Packed Bed Reactor

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Packed Bed Reactor

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Features
Volume: 10 ml to 100 ltr.
Pressure Range: up to 350 bar
Temperature Range: up to 1100°C
Fixed bed reactors, trickle bed reactor designs can be offered.
Packed bed reactors can be provided in multiple configurations like a having singular large bed of catalyst, multiple horizontal beds of catalyst, packed bed reactors in parallel configuration, packed bed reactors in series configuration, up-flow mode of operation, down-flow mode of operation, counter flow of gas & liquid (as in trickle bed reactors)
Explosion proof plants for hazardous area
 

Automation: Either a standard or customisable unit can be offered for gas liquid feed combinations, product outlets, series, or parallel reactors, multi zone heating furnaces etc. with integrated controls, high level of safety, automation, and SCADA software which maximizes the efficiency and accuracy of research and production operations

 

Application: Packed tubular reactors are extensively used in chemical and associated industries such as petroleum, petrochemical, oil and gas, mineral and coal industries, pharmaceuticals, fine and specialty chemicals, and biochemicals. Applications may vary considerably from industry to industry and may include cracking of large organic molecules into useful desired products, upgrading petroleum feedstock, conversion of unsaturated organics into saturated products, conversion of coal- derived products, Fischer Tropsch process, fluid catalytic cracking (FCC), syngas generation, pyrolysis reactions, vapour phase reactions, biomass / coal gasification reactions, hydro-processing catalyst testing, catalyst-reduction, multi-purpose reactions, vapor phase reactions, conversion of gaseous reactants into fuels, hydrodeoxygenation (HDO) of bio-oils (upgrading), polymerization of monomers for a variety of commodity applications, manufacturing pharmaceutical and their intermediates, aromatization and dearomatization of organic materials used typically in specialty chemicals, oxidation, denitrification, desulfurization, removal of pollutants, hydrogenation, heterogenous reactions, liquefaction reactions, etc.