Implementing a Prototype Energy and Water Quality Management System

Abstract

Quantifies the projected benefits of an Energy and Water Quality Management System (EWQMS) at a major water utility. Reports on designing, modeling, implementing, measuring results from, and documenting the Operations Planner and Scheduler (OPS) function modeled in previous EWQMS phases. Develops site-specific specifications of OPS software, with a requirement that the system could be operational within six months and yield positive return on investment within one year. Documents performance of OPS software following installation and start-up. Tailored Collaboration partner: Colorado Springs Utilities. Published in 2003.

Resources

Public Plus

Implementing a Prototype Energy and Water Quality Management System

Report

#90948F

11/07/2019

View Executive Summary

Related Projects

Recently

Project #299

Energy and Water Quality Management System

Completed

Based on a pilot project, provides a methodology and guidelines for evaluating various designs for energy management systems that will be part of a utility SCADA system. Determines...

View more details

Project #4971

Leveraging the Role of Pretreatment Programs in One Water Initiatives: Synthesis of Best Practices and Path Forward

Completed

To support the concept of One Water planning, utilities and municipalities are better integrating water resources and expanding on traditional pretreatment programs. These innovations can provide a meaningful...

View more details

Project #4843

Integrating Sewage Thermal Energy Use (STEU) and Other Emerging Water-Energy-Waste Technologies into Decentralized/Distributed Systems

Completed

The persistent challenges and threats posed by climate change, natural resource depletion, increased pollution, and growing economic inequality have led to a recognition: a sustainable future requires new...

View more details

Project #5189

Quantifying the Impact of Artificial Intelligence/Machine Learning-Based Approaches to Utility Performance

In Progress

The purpose of this project is to survey the water industry and identify the use cases for artificial intelligence (AI) and machine learning (ML), quantify their benefits, and...

View more details

Project #5220

Sewer Methane Methods for Everyone

In Progress

The overarching objective of Sewer Methane Methods for Everyone is to allow all entities to estimate their collection system (sewer) methane (CH4) using any of three (or possibly...

View more details

Project #5187

Beyond Net Zero: Advancing Interdependencies Between Utility Greenhouse Gas Emission Reductions and Water-Energy Nexus-Food Nexus

In Progress

The focus of this project is to develop a strategic framework and operational guidelines to support water resource recovery facilities (WRRFs) in making greenhouse gas (GHG)-related decisions to...

View more details

Transforming Aeration Energy in Water Resource Recovery Facilities (WRRFs) through Suboxic Nitrogen Removal - Part 3

Implementing a Prototype Energy and Water Quality Management System

Abstract

Resources

Implementing a Prototype Energy and Water Quality Management System

Energy and Water Quality Management System

Leveraging the Role of Pretreatment Programs in One Water Initiatives: Synthesis of Best Practices and Path Forward

Integrating Sewage Thermal Energy Use (STEU) and Other Emerging Water-Energy-Waste Technologies into Decentralized/Distributed Systems

Quantifying the Impact of Artificial Intelligence/Machine Learning-Based Approaches to Utility Performance

Sewer Methane Methods for Everyone

Beyond Net Zero: Advancing Interdependencies Between Utility Greenhouse Gas Emission Reductions and Water-Energy Nexus-Food Nexus

Transforming Aeration Energy in Water Resource Recovery Facilities (WRRFs) through Suboxic Nitrogen Removal - Part 3