Industrial and Municipal Wastewater Treatment with a Focus on Water-Reuse

Edited by
January 2023
256 pages
  • ISBN978-3-0365-6256-8 (Hardback)
  • ISBN978-3-0365-6255-1 (PDF)

This book is a reprint of the Special Issue Industrial and Municipal Wastewater Treatment with a Focus on Water-Reuse that was published in

Biology & Life Sciences
Chemistry & Materials Science
Environmental & Earth Sciences
Public Health & Healthcare

Population growth and climate change are leading to global water scarcity. Water shortages are thus hindering rural, urban and industrial development. These days, approximately half of the world’s population is affected temporarily by water scarcity. To enable a secure water supply, alternative water sources must be generated to tackle the challenge of water scarcity. An important alternative resource is the reuse of treated wastewater. Water reuse processes are rarely considered and implemented. In contrast to the storage and use of rainwater, treated wastewater is a valuable resource, as it is available daily. Certain wastewater treatment processes are required to produce the new resource “reused water”. The treatment processes depend on the quality of the wastewater since industrial and municipal wastewater flows are characterized by different concentrations. Moreover, water reuse methods must be developed in order to use the treated wastewater as efficiently as possible. Ideally, the reused water can be provided according to the "fit for purpose" principle and applied directly in areas such as irrigation, street cleaning, toilet flushing or make-up water for cooling systems.The Special Issue brings together new wastewater treatment technologies and water reuse concepts to tackle the challenges of climate change with the aim of bringing the resource “reused water” according to the “fit for purpose” principle to the user. This issue aims to draw on global experiences, approaches and solutions.

  • Hardback
License and Copyright
© 2022 by the authors; CC BY-NC-ND license
municipal wastewater treatment plants; wastewater treatment systems; wastewater reuse; balanced scorecard; developing countries; Mexico; wastewater survey; phosphorus removal; phosphorus recovery; sludge stabilization; sludge disposal; sludge quality; sludge production; photolysis; catalysis; degradation; pesticides; UV; wastewater; agricultural wastewater; ozonation; granular activated carbon; CALUX reporter gene bioassays; effect-based trigger value; urban wastewater; carbon footprint; catering; climate change mitigation; cooking; energy efficiency; greenhouse gas emissions; hospitality; life cycle assessment; meal preparation; wastewater reuse; produced water treatment; produced water characterization; Qatar; wool dyeing wastewater; electrooxidation; boron-doped diamond; ecotoxicity; Daphnia magna; salts recovery; wastewater reuse; cost–benefit analysis; industrial water reuse; environmental benefit; irrigation; CuO nanoparticles; green synthesis; Punica granatum L.; biosorption; methyl green; evaluation; infiltration models; model efficiency; treated wastewater; Willmott’s index agreement; wastewater treatment; spatial planning; water-reuse concepts; carbamazepine; adsorption; clay minerals; organoclays; advanced oxidation processes; photocatalysis; water reuse; ceramic membranes; industrial wastewater; intermittent aerator; water reclamation; MBR; casual loop diagrams; livestock fodder production; scenario analysis; semistructured interviews; waste stabilisation ponds

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