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Energy reduction at a large-scale MBR: the Nordkanal experience

Changes to the design and operation of MBR membrane modules have led to improved energy efficiency − but energy consumption is the most significant cost and contributor to environmental impact during MBR operation. The case study plant at Kaarst-Nordkanal highlights the impact of on-site installation of an AD process on the key parameters of energy consumption and the associated greenhouse gas emissions.

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Feasibility, optimisation and costs

At what cost? MBR capital and operating expenditure − the impact of labour

It is most often assumed that the main cost associated with operating a membrane separation plant relates to the energy consumption, followed by the membrane replacement. Consequently, considerable efforts have been devoted to fouling control and mitigation, with more than one fifth of all MBR research literature publications devoted to this topic (Judd, 2017).

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Membrane operation | Feasibility, optimisation and costs

IMSTEC 2020: Bushfires, coronavirus and, of course, membranes

The University of Technology in the wonderful city of Sydney, Australia was the venue for the 10th IMSTEC (International Membrane Science & Technology Conference) from 2–6 February 2020. Despite the very real challenges of bushfires and the coronavirus, the organisers – Pierre Le-Clech (University of New South Wales) and Hokyong Shon and Duc Long Nghiem (both of the University of Technology, Sydney), together with their teams of supporting committees and volunteers – delivered a stimulating and well-organised event on behalf of the Membrane Society of Australasia.

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Conferences and events