Books by Keyword: Sewage Sludge

Books

Edited by: Dr. Juan Manuel Peralta-Hernández and Dr. Stanislav Kolisnychenko
Online since: February 2025
Description: This is the second book in a two-section series focused on materials and technologies for water and wastewater treatment. By highlighting cutting-edge advancements, this edition aims to combine scientific research and engineering practice in the biotreatment of water resources and wastewater. With its interdisciplinary approach, the book serves as a comprehensive resource for professionals and researchers seeking to develop efficient and eco-friendly methods for water purification and wastewater treatment.
Edited by: Vladimir Andronov, Yurii Otrosh and Prof. Abdelaaziz El Moussaouy
Online since: August 2023
Description: The special publication contains articles that reflect the last research results and engineering solutions for environmental protection, solar energy utilisation and fire protection and will be useful for specialists in mentioned engineering and technological areas.
Edited by: Ghassan H. Abdul Majid, Salah Albermany, Ahmed J. Obaid and Dr. Laith A. Alasady
Online since: October 2020
Description: This issue of the journal focuses on the advances in engineering science with special attention to the building materials and materials for environmental applications. The main topics include Constructional and Engineering Materials, Structure of materials characterization and testing, the Influence of An Infill, Environmental and Green Materials. The content in this issue provides a modern view of the aims in the development of environmentally friendly building materials and solving the problems associated with environmental safety and enhancement and the achievement of sustainable development also the current issue deals with a new research in green engineering.
Edited by: Guichun Liu and Xiuhua Peng
Online since: September 2013
Description: Volume is indexed by Thomson Reuters CPCI-S (WoS).
Collection of selected, peer reviewed papers from the 2013 International Conference on Environmental Biotechnology and Materials Engineering (EBME 2013), August 23-25, 2013, Tianjin, China.
The 90 papers are grouped as follows:
Chapter 1: Material Science and Chemical Environmental Technologies;
Chapter 2: Biomaterials and Biotechnology;
Chapter 3: Environmental Science and Engineering, Water Engineering and Management.
Edited by: Xiaochun Tang, Wei Zhong, Dachang Zhuang, Chunsheng Li and Yanyan Liu
Online since: February 2013
Description: The papers of this 4 volumes set on "Progress in Environmental Protection and Processing of Resource" are grouped as follows:
Chapter 1: Environmental Materials, Chemistry, Biology Technology and Progress;
Chapter 2: Environmental Safety and Health;
Chapter 3: Environmental Planning and Assessment; 
Chapter 4: Environmental Analysis, Modelling and Monitoring
Chapter 5: Environmental Restoration Engineering, Treatment and Removal Technologies and Processes;
Chapter 6: Environmental Pollution;
Chapter 7: Waste Disposal and Recycling;
Chapter 8: Hydrology and Water Resources, Management Applications;
Chapter 9: Sound, Noise and Vibration Control, Seismic Applications;
Chapter 10: Soil and Water Conservation and Desertification Control;
Chapter 11: Eco-Environmental Protection and Environmental Management;
Chapter 12: Plant Protection, Forest Cultivation and Conservation;
Chapter 13: Geographic Information and Remote Sensing Science;
Chapter 14: Land Resources Environment, Urban Planning and Applications;
Chapter 15: Mineral Prospecting and Geological Exploration;
Chapter 16: Mining Engineering and Coal Mining;
Chapter 17: Mineral Process Engineering;
Chapter 18: Oil and Gas Well Development Projects, Methan Fields Applications.
Authors: J. Staudenmann, A. Schönborn, C. Etnier
Online since: July 1996
Description: This book focuses on treatment approaches that include a recycling loop for the water, nutrients, energy, and other resources in wastewater. The preliminary indications are that decentralized, re-circulating systems for wastewater treatment can be significantly cheaper than the building and maintaining of conventional systems.
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