Johnson Matthey catalyst withdrawal system
The standard method of catalyst withdrawal can lead to hot catalyst leaks, personnel exposure and operational instability. Johnson Matthey’s Catalyst Withdrawal System (CWS) solves these issues by returning stability to the system, improving yields and safety.
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Johnson Matthey catalyst withdrawal system
The standard method of catalyst withdrawal can lead to hot catalyst leaks, personnel exposure and operational instability. Johnson Matthey’s Catalyst Withdrawal System (CWS) solves these issues by returning stability to the system, improving yields and safety.
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Johnson Matthey - inspiring science, enhancing life
Our vision is for a world that's cleaner and healthier, today and for future generations.
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Watch Chief Executive Robert MacLeod as he explores how we're taking on some of the world's most complex challenges.
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Johnson Matthey’s CATACEL SSRTM tailored catalyst technology is a proven high performance, direct replacement catalytic solution for producing hydrogen from natural gas through the steam reforming process.
This technology enables increased throughput and reduced energy ... -
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It is important to use a SOx additive designed specifically for use in Partial Burn FCCs. Use of a standard Full Burn SOx additive in a Partial Burn unit would result in indiscriminate oxidation, which would upset the CO/CO2 ratio and ultimately increase CRC.
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The FCC accounts for up to 35% of the world’s propylene supply. With this in mind refiners are looking to increase propylene yield while bridging the shortfalls.
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Metal contaminants in Residue and Shale Oil feeds create many challenges for refiners. JM’s FCC additive traps contaminant metals and can reverse the effect of iron poisoning of the FCC catalyst.
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