Burke, M. and Chapwanya, M. and Doherty, K. and Hewitt, I. and Korobeinikov, A. and Meere, M. and McCarty, S. and O'Brien, M. and Tuoi, V.T.N. and Winstanley, H. (2009) Improvement of Energy Efficiency for Wastewater Treatment. [Study Group Report]
|
PDF
941kB |
Abstract
Wastewater treatment requires the elimination of pathogens and reduction of organic matter in the treated sludge to acceptable levels. One process used to achieve this is Autothermal Thermophylic Aerobic Digestion (ATAD), which relies on promoting non-pathogenic thermophilic bacteria to digest organic matter and kill pathogens through metabolic heat generation. This process requires continuous aeration that may be energy consuming, and the final aim of the study is to identify how the process design can minimize the energy input per mass of treated sludge. Appropriate modeling of the reactor process is an essential ingredient, so we explore properties of an existing model and propose a simplified alternative model.
Item Type: | Study Group Report |
---|---|
Problem Sectors: | Environment Energy and utilities |
Study Groups: | European Study Group with Industry > ESGI 70 (Limerick, Ireland, Jun 28-Jul 3, 2009) |
ID Code: | 394 |
Deposited By: | Dr Kamel Bentahar |
Deposited On: | 28 Nov 2011 15:50 |
Last Modified: | 29 May 2015 20:01 |
Repository Staff Only: item control page