Pilot scale demonstration — perhaps the most important step in process intensification at the MEPI  (Picture: By courtesy of INPT and Mepi)
Process Intensification

Process Intensification Methods: from Lab to Industry

Process Intensification is a relatively new approach to boost a plant’s efficiency: It combines the optimisation of capital, energy, environmental and safety benefits with a radical reduction in plant-size. But the application of such revolutionary techniques has to overcome obstacles. Elaborate design and specialised equipment are needed to deal with unconventional constrains.

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TwinPower type 6624 and 6626 miniature solenoid valves are winners thanks to their combination of high actuator power with compact design.  (Picture: Bürkert)
Solenoid Valves

Scaling Down Solenoid Valves Without Reducing Flowrates

Over the course of their long existence solenoid valves have developed slowly but continuously so that they are opening up new fields of application. Today they are a central element in controlling fluids in a broad spectrum of different applications. One of the newer areas of application is in the life sciences. A new actuation technology now allows a significant reduction in size with no loss of performance.

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Galleries

Hydra-Cell G10 and G03 pumps as used in a typical Separlab system. (Picture: Wanner)
Multi-Diaphragm Pumps

Industrial-scale Preparative Liquid Chromatography Specialist Chooses Multi-Diaphragm Pumps

Separlab, a Czech specialist in high-performance liquid chromatography (HPLC), has standardized on Wanner seal-less Hydra-Cell multi-diaphragm pumps in its industrial-scale systems, using them to deliver solvents for the mobile phase and to inject sample mixtures. Learn why the company prefers such “specialists” over single-diaphragm and piston-plunger pumps in these applications.

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Compressed air from a socket outlet negates the need for a compressed air station.  (Picture: BASF, Fotolia; [M]-Herkersdorf)
Contracting Quotations in Compressed Air/Vacuum Technology

Compressed Air/Vacuum Technology — Requirements Dictate System Design

Despite their fundamental differences, compressed air and vacuum technology do have some things in common: expensive technology is required in order to generate high or low pressures. Variable-speed drives are the technology of choice for compressors and vacuum pumps alike in order to keep operating costs in check. The demand for contracting quotations is also increasing.

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Wilden’s drop-in design allows the pump to be installed into an existing pump footprint without the need to disturb the piping, resulting in reduced maintenance costs and system downtime. (Picture: Wilden)
Pumps

Pumping Hazardous Solvents

When the going gets tough, the tough get going: Wilden's air-operated double-diaphragm pump (AODD) pumps of the ATEX-rated Advanced Series safely contain and transfer even the most hazardous solvents, including trichlorethane, trichloroethylene, methylene chloride, methyl chloride, carbon tetrachloride and chloroform.

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