SIHI ® Gas separation


Catalog excerpts

SIHI ® Gas separation - 2

Product Brands of Distinction ACEC™ Centrifugal Pumps Aldrich™ Pumps Byron Jackson® Pumps Pump Supplier to the World Flowserve is the driving force in the global industrial pump marketplace. No other pump company in the world has the depth or breadth of expertise in the successful application of pre-engineered, engineered, and special purpose pumps and systems. Calder™ Energy Recovery Devices Flowserve provides pumping solutions that permit Cameron™ Pumps customers to reduce total life cycle costs and improve productivity, profitability and pumping system reliability. Durc°® Process...

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SIHI ® Gas separation - 3

Membrane technology ... the innovative solution In process technology, there are various techniques that can be used for separating gases. One successful field is membrane separation technology. Individual components can be separated from gas mixtures using membranes. For example, pollutants can be separated from the air to meet national regulations on exhaust air and/or recover valuable components with the aim of feeding them back into the production process. SIHI® has not only manufactured high-quality vacuum and compressor systems for 90 years, but also has more than 20 years’ worth of...

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Recovery systems with membrane technology ...compact, simple and effective Membrane technology is a simple and highly effective technology used to recover solvents or ensure adherence to emissions limits (for example: Germany‘s National Regulation - TA Luft) for exhaust gases. The highly effective separation process ensures that the pure substance can be recovered without the need for subsequent regeneration and/or cleaning. The desired components permeate through the membrane and can therefore be recovered, while the scrubbed inert gas can be released into the atmosphere or retained...

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More economical than cryo-condensation One advantage of the membrane technique versus pure condensation is the fact that the membrane process can be carried out at higher cooling-water temperatures. With a membrane, pure substances can be obtained at normal condensation temperatures that would render cryo-condensation necessary if no membrane were used. Membrane technology allows you to reduce your operating costs and recover your product! Conventional VCM recovery One example of this is VCM (vinyl chloride monomer recovery). The VCM-saturated exhaust gas, which comprises mainly monomers,...

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More environmentally friendly than adsorption A membrane module comprises the process of cleaning exhaust gas and product recovery. There are no disposal costs for contaminated adsorbents. Solvents are condensed and separated in order to feed them back into the production process. Monomers are separated from the exhaust gas and can be fed back into the polymerization process. No expensive equipment is required, and there are no problems with high enthalpies of adsorption. A membrane module has a small footprint and can be used immediately after installation. The membrane is a safe and...

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Hybrid plant with the smallest exhaust concentrations A successful combination of two processes: the hybrid plant with a membrane stage and pressure swing adsorption (PSA). One example of a successful combination of two processes is that of membrane technology and adsorption technology. This process combination is advantageous primarily because recovery using a membrane can be highly cost-effective. The stream of exhaust gas from the membrane contains very low residues of the incoming feed. Any water contained within is also separated by the membrane. This ensures that a constant dry stream...

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Byron Jackson gjgWorthington Simpson' Katb^Eniergy Recovery: Devices Bulletin PS-110-6a (E/A4) May 2016. © 2016 Flowserve Corporation To find your local Flowserve representative; For more information about Flowserve Corporation, visit or call +1 937 890 5839.

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