Assessing Seawater Intake Systems for Desalination Plants

Abstract

Developed a user-friendly technical report summarizing current state-of-the-science on seawater desalination intake structures and methods, relative costs of these methods, and potential environmental impacts and benefits associated with different intake approaches. Published in 2011.

Originally funded as WERF project Desal-06-10g

As of August 2023, the web tool has been discontinued.

Resources

Public Plus

Assessing Seawater Intake Systems for Desalination Plants

Report

#4080

01/20/2011

View Executive Summary

Related Projects

Recently

Project #1597

Extend the IRP Process to Include Water Reuse and Other Non-Traditional Waters

Completed

Integrated Resource Planning (IRP) is a planning approach that water resource agencies have been using with growing frequency as a way of evaluating and balancing their water supply...

View more details

Project #1587

An Economic Framework for Evaluation Benefits and Costs of Water Reuse

Completed

The financial costs of constructing and operating water reuse or desalination projects are often relatively high compared to the cost of using more traditional sources of water. Thus...

View more details

Project #4762

Methodology for Assigning Pathogen Removal Credits to Desalination Intake Wells

Completed

This project investigated whether subsurface intakes could serve as useful treatment tools in a multi-barrier treatment regime to improve water quality, while reducing reliance on more expensive or...

View more details

Project #5256

Regionalized or Integrated Solutions for Brine Management and Recovery

In Progress

Utilities and industries are seeking implementable One Water solutions for brine management. Brine streams from water reuse, industrial wastewater, produced water, and groundwater desalination processes have long presented...

View more details

Project #5207

Establishing a Framework for Integrating Stormwater Capture into Water Supply Planning

In Progress

Stormwater is an increasingly important water resource and potential new water supply. It is estimated that systematic stormwater capture and use (SCU) could meet more than half of...

View more details

Project #5250

Approaches to Build Strong Partnerships and Solidify Successful Interagency Reuse Projects

In Progress

Water reuse provides communities a wide array of “Triple Bottom Line” benefits including improved water quality, a climate-resilient water supply, enhanced recreational opportunities, increased agricultural production, and expanded...

View more details

Diversifying Water Portfolios through Stormwater Capture and Use: Contributing to a Water Resilient Future

Assessing Seawater Intake Systems for Desalination Plants

Abstract

Resources

Assessing Seawater Intake Systems for Desalination Plants

Extend the IRP Process to Include Water Reuse and Other Non-Traditional Waters

An Economic Framework for Evaluation Benefits and Costs of Water Reuse

Methodology for Assigning Pathogen Removal Credits to Desalination Intake Wells

Regionalized or Integrated Solutions for Brine Management and Recovery

Establishing a Framework for Integrating Stormwater Capture into Water Supply Planning

Approaches to Build Strong Partnerships and Solidify Successful Interagency Reuse Projects

Diversifying Water Portfolios through Stormwater Capture and Use: Contributing to a Water Resilient Future