray infrastructure.
Despite these positive impacts, concern has arisen about how Philadelphia will continue to pay for GSI given challenges associated with GSI implementation, operation and maintenance and the impact of COVID 19 on ratepayers.
This project seeks to identify how the City can effectively support, incentivize and finance stormwater project implementation on private land while achieving a balance between stormwater rate revenue and stormwater credits to reach the GCCW implementation target by 2036.
Roadmap for a Delaware River Upgrade for Recreational Use in Philadelphia and Camden
The water quality in the Delaware River is considered suitable for swimming, except for a 27 mile stretch between Philadelphia, Camden, and Chester. This project will assemble and analyze existing data outlining current conditions and limiting factors to achieving a “swimmable” water quality, in coordination with key stakeholders including the Delaware River Basin Commission, Utilities, Environmental and Recreational Stakeholders, Regulatory Agencies, and others. The Water Center and its partners will evaluate expected results of planned investments with the goal of predicting when and where water quality could support swimming as those committed projects are implemented. The project will culminate in the development of a number of possible options for policymakers to consider for optimizing or accelerating improvements and improving access for communities along this urbanized stretch of the river.
Three Rivers Watershed Action Network and Leadership Incubator
Supporting generation of the necessary political will for integrated water resource management. Key strategies include expanding support beyond a small group of highly sophisticated stakeholders deeply engaged in current challenges along the Three Rivers Watershed, to engage the larger community – from the urban core to rural stakeholders and building, leveraging and expanding upon the many successful local initiatives already under way.
Water as the Universal Connector in West Philadelphia
Offerings students a unique opportunity to work in and with the historically under-resourced community of West Philadelphia to harness and synthesize arts, citizen science, and Science, Technology, Engineering, Mathematics (STEM) education. Students will engage in an extensive literature review, involving communication with university professors and local stakeholders to understand the urban and environmental history of the Cobbs Creek area. This effort will also create a constructive dialogue between the university and its surrounding community regarding environmental and economic justice. Through this project, The Water Center is working to enhance the overall ecosystem health of our shared neighborhood through a focus on water.
Creating a thoughtful, objective, straight-talking guide for local elected and appointed decision-makers in under-resourced urban communities. Guide will assist decision-makers in navigating the wide array of options and opportunities for technical assistance and funding resources available to managers, board members, and elected officials responsible for local stormwater management systems. Additionally, the guide will be structured to assist decision-makers in prioritizing and organizing their internal operations before pursuing specific financing opportunities.
Analysis of Pennsylvania State Revolving Fund Water Infrastructure Financing: The Lehigh River Watershed
Collectively, Pennsylvania’s drinking, storm and wastewater infrastructure is in poor condition. Municipal leaders face a significant backlog of infrastructure maintenance challenges as well as new challenges due to an increasing number of large storm events, which result in flooding and water quality impacts. Although financing for water infrastructure improvement at low interest rates is available through PENNVEST, the US Department of Agriculture’s Rural Development programs and the US Department of Housing and Urban Development community block grants, these funding sources largely go unused. The goal of this project is to gain clarity about whether and how available resources can better address Pennsylvania’s water sector infrastructure challenges by analyzing one watershed, the Lehigh River Watershed. The project team selected municipal water sector entities in a four county area of that watershed to understand whether there are existing policy hurdles to leveraging state revolving fund and other resources for financing much needed infrastructure improvements.
Accelerating Transformational Change in Pittsburgh’s Three Rivers
Provide an initial assessment of Pittsburgh’s State of its Waters and identify the priorities and drivers of the region’s leading water stakeholders. Identify the threats, opportunities, challenges and weaknesses of Pittsburgh’s critical water issues and create a roadmap for a collaborative multi-stakeholder strategic planning process that will improve the quality and access to water resources for all constituents across Pittsburgh’s three rivers.
Analysis of Strategic Alternatives for the Duquesne Water System
Providing support to the mayor and city council of Duquesne, PA in identifying and pursuing the steps necessary to ensure a safe, sustainable water distribution system for a financially distressed, shrinking industrial city with severe fiscal and demographic challenges. Identifying key technical, governance and financial challenges, as well as potential sources of financial and technical assistance.
Developing a Foundation for Affordable Water in Great Lakes Cities
Provide research, evaluation of existing affordability programs nationwide, technical assistance and policy guidance to the City of South Bend to develop an effective water affordability program for its residents
Drink Philly Tap
Support the development and implementation of the Drink Philly Tap project formed to empower residents of Philadelphia with information and knowledge to choose drinking tap water over bottled water.
Healthy Public Water Systems in the Great Lakes Basin
Understand the underlying issues that caused the water failures in Flint, Michigan and determine whether similar conditions exist in other small, post-industrial, and economically shrinking cities in the Great Lakes region of the US.
Integrated Water Management for Cities
Provide policy guidance and technical assistance on the principles of integrated water management (IWM) in three cities including in South Bend, Indiana, Toledo, Ohio, and Pittsburgh, Pennsylvania, with particular focus on how IWM can help create affordable access to water services.
Integrated Water Management (IWM) in the Lower Susquehanna Watershed
Investigate opportunities for system integration and program coordination and demonstrate new methods of using collaborative partnerships to manage water, equity and justice issues in the three largest cities of the Lower Susquehanna watershed – Harrisburg, York, and Lancaster, Pennsylvania.
Stormwater Utilities and Other Innovative Regional Financing Solutions for the Protection and Restoration of the Delaware River Watershed
Explore innovative regional financing solutions designed to encourage new stormwater utilities (and associated fees) and identify novel approaches for bringing new financial resources to bear in the protection and restoration of Delaware River waterways. Create a tool kit of financing options for water policy and program managers to draw from and examine the case for considering regional models in watershed management. Propose four innovative financial mechanisms that to date have only been gently probed, but are worthy of much deeper feasibility analysis.
The Challenges of Public Water Sector Utilities
Contribute to report for city Mayors on solutions to challenges faced by public water utilities with particular focus on privatization of water systems.
Transforming New Jersey’s Water Infrastructure: A Call to Action and Innovation
Produce a strategy document for the transformation of New Jersey’s Water Infrastructure, with the goal of opening a new dialogue with regional and national stakeholders on the costs, needs and approaches to solving New Jersey’s water infrastructure crisis.
Water Affordability and Equity Conference
Conference exploring innovative regional solutions designed to encourage new stormwater utilities and novel approaches for bringing new financial resources to bear in the protection and restoration of our waterways.
Framework & Tools for Quantifying Green Infrastructure Co-Benefits
The Water Center at Penn is helping to develop a comprehensive framework and supporting an Excel-based tool to help utilities quantify the financial, social, and environmental benefits of GI at the community level. The framework and tool will lead utilities through each step of the TBL analysis, from establishing a baseline, to identifying and valuing applicable benefits, to developing useful outputs and appropriately comparing benefits and costs