The discharge of industrial effluents into the water environment is becoming increasingly difficult because of environmental pollution considerations and the need to preserve water quality. Many industrial effluents are not suitable for biological treatment because of the presence of intractable org
Dynamic membrane ultrafiltration and hyperfiltration for the treatment of industrial effluents for water reuse
β Scribed by G.R. Groves; C.A. Buckley; J.M. Cox; A. Kirk; C.D. Macmillan; M.J. Simpson
- Publisher
- Elsevier Science
- Year
- 1983
- Tongue
- English
- Weight
- 350 KB
- Volume
- 47
- Category
- Article
- ISSN
- 0011-9164
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β¦ Synopsis
The treatment of high strength, highly fouling or hot industrial effluents by conventional membrane technology is problematic. Dynamic membranes are very versatile and have the major advantage of being replaceable in situ. Several research and development applications for the treatment of polymer manufacturing, dyeing and printing and wool scouring effluents are discussed. ZUSAMMENFASSUNG Die Behandlung von hochkonzentrierten, stark verschmutrenden oder heissen Industrieabwassern mit konventioneller Membrantechnologie ist problematisch. Dynamische Membrane sind sehr vielseitig und haben den grossen Vorteil an Ort und Stelle ersetzbar zu sein. Mehrere Forschungs-und Entwicklungs-anwendungen fur die Behandlung von Abwassern aus der Farberei und Druckerei, Wollespulung und Polymerherstellung werden diskutiert.
π SIMILAR VOLUMES
## Abstract Complex aqueous suspensions containing a nonionic surfactant, phosphates, silicate, hypochlorite, oil, and kaolinite particulates are subjected to continuous flow membrane ultrafiltration with noncellulosic membranes. The ultrafiltrate water flux and the rejections by the Millipore PSAL