Membrane module

1 - 4 of 4 results

Numerical simulation of the flow in a rotating disk filtration module The characterization of the flow inside an experimental flat membrane module with a smooth rotating disk was performed. The module consists of a disk rotating at speeds up to 3000 rpm inside a cylindrical housing equipped with a stationary circular flat membrane. The characterization was carried out Desalination 235 (2009)
CFD simulation of fluid flow through spacer-filled membrane module: selecting suitable cell types for periodic boundary conditions In this study, the appropriate cell type for periodic boundary conditions (PBC) in CFD analysis for spacerfilled membrane module design was validated by comparing the simulated values of pressure drop with that obtained by experiments. The pressure drop through spacer-filled channel depends on the g Desalination 233 (2008)
Optimization of membrane processes in white biotechnology White biotechnology for the production of fine chemicals will substitute some chemistry based on petrol and gas in the near future. A standard process for this technology is fermentation. The downstream treatment with membranes is an essential and cost-intensive part of the processing. For downstrea Desalination 224 (2008)
Assessing the feasibility of a vertical double submerged membrane modules system for wastewater reclamation under different conditions Nowadays, water is deteriorating for several reasons, such as an increase in wastewater that flows into rivers and the limitation of water resources. Therefore, we have concentrated our plans on securing water resources by reusing wastewater treatment effluent. In this study the reuse system was org Desalination 202 (2006)

Numerical simulation of the flow in a rotating disk filtration module

The characterization of the flow inside an experimental flat membrane module with a smooth rotating disk was performed. The module consists of a disk rotating at speeds up to 3000 rpm inside a cylindrical housing equipped with a stationary circular flat membrane. The characterization was carried out

Desalination 235 (2009)

CFD simulation of fluid flow through spacer-filled membrane module: selecting suitable cell types for periodic boundary conditions

In this study, the appropriate cell type for periodic boundary conditions (PBC) in CFD analysis for spacerfilled membrane module design was validated by comparing the simulated values of pressure drop with that obtained by experiments. The pressure drop through spacer-filled channel depends on the g

Desalination 233 (2008)

Optimization of membrane processes in white biotechnology

White biotechnology for the production of fine chemicals will substitute some chemistry based on petrol and gas in the near future. A standard process for this technology is fermentation. The downstream treatment with membranes is an essential and cost-intensive part of the processing. For downstrea

Desalination 224 (2008)

Assessing the feasibility of a vertical double submerged membrane modules system for wastewater reclamation under different conditions

Nowadays, water is deteriorating for several reasons, such as an increase in wastewater that flows into rivers and the limitation of water resources. Therefore, we have concentrated our plans on securing water resources by reusing wastewater treatment effluent. In this study the reuse system was org

Desalination 202 (2006)

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