International conference on the use of constructed wetlands in water pollution control : Papers.
First Statement of Responsibility
P F Cooper
.PUBLICATION, DISTRIBUTION, ETC
Place of Publication, Distribution, etc.
Oxford
Name of Publisher, Distributor, etc.
Pergamon
Date of Publication, Distribution, etc.
1990
SERIES
Series Title
Advances in water pollution control
CONTENTS NOTE
Text of Note
Section headings and selected papers: Foreword. Principles. The need for hydrophyte-based systems in the treatment of wastewater from small communities, N R Lowe. Chemical and microbiological processes in gravel-bed hydroponic (GBH) systems for sewage treatment, E May et al . Nitrogen and Phosphorus Removal. Use of aeration to promote nitrification in reed beds treating wastewater, T H Davies & B T Hart.;A total evaporative constructed wetland treatment system, R Kadlec et al . Case Histories and Performance - Sewage Treatment. Domestic wastewater treatment with emergent hydrophyte beds in France, A Lienard et al . Reed bed treatment systems in Anglian Water, C Coombes. Sludge Treatment. Use of phragmites in sewage sludge treatment, K Hofman. Case Histories. Performance data of a wastewater and sludge treatment plant derived from the root zone method set against the background of detention times, U Pauly. Agricultural Waste Treatment. The use of reed beds for the treatment of agricultural effluents, K R Gray et al . Treatment For Small Populations. Artificial wetlands for treating wastewaters from single households and small communities, D S Mitchell et al . Industrial Waste Treatment. Constructed wetlands for wastewater treatment at Amoco Oil Company's Mandan, North Dakota, Refinery, D K Litchfield. Mining Waste Treatment. Iron and manganese fractionation in constructed wetlands receiving acid mine drainage, S P Faulkner & C J Richa;dson. Design Guidelines. Treatment of domestic sewage in emergent helophyte beds, German experiences and ATV-Guidelines H262, K Bucksteeg. Posters. Keyword Index. 700 lit. refs. approx., 350 illus. approx.