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Edited By Michael F. Torpy
Description Describes several types of anaerobic treatment for municipal and industrial wastewaters.
Audience
Municipal solid waste (MSE) and material recovery facilities (MRFs).
Contents Advances in Anaerobic Biotechnology for Industrial Wastewater Treatment
Introduction
Cell Immobilization
Enhanced Specific Activity
Summary
Anaerobic Treatment of Pharmaceutical Fermentation Wastewater
Pharmaceutical Industry Waste Treatment
Abbott Wastewater
Treatment Experience
Anaerobic System Evaluation
Full Scale Implementation
Anaerobic Treatment of Pulp and Paper Wastewaters
Introduction
Suitability, Biodegradability and Toxicity of Pulp and Paper Wastewaters
Process Selection and Design
Research Issues in the Pulp
and Paper Industry
Anaerobic Wastewater Treatment of a Fuel Ethanol Facility
Introduction
South Point Ethanol
The Wastewater
The Pilot Study
Wastewater Treatment Plant Design
Start-Up and Operation
Treatment Cost
Conclusions
Microbiological Aspects of
Anaerobic Digestion
Introduction
Microbial Interactions
Monitoring and Process Control
Effective Biomass Measurement
Biomass
Activity Measurements
Anaerobic Biofilm Formation
Sludge Granulation
Micronutrient Effects
Biomass Characterization
Conclusion
Reactor Design Considerations and Experiences with Various Wastewaters
Introduction
The UASB Reactor
Project Descriptions
Anaerobic
Marketing - Three Cases in Point
Case 1
Case 2
Case 3
Problems in the Marketing of Anaerobic Systems
Monsanto Perspective on
Anaerobic Treatability of Industrial Wastes
Introduction
Anaerobic Screening Technique
Monsanto Anaerobic Treatability Case Studies
Summary and Lessons Learned
Industrial-Scale Anaerobic Treatment of Yeast Fermentation Wastewater
Introduction
The Biothane System
Treatment of Bakers Yeast Wastewater
System Performance Overview
Daily System Performance
Discussion and Summary
Anaerobic Sequencing
Batch Reactor Treatment of Coal Conversion Wastewaters
Anaerobic Sequencing Batch Reactors
Serum Bottle Studies
Acclimation Studies
4-L AnSBR Studies
Potential for Anaerobic Treatment of High Sulfur Wastewater in a Unique Upflow-Fixed-Film Suspended Growth Reactor
Undesirable Effects of H2S
Sulfide Toxicity
Present Day Solution (Sulfide Toxicity)
Gas Laws
Alternative Solutions
Advantage
of High Recycle Rate
The Hiperion Process: An Advanced Method of Hydrogen Sulfide Removal from Biogas
Dorr-Oliver's Experience with Anaerobic
Treatment of Industrial Wastewaters
Anitron Process Description
Mars Process Description
Hyan Process Treats High Strength Wastewater
and Generates Usable Energy
The Problem
Innovative Technology
Full Scale Application
Operating Results
Investment Payback
Widespread Applicability
Biosulfix: An Anaerobic Treatment Process for High Sulfate Wastestreams and Sludges
Background Information
Recovery of Sulfur from FGD and Municipal Sewage Sludges and Wastewater
Sulfate Containing Waste from Specialty Chemical Manufacturing
Summary
The Celrobic Process - Performance Stability
Introduction
Biomass Control Development
Commercial Experience
Anaerobic
Treatment of Industrial Wastes
Testing Program
Results
Concluding Remarks
Bibliographic & ordering Information Hardbound, 134 pages, publication date: DEC-1988
ISBN-13: 978-0-8155-1165-6
ISBN-10: 0-8155-1165-5
Imprint: WILLIAM ANDREW Price:Order form EUR 38.95 USD 45.95 GBP 25.99
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