Industry

Hydrogen and Clean Fuels

PSA purification, drying trains and reactor internals for hydrogen, ammonia and synthetic fuels — new plant, but long-established separation engineering.

The duty

New processes, familiar separation problems

Hydrogen and clean fuel projects are new, but the unit operations inside them are not. Purification is pressure-swing adsorption; drying is molecular sieve; synthesis loops need reactor internals that distribute flow evenly across a catalyst bed. All of it is separation and mass transfer engineering.

What is different is the duty cycle. PSA vessels switch pressure many times a day, and electrolysis-fed plant may follow a variable renewable supply — so internals see far more cycling than a conventional continuous unit.

equipment for this application

Field proven hardware, engineered to last

NEW.Gas Injection Support Plate Copy

Catalyst Support Grid

Catalyst Support Grids provide the structural foundation beneath catalyst and adsorbent beds, carrying the weight of the catalyst and support media while maintaining a high open area for process flow. Grid and beam arrangements are designed to provide the required mechanical strength without unnecessarily restricting gas or liquid passage through the vessel.

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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