The Industrial Wastewater Systems HandbookFrom explanations of laws and regulations to hands-on design and operation-the Handbook has it covered! |
From inside the book
Results 1-5 of 86
Page
... Dynamic Response Economic Evaluation of Equipment .. .173 .174 Fluid Mixing Systems Dimensional Analysis ..174 The Navier - Stokes Equation .175 Other Dimensionless Relationships .... Chapter 5 Equalization and Storage Systems.
... Dynamic Response Economic Evaluation of Equipment .. .173 .174 Fluid Mixing Systems Dimensional Analysis ..174 The Navier - Stokes Equation .175 Other Dimensionless Relationships .... Chapter 5 Equalization and Storage Systems.
Page
... Fluid Velocity Flow Patterns in Mixed Vessels .......... ..180 .... 181 Velocity and Pumping .......... ..... 181 ... Fluids ... .193 Design Considerations .......... ..194 Designing Mixers for the Desired Process Response ..195 Problem ...
... Fluid Velocity Flow Patterns in Mixed Vessels .......... ..180 .... 181 Velocity and Pumping .......... ..... 181 ... Fluids ... .193 Design Considerations .......... ..194 Designing Mixers for the Desired Process Response ..195 Problem ...
Page
... Fluid Bed Granular Activated Carbon ........... Land Applications Chapter 9 VOCs in Wastewater Introduction .................. .......... 301 Industry Descriptions ......... ... 310 The Organic Chemicals , Plastics , and Synthetic ...
... Fluid Bed Granular Activated Carbon ........... Land Applications Chapter 9 VOCs in Wastewater Introduction .................. .......... 301 Industry Descriptions ......... ... 310 The Organic Chemicals , Plastics , and Synthetic ...
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Contents
PrologueWhat is Water? | 1 |
U S Laws and Regulations | 25 |
Residual Management Statutes 8 | 25 |
Occupational Health and Safety Act OSHA | 60 |
ISO 14000 | 69 |
Introduction | 75 |
Statistical Analysis | 81 |
Process Wastewaters | 87 |
Ion Exchange | 243 |
Biological Reactors | 249 |
Facultative Treatment | 256 |
Aeration Systems Design | 277 |
References | 298 |
Industry Descriptions | 310 |
Volatile Organic Compound Emission Control Techniques | 322 |
References | 343 |
Process Sewer System Design and Analysis | 103 |
References | 109 |
Physical Processes | 121 |
Presses and Filters for Sludge Dewatering | 139 |
Stripping | 154 |
Membrane Separation | 160 |
Mixing | 168 |
Designing Mixers for the Desired Process Response | 195 |
Mixing Systems for Suspension of Solids in Liquids | 201 |
Chemical Treatment Processes | 237 |
Other editions - View all
The Industrial Wastewater Systems Handbook Ralph L. Stephenson,James B. Blackburn, Jr. Limited preview - 2018 |
The Industrial Wastewater Systems Handbook Ralph L. Stephenson,James B. Blackburn, Jr. Limited preview - 2018 |
Common terms and phrases
Acid activated carbon activated sludge aeration agencies analysis application basin biodegradation butterfly valve calculated carbon chemical clarifier Clean Water Act coefficient concentration contain determine device diameter dimensionless effluent Engineers environmental equation equipment facilities factors federal Figure filter flow rate fluid hazardous waste heat Hp rpm hydraulic impact impeller incinerator industrial wastewater influent liquid mass transfer material measurement membrane meter mg/l nitrogen operating organic compounds oxidation oxygen particles permit program pesticide pipe plant pressure produce pump ratio reactor regulations regulatory removal Reverse Osmosis Reynolds number scale seal Section sewer shaft signal specific speed spent caustic stormwater substances surface suspended solids TABLE tank temperature toxic treatment system tube turbine agitators unit usually valve vapor velocity vessel viscosity volatile organic compounds volume wastewater streams wastewater treatment water quality standards wet air oxidation wetlands zero discharge