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Plants to separate and recover gases

Membrane separation
Plants to separate and recover gases

Plants to separate and recover gases
OSN treats organic mixtures and solvent-based production streams Source: Borsig

Organic Solvent Nanofiltration (OSN) and Pervaporation are the two technologies provided by Borsig Membrane Technology, where solvent stable membranes are applied to cover the sustainablility needs of the industry. These Borsig OSN membranes offer new and sophisticated liquid-separation or fractionating processes for the treatment of organic mixtures and solvent-based production streams.

The innovative OSN technology (photo) opens up completely new potential to meet the increasing demand for sustainable process solutions in industry. Borsig Membrane Technology already has extensive expertise and references in this field. The use of new solvent-resistant OSN membranes enables the separation of organic liquids under moderate operating conditions (temperature, pressure) with low energy consumption compared to purely thermal processes.

Borsig Membrane Technology also offers optimum membrane-based systems for minimising losses and recovering valuable raw materials or products from exhaust air, process, rinsing and waste-gas streams and keeping them in the production process. The company offers vapour-recovery units with maximum recovery rates of up to 99.9% and thereby enables compliance with all customary emission standards worldwide, while also fulfilling the highest quality, saftey and reliability demands.

The company’s technology enables a significant reduction in exhaust and flare-gas capacities and the associated emissions and are suitable both for optimizing conventional process concepts and for simply retrofitting existing systems. Areas of application include the separation, recovery and purification of hydrogen or hydrocarbons, as well as CO2 separation and enrichment. The benefits are: recovery and purification of valuable feedstock and product; significant reduction of waste and flare-gas capacities; and reduction of emissions caused by waste-gas treatment.

Borsig Membrane Technology

Hall 4.0, Stand B26

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