Comparison of Alternative Methods for Recharge of a Deep Aquifer

Abstract

Determines the feasibility of two different methods of surface/near surface recharge for an aquifer system where depth of the water table is over 350 feet and suitable storage volume is available. Tailored Collaboration partner: El Paso Water Utilities. Published in 2003.

Resources

Subscriber

Comparison of Alternative Methods for Recharge of a Deep Aquifer

Report

#90962F

06/01/2003

View Executive Summary

Subscriber

Comparison of Alternative Methods for Recharge of a Deep Aquifer

Publication

06/01/2003

Related Projects

Recently

Project #4956

Addressing Impediments and Incentives for Agricultural Reuse

Completed

Agricultural water reuse has the potential to increase resilience of water and agricultural systems through benefits such as irrigation enhancement, nutrient management, water supply diversification, and compliance with...

View more details

Project #5051

Geochemical Considerations for Managed Aquifer Recharge Implementation in Potable Reuse

Completed

Managed aquifer recharge (MAR) entails recharging water into an aquifer for future recovery or for environmental benefits, including restoring water levels in an overdrawn aquifer, preventing saltwater intrusion...

View more details

Project #4600

Soil Aquifer Treatment Characterization with Soil Columns for Groundwater Recharge in the San Fernando Valley

Completed

In June 2014, the California Division of Drinking Water adopted the Groundwater Replenishment Recharge Regulations, allowing for spreading of recycled water treated to Title 22 standards supplemented by...

View more details

Project #5281

NSF Convergence Accelerator Track K: Advancing Equitable and Circular Water Solutions Through Source Separation

In Progress

Water exists in many forms in our communities as drinking water, sewage, stormwater, groundwater, lakes, and rivers. This water is managed to reduce pollution or flooding and to...

View more details

Project #5264

Saltwater Threats to Drinking Water: Evaluating Risks of Corrosion and Disinfection Byproducts

In Progress

Freshwater salinization was originally thought to be a problem limited to arid areas, but it is now acknowledged as a worldwide environmental issue affecting both arid and humid...

View more details

Project #5265

Evaluating Changes in Peak Water Demand and How That May Affect the Choice, Design, Management, and Evaluation of Demand Management Strategies

In Progress

Water efficiency and conservation programs, policies, and regulations have been utilized to reduce peak demand, which can significantly decrease infrastructure and operating expenses for water utilities. This research...

View more details

Demonstrating the Effectiveness of Flushing for Reducing the Levels of Legionella in Service Lines and Premise Plumbing

Comparison of Alternative Methods for Recharge of a Deep Aquifer

Abstract

Resources

Comparison of Alternative Methods for Recharge of a Deep Aquifer

Comparison of Alternative Methods for Recharge of a Deep Aquifer

Addressing Impediments and Incentives for Agricultural Reuse

Geochemical Considerations for Managed Aquifer Recharge Implementation in Potable Reuse

Soil Aquifer Treatment Characterization with Soil Columns for Groundwater Recharge in the San Fernando Valley

NSF Convergence Accelerator Track K: Advancing Equitable and Circular Water Solutions Through Source Separation

Saltwater Threats to Drinking Water: Evaluating Risks of Corrosion and Disinfection Byproducts

Evaluating Changes in Peak Water Demand and How That May Affect the Choice, Design, Management, and Evaluation of Demand Management Strategies

Demonstrating the Effectiveness of Flushing for Reducing the Levels of Legionella in Service Lines and Premise Plumbing