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Turbocharger and steam utilisation process
In most high power cost situations, a turbocharger is the preferred design with short payback on the extra investment.
ExploreSynthesis technology
Johnson Matthey's DAVY™ synthesis technologies convert syngas (CO, CO2 & H2) to methanol creating exothermic reactions that have a limited conversion rate, so several passes through a reactor are required to produce sufficient methanol.
ExploreCO oxidation FCC additives
Johnson Matthey's CO oxidation FCC additives include platinum and non-platinum promoters for effective afterburn control and CO emissions reduction.
ExploreNOx reduction FCC additives
Johnson Matthey's NONOX™ FCC additives deliver up to 40% NOx reduction in full and partial burn regenerators, minimising costs and meeting emissions limits.
ExploreSulphur oxide reduction FCC additives
Johnson Matthey’s SUPER SOXGETTER and LO-SOX PB families of SOx reduction additives have been developed to decrease the cost of removing SOx from the FCC flue gas in full burn, partial burn and two-stage regenerators.
ExploreMethanation technology
Our methanation technology, utilising our CRG catalysts , performs the key chemical transformation of syngas into SNG, and ensures the final product is of a suitable quality for injection into gas distribution networks.
ExploreCatalyst enhancement FCC additive
Boost FCC catalyst performance with CAT-AID™, Johnson Matthey's catalyst enhancement FCC additive, protecting against vanadium, iron poisoning, and reducing SOx emissions.
ExploreCANS novel reactors technology
Johnson Matthey has developed a novel DAVY™ reactor design that provides increased efficiency whilst significantly reducing vessel sizes, equipment count and catalyst volumes.
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