Journal ArticleAir-sparged hydrocyclone (ASH) flotation is a high capacity flotation technology originally developed in the Department of Metallurgical Engineering at the University of Utah for processing mineral resources. However, the technology has been found to be useful in industrial waste processing, recycling for the recovery of secondary resources, and in remediation of environmental disasters. For example, areas in which the ASH technology has demonstrated potential include: cleaning of waste coal fuels, air stripping to remove volatile organics from drinking and process water, water disinfection by ozone or chlorine sparging, dispersed oil removal from water, and contaminated soil remediation
Journal ArticleThe interactions of air bubbles and oil droplets in centrifugal flotation have been c...
The development and application of advanced water purification technology is crucial to guarantee a ...
Purpose: of this paper is to investigate the reusability of contaminated waste lubricant oil as flam...
Journal ArticleThe air-sparged hydrocyclone (ASH) technology offers the unique opportunity to achiev...
Journal ArticleA new high-efficiency technology has been developed for flotation deinking of various...
Journal ArticleAn air-sparged hydrocyclone (ASH) mobile system was evaluated for continuous strippin...
Master's thesis in Environmental TechnologyProduced water quality has become an increasingly large a...
Journal ArticlePreliminary results are reported regarding the design and development of a pilot scal...
thesisThe recovery of bitumen from tar sand tailings is an important problem that must be solved in ...
This article presents the results of pilot-scale studies of ash and sulfur removal from a Turkish co...
Journal ArticleIn recent years the potential of air-sparged hydrocyclone (ASH) flotation for fine co...
Bibliography: pages 173-185.The Air-Sparged Hydrocyclone (ASH) is a high capacity flotation device w...
Koczka / Péter Mizsey Received 2009-04-11, accepted 2009-06-23 The protection of our environment is ...
Excess natural gas produced in oilfields and emitted from landfills is predominantly flared or vente...
Excess natural gas produced in oilfields and emitted from landfills is predominantly flared or vente...
Journal ArticleThe interactions of air bubbles and oil droplets in centrifugal flotation have been c...
The development and application of advanced water purification technology is crucial to guarantee a ...
Purpose: of this paper is to investigate the reusability of contaminated waste lubricant oil as flam...
Journal ArticleThe air-sparged hydrocyclone (ASH) technology offers the unique opportunity to achiev...
Journal ArticleA new high-efficiency technology has been developed for flotation deinking of various...
Journal ArticleAn air-sparged hydrocyclone (ASH) mobile system was evaluated for continuous strippin...
Master's thesis in Environmental TechnologyProduced water quality has become an increasingly large a...
Journal ArticlePreliminary results are reported regarding the design and development of a pilot scal...
thesisThe recovery of bitumen from tar sand tailings is an important problem that must be solved in ...
This article presents the results of pilot-scale studies of ash and sulfur removal from a Turkish co...
Journal ArticleIn recent years the potential of air-sparged hydrocyclone (ASH) flotation for fine co...
Bibliography: pages 173-185.The Air-Sparged Hydrocyclone (ASH) is a high capacity flotation device w...
Koczka / Péter Mizsey Received 2009-04-11, accepted 2009-06-23 The protection of our environment is ...
Excess natural gas produced in oilfields and emitted from landfills is predominantly flared or vente...
Excess natural gas produced in oilfields and emitted from landfills is predominantly flared or vente...
Journal ArticleThe interactions of air bubbles and oil droplets in centrifugal flotation have been c...
The development and application of advanced water purification technology is crucial to guarantee a ...
Purpose: of this paper is to investigate the reusability of contaminated waste lubricant oil as flam...