Incentivizing Water-efficient Growth in Austin


Book Description

This report examines water impact fees as a financial tool for incentivizing water-efficient growth for the purpose of determining whether this strategy represents a cost-effective solution for the City of Austin. Currently, the City of Austin in the initial stages of developing its first long-range integrated water resource plan. As part of the planning process, the city will be projecting municipal demands and identifying future needs over a 100-year time horizon. To achieve the plan’s vision for a water resilient future, water conservation and demand-side management will play an integral part in the city’s holistic approach. Planning for the future, however, involves many uncertainties—future demand, population growth, drought conditions, etc. To tackle these complex issues, it is critical for the city to explore a diverse portfolio of options for reducing future water demands. Aside from more traditional policy mechanisms for promoting conservation, what additional strategies can the city pursue? To address this question, this report evaluates the potential for designing water impact fees to encourage water-efficient growth in new development. As part of this analysis, this report evaluates the political, legal, and financial feasibility of implementing conservation-based impact fee structures. To begin, the report provides an overview of Austin’s prior efforts to promote water conservation and how these accomplishments have positioned the city to develop its first IWRP. Next, the rules and procedures dictating how cities in Texas calculate impact fees as well as typical fee structures are discussed. The third section evaluates Austin’s current and projected water use patterns to help identify specific strategies the city can use to incentivize water efficiency in new development. A financial analysis of these strategies is then provided to illustrate how the city could implement a conservation-driven impact fee structure and what the cost-effectiveness of doing so would be. The report concludes by offering recommendations on how the City of Austin can incorporate this strategy into its comprehensive water management plan.










Residential Water Conservation in Austin, Texas


Book Description

This study explores the social, technological economic, and environmental development of single-family residential water conservation programs at the Austin Water Utility and asks: What makes a conservation program successful? I hypothesize that water conservation programs will be successful if both institutional-producer goals and citizen-consumer goals are satisfied. While the findings suggest that this may be partially true, it also has become clear that my original actor-network model was too simple to predict the various types of influences on program success. Not only did I find other significant 'actors' involved in water conservation, I also found that utility and participant groups themselves represent a wide variety of interests. This study seeks to answer the research question by creating a series of narratives that critically explore water infrastructure and water conservation programs in Austin, Texas. Through a methodological lens referred to as 'critical constructivism, ' I use mixed methods to analyze and interpret historic documents, interviews, and quantitative data as primary sources. Literature from Science and Technology Studies (STS) are used as secondary sources. This study will add to a body of knowledge that describes how and why we manage our environmental resources. The subject of conservation is especially relevant as urban growth continues with fewer affordable opportunities to increase regional water supplies. As we enter an era of expected water conflict, knowing how to conserve water effectively will help provide more opportunities for sharing a common resource amongst communities, industry, agriculture, and the environment.










Beyond the Energy–Water–Food Nexus


Book Description

Providing food, clean water and energy for a growing population is one of the greatest challenges facing public and private sector professionals. While there is widespread recognition of the complex feedback loops between energy, water and food, there has been less focus on viable solutions. This guide by Will Sarni – an internationally recognized thought leader on corporate water stewardship and water tech innovation – frames the key issues and challenges for business professionals, and then outlines emerging solutions which include both "soft path" and technology innovation approaches. The book includes case examples of multinational companies who are abandoning business as usual and moving beyond traditional thinking. It also highlights crucial new partnerships or "collective action initiatives" where NGOs, multinationals and the public sector come together to forge practical solutions to meet the needs of their stakeholders. Solutions to the energy–water–food nexus will need to be disruptive, not incremental, and will require technology innovation, new public–private partnerships, and changes in public policy. Beyond the Energy–Food–Water Nexus shows organizations how they can play their part in improving the quality of life for an urbanized global population while preserving the ecosystems that sustain us all.