Wastewater Treatment Process Modeling, MOP 31, 2nd Edition
Wastewater Treatment Process Modeling, Second Edition, provides expert guidance to ensure that process models are developed, used, and documented correctly. This authoritative guide helps process engineers understand general modeling concepts and terminology and offers practical details on how to use process models for the design of small, medium, and large water resource recovery facilities. The manual describes each step of the modeling process, from the fundamental math required and overviews of existing models and when to use them, to modeling protocols and how to interpret data. • Presents an overview of existing models • Discusses various modeling tools, including common simulators • Reviews the math fundamentals required for modeling • Covers modeling and simulation fundamentals, including mass-balance models and linking unit processes • Describes numerous models in various process units, including suspended- and attached-growth, anaerobic digestion, and water chemistry
1139788209
Wastewater Treatment Process Modeling, MOP 31, 2nd Edition
Wastewater Treatment Process Modeling, Second Edition, provides expert guidance to ensure that process models are developed, used, and documented correctly. This authoritative guide helps process engineers understand general modeling concepts and terminology and offers practical details on how to use process models for the design of small, medium, and large water resource recovery facilities. The manual describes each step of the modeling process, from the fundamental math required and overviews of existing models and when to use them, to modeling protocols and how to interpret data. • Presents an overview of existing models • Discusses various modeling tools, including common simulators • Reviews the math fundamentals required for modeling • Covers modeling and simulation fundamentals, including mass-balance models and linking unit processes • Describes numerous models in various process units, including suspended- and attached-growth, anaerobic digestion, and water chemistry
169.99 In Stock
Wastewater Treatment Process Modeling, MOP 31, 2nd Edition

Wastewater Treatment Process Modeling, MOP 31, 2nd Edition

by Water Environment Federation
Wastewater Treatment Process Modeling, MOP 31, 2nd Edition

Wastewater Treatment Process Modeling, MOP 31, 2nd Edition

by Water Environment Federation

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$169.99 

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Overview

Wastewater Treatment Process Modeling, Second Edition, provides expert guidance to ensure that process models are developed, used, and documented correctly. This authoritative guide helps process engineers understand general modeling concepts and terminology and offers practical details on how to use process models for the design of small, medium, and large water resource recovery facilities. The manual describes each step of the modeling process, from the fundamental math required and overviews of existing models and when to use them, to modeling protocols and how to interpret data. • Presents an overview of existing models • Discusses various modeling tools, including common simulators • Reviews the math fundamentals required for modeling • Covers modeling and simulation fundamentals, including mass-balance models and linking unit processes • Describes numerous models in various process units, including suspended- and attached-growth, anaerobic digestion, and water chemistry

Product Details

ISBN-13: 9781572784628
Publisher: Water Environment Federation
Publication date: 02/17/2024
Sold by: INDEPENDENT PUB GROUP - EPUB - EBKS
Format: eBook
Pages: 388
File size: 33 MB
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About the Author

WEF publishes books and resources that are essential to helping water quality professionals enhance their skills, further their technical knowledge, and advance their careers. WEF publishes books and resources that are essential to helping water quality professionals enhance their skills, further their technical knowledge, and advance their careers.

Table of Contents

Chapter 1: A Brief History of Process Modeling Chapter 2: Modeling Fundamentals Chapter 3: Unit Process Model Descriptions Chapter 4: Process Modeling Tools Chapter 5: Protocols--Steps to Carry Out Modeling in a Systematic Way Chapter 6: Defining Objectives Chapter 7: Building a Plant Model Chapter 8: Using Models for Design Appendix A: Example Model Objective for Two Different Uses
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