The Hybridice HIF Filter in Freeze Desalination of Mine Waters: An Overview of Operation, Process Analysis and Research Needs

6 Pages Posted: 23 Dec 2012 Last revised: 16 Jan 2013

See all articles by Adeniyi A.

Adeniyi A.

Tshwane University of Technology -Department of Chemical and Metallurgy Engineering

R.K.K. Mbaya

Tshwane University of Technology -Department of Chemical and Metallurgy Engineering

J. Maree

Tshwane University of Technology - Department of Environmental, Water and Earth Sciences

A.P.I. Popoola

Tshwane University of Technology -Department of Chemical and Metallurgy Engineering

F.S. Oosthuizen

Aqua-Simon UG

Date Written: December 23, 2012

Abstract

Mine waste water is a serious pollution problem globally in which its treatment and disposal are being researched on. The HybridICE freeze crystallization process is a viable solution to freeze desalination of mine waters. The paper thus presented an overview of the hybridICE HIF filter which is a significant unit operation in the HybridICE Freeze Crystallization process. The filter separates the ice from the slurry. The performance of the filter directly impacts the yield of the whole process and the purity of the recovered ice. The ice faction in the liquid ice slurry feed into the filter must be high for a high yield of ice in the filter. The purity of the ice recovered from the filter must be high. Major process parameters that affect ice fraction will be investigated for optimum ice fraction. The performance of the filter will be evaluated and process parameters will be optimized to improve its performance. The possible optimum dimension of the filter and the filter medium will be specified.

Keywords: HybridICE HIF filter, mine water, operation, process analysis, research needs

Suggested Citation

A., Adeniyi and Mbaya, R.K.K. and Maree, J. and Popoola, A.P.I. and Oosthuizen, F.S., The Hybridice HIF Filter in Freeze Desalination of Mine Waters: An Overview of Operation, Process Analysis and Research Needs (December 23, 2012). OIDA International Journal of Sustainable Development, Vol. 05, No. 08, pp. 77-82, 2012, Available at SSRN: https://ssrn.com/abstract=2193318

Adeniyi A. (Contact Author)

Tshwane University of Technology -Department of Chemical and Metallurgy Engineering ( email )

Staatsartillerie Rd
Philip Nel Park
Pretoria, 0183
South Africa

R.K.K. Mbaya

Tshwane University of Technology -Department of Chemical and Metallurgy Engineering ( email )

Staatsartillerie Rd
Philip Nel Park
Pretoria, 0183
South Africa

J. Maree

Tshwane University of Technology - Department of Environmental, Water and Earth Sciences ( email )

Staatsartillerie Rd
Philip Nel Park
Pretoria, 0183
South Africa

A.P.I. Popoola

Tshwane University of Technology -Department of Chemical and Metallurgy Engineering ( email )

Staatsartillerie Rd
Philip Nel Park
Pretoria, 0183
South Africa

F.S. Oosthuizen

Aqua-Simon UG ( email )

B├Ąckerweg 159
Eggebek, DE-24852
Germany

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