Details

Subject(s)

• Water treatment plants—Information technology [Browse]
• Sewage disposal plants—Information technology [Browse]
• Water treatment plants—Information technology—Case studies [Browse]
• Sewage disposal plants—Information technology—Case studies [Browse]

Editor

• Langridge, Marianne [Browse]

Related name

• Water Environment Federation. Information Technology in Water and Wastewater Utilities Task Force [Browse]

Series

Manual of practice ; no. 33. [More in this series]

Notes

Description based upon print version of record.

Contents

• Intro
• Title Page
• Copyright
• Contents
• List Of Figures
• List Of Tables
• Preface
• Chapter 1. Introduction
• 1.0. Evolution Of Information Technology
• 2.0. Intent And Target Audience
• 3.0. Utility Structure And Information Technology
• 4.0. Opportunities
• 5.0. References
• 6.0. Suggested Readings
• Chapter 2. Where Is The Value? Understanding The Business Context For Information Technology
• 1.0. Summary Of Key Things To Know
• 2.0. Business Context
• 2.1. Customer Service
• 2.2. Accessing Information
• 2.3. Resilience
• 2.4. Governmental Incentives And Requirements
• 2.5. Sustainability And Social Justice
• 2.6. Aging Workforce And Changing Demographics
• 2.7. Transparency
• 3.0. Overview Of Information Technology Systems For Utilities
• 4.0. Business Systems
• 4.1. Running The Utility Business
• 4.2. Managing And Paying Staff
• 4.3. Finance And Accounting
• 4.4. Customer Service
• 4.5. Managing Knowledge And Collaboration
• 5.0. Utility Management Systems
• 5.1. Metering
• 5.2. Maintenance And Asset Management
• 5.2.1. Asset Management
• 5.2.2. Maintenance
• 5.2.3. Inventory Management
• 5.2.4. Job Cost Accounting
• 5.3. Compliance Monitoring And Reporting
• 5.4. Project And Program Management
• 5.5. Construction Management
• 6.0. Operations
• 6.1. Collecting Operational Data
• 6.2. Water Quality Testing
• 6.3. Operational Control
• 7.0. Planning And Decision Support
• 7.1. Planning
• 7.2. Modeling
• 7.2.1. Water Distribution Models
• 7.2.2. Hydrology And Hydraulics Models
• 7.2.3. Process Models
• 7.3. Deciding
• 8.0. References
• 9.0. Suggested Readings
• Chapter 3. The Importance Of Data
• 2.0. Why Data Matters
• 3.0. Data Quality
• 4.0. Data Sources
• 5.0. Data Collection
• 6.0. Integrating Data Sets
• 7.0. Data Governance
• 8.0. Potential For The Utility Of The Future
• 8.1. The Internet Of Things
• 8.2. Digital Twins
• 8.3. Artificial Intelligence
• 9.0. References
• 10.0. Suggested Readings
• Chapter 4. Planning And Implementing Information Technology Projects And Programs
• 2.0. Alignment With Utility Priorities
• 2.1. Relationship Between Information Technology And Utility Strategic Priorities
• 2.2. Do You Need An Information Technology Strategic Plan?
• 3.0. Steps To Understand Your Information Technology Needs
• 3.1. Identify And Convene Key Stakeholders
• 3.1.1. Executive Steering Team
• 3.1.2. Planning Team
• 3.2. Articulate Current Conditions
• 3.2.1. Business Process Modeling
• 3.2.2. Strengths, Weaknesses, Opportunities, And Threats Analysis
• 3.2.3. Perspective Gathering
• 3.3. Identify Desired State
• 3.4. Prioritize Needs And Opportunities
• 4.0. Document The Strategic Information Technology Plan
• 4.1. Business Context
• 4.1.1. Vision
• 4.1.2. Goals
• 4.1.3. Objectives.

Show 83 more Contents items

ISBN

• 157278427X
• 9781572784277 ((electronic bk.))

OCLC

1310331655

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