Industrial Waste Treatment Process Engineering: Biological Processes, Volume II

ISBN-13: 9781566767682 / Angielski / Twarda / 1999 / 207 str.

Gaetano J. Celenzo; Celenza Celenza

Opis

Industrial Waste Treatment Process Engineering is a step-by-step implementation manual in three volumes, detailing the selection and design of industrial liquid and solid waste treatment systems, including design principles applicable to municipal systems with significant industrial influents. It functions as a one-stop resource for process engineering requirements-from plant planning to implementing specific treatment technologies for unit operations and provides a comprehensive reference for industrial waste treatment technologies. Each chapter includes a simplified explanation of applicable theory, practical design discussions, system flowsheets, and worked problems based on industry cases.

Spis treści

Introduction, II-1. AERATION, Basic Concepts, Aeration Devices, Process Engineering Design, General Engineering Criteria, Case Study Number, References, II-2. AEROBIC BIOLOGICAL OXIDATION, General Biological Concepts, Factors Sustaining a Biological Reaction, Factors Affecting or Inhibiting a Biological Reaction, Process Variables to Control a Biological System, System Performance, Nitrification and Denitrication, Biological Processes, References, II-3. ACTIVATED SLUDGE SYSTEM, Basics Concepts, Activated Sludge Systems, Process Engineering Design, General Engineering Criteria, Case Study Number 10, Case Study Number 11, Case Study Number 12, Case Study Number 13, References, II-4. BIOLOGICAL OXIDATION: LAGOONS, Basic Concepts, Lagoon Process Evaluations, Process Engineering Design, General Engineering Criteria, Case Study Number 14, Case Study Number 15, References, II-5. BIOLOGICAL OXIDATION: FIXED-FILM PROCESSES, Basic Concepts, Fixed Film Systems, Process Engineering Design, General Engineering Criteria, Case Study Number, Case Study Number, References, II-6. AEROBIC DIGESTION, Basic Concepts, Aerobic Treatment Systems, Process Engineering Design, General Engineering Criteria, Case Study Number 18, References, II-7. ANAEROBIC WASTE TREATMENT—ANAEROBIC SLUDGE DIGESTION, Basic Concepts, Anaerobic Treatment Systems, Process Engineering Design, General Engineering Criteria, Case Study Number 19, Case Study Number 20, References, II-8. SEDIMENTATION, Basic Concepts, Clarification and Thickening Systems, Process Engineering Design, General Engineering Criteria, Case Study Number 21, Case Study Number 22, Case Study Number 23, References, Index

O autorze

Gaetano Joseph Celenza