Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Promoting constructed wetland technology for wastewater treatment in eastern Ukraine
Studies on sewage water treatment from small communities was carried out on the pilotconstructed wetland (CW) system was built in the Kharkiv Oblast (Eastern Ukraine) in theframe of the Joint European Project INCO-COPERNICUS. This CW system consisted of amechanical treatment unit and constructed wetland, including two horizontal flow systems(HFS) and one free water system (FWS). During the investigation the treatment efficiency ofeach unit and the whole CW system was identified. The obtained results was shown hightreatment efficiency for domestic sewage water during both warm and cold seasons. The ratecoefficients for self-purification indicators and destruction of main pollutants, like SS, BODS,COD, NH4, PO4 was defined by processing data of field experiments. The CW operationmanual has been developed too. This research was fundamental for building of nine CWsystems for the treatment of domestic sewage water as well as tertiary treatment of industrialsewage water in various climatic zones of Ukraine. In 2003 Nat. Acad. of MunicipalEconomy and Ukrainian Centre of Phytotechnology developed and submitted the NationalProgramme for Promotion of Constructed Wetland Systems for Wastewater Treatment. ; Studies on sewage water treatment from small communities was carried out on the pilotconstructed wetland (CW) system was built in the Kharkiv Oblast (Eastern Ukraine) in theframe of the Joint European Project INCO-COPERNICUS. This CW system consisted of amechanical treatment unit and constructed wetland, including two horizontal flow systems(HFS) and one free water system (FWS). During the investigation the treatment efficiency ofeach unit and the whole CW system was identified. The obtained results was shown hightreatment efficiency for domestic sewage water during both warm and cold seasons. The ratecoefficients for self-purification indicators and destruction of main pollutants, like SS, BODS,COD, NH4, PO4 was defined by processing data of field experiments. The CW operationmanual has been developed too. This research ...
Promoting constructed wetland technology for wastewater treatment in eastern Ukraine
Studies on sewage water treatment from small communities was carried out on the pilotconstructed wetland (CW) system was built in the Kharkiv Oblast (Eastern Ukraine) in theframe of the Joint European Project INCO-COPERNICUS. This CW system consisted of amechanical treatment unit and constructed wetland, including two horizontal flow systems(HFS) and one free water system (FWS). During the investigation the treatment efficiency ofeach unit and the whole CW system was identified. The obtained results was shown hightreatment efficiency for domestic sewage water during both warm and cold seasons. The ratecoefficients for self-purification indicators and destruction of main pollutants, like SS, BODS,COD, NH4, PO4 was defined by processing data of field experiments. The CW operationmanual has been developed too. This research was fundamental for building of nine CWsystems for the treatment of domestic sewage water as well as tertiary treatment of industrialsewage water in various climatic zones of Ukraine. In 2003 Nat. Acad. of MunicipalEconomy and Ukrainian Centre of Phytotechnology developed and submitted the NationalProgramme for Promotion of Constructed Wetland Systems for Wastewater Treatment. ; Studies on sewage water treatment from small communities was carried out on the pilotconstructed wetland (CW) system was built in the Kharkiv Oblast (Eastern Ukraine) in theframe of the Joint European Project INCO-COPERNICUS. This CW system consisted of amechanical treatment unit and constructed wetland, including two horizontal flow systems(HFS) and one free water system (FWS). During the investigation the treatment efficiency ofeach unit and the whole CW system was identified. The obtained results was shown hightreatment efficiency for domestic sewage water during both warm and cold seasons. The ratecoefficients for self-purification indicators and destruction of main pollutants, like SS, BODS,COD, NH4, PO4 was defined by processing data of field experiments. The CW operationmanual has been developed too. This research ...
Promoting constructed wetland technology for wastewater treatment in eastern Ukraine
Ishchenko , Andriy (Autor:in)
25.09.2019
Linnaeus Eco-Tech; 2005: Proceedings on Kalmar ECO-TECH'05: Waste to energy, bioremediation and leachate treatment; 221 ; 2002-8008 ; 10.15626/Eco-Tech.2005
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
DDC:
690
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