Industry

Chemicals & Fine Chemicals

HCl absorbers, caustic and chlorine scrubbers, solvent recovery columns — often corrosive, often multi-product, and rarely running at one design point.

The duty

The duty is aggressive and the operating point keeps moving

Chemical plant separations are defined less by scale than by service. Hydrogen chloride, chlorine, caustic and organic acids all attack the internals, so material selection and lining are frequently the whole engineering question rather than a detail at the end.

Many of these columns also run in campaigns, handling different products through the year. That makes turndown and cleanability more valuable than peak efficiency at a single point — a column optimised for one case can be useless for the next.

equipment for this application

Field proven hardware, engineered to last

Bubblecap Cartridge Trays

Cartridge Trays

Cartridge Trays are modular, pre-assembled tray systems designed to simplify installation and replacement inside process columns. Their compact construction reduces internal assembly work and makes them particularly useful for restricted-access vessels, small-diameter columns, and retrofit projects where minimising shutdown time is important.

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MultiMister Technology For Gas Scrubbers

MultiMister Mist Eliminator

MultiMister™ Technology integrates cyclonic, vane, mesh, and fibre bed mist elimination into a single engineered system. By combining multiple separation stages, it efficiently removes a wide range of liquid droplet sizes while protecting downstream equipment and improving overall process performance.

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From the knowledge base

Knowledge for this Industry

Case Study

Emergency Chlorine Scrubber

Rosenberg Process provided specialist process design, engineering calculations and equipment selection for an emergency chlorine absorber at a major UK chemicals facility, supporting a safety-critical scrubber system designed to protect personnel, surrounding communities and the environment.

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Case Study

MIBK Steam Stripper Process Optimisation

Rosenberg conducted a detailed process and hydraulic study of GSK’s MIBK Steam Stripper in Irvine, identifying unstable sieve tray operation as a key cause of recurring fouling and developing process improvements to increase stripping efficiency and operational stability.

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