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Johnson Matthey offers oxo-alcohol processes and a complete range of catalysts suitable for oxo-alcohol manufacture. The LP OxoSM technology is the world’s leading technology for use in the manufacture of oxo alcohols from olefins.
Our new process using proprietary catalyst developed by Johnson Matthey and Eastman enables the production of MEG from methanol via formaldehyde. This offers a unique and exciting opportunity for methanol and/or formaldehyde producers who are interested in diversifying their product slate.
Our DAVY™ glycerol to propylene glycol (GPG) process is a perfect fit for our DAVY biodiesel process as the by-product, glycerol, can be fed to an adjoining GPG plant.
This Johnson Matthey DAVY™ process is a breakthrough in ethyl acetate (EA) production. We have developed a process that is ideally suited for use with bio-based ethanol feeds and so offers an EA production route that is almost 100% carbon neutral.
Aromatic and aliphatic primary amines can be obtained using our Transaminases
Diesel particulate filter systems / engines
Stationary emissions control: our advanced SCR catalysts can achieve high Hg0 conversions under a variety of power plant conditions for cleaner energy and cleaner air.
Data centre emission control product
Diesel particulate filter systems / mining
Our SUREOX™ catalyst with proprietary washcoat technology designed for reliable durable oxidation performance in the presence of sulfur.
Designed to enhance SCR performance, these catalysts achieve greater NOx control in parallel with lower carbon monoxide emissions and minimal ammonia slip.
JM offers a high temperature SCR catalyst that can operate under a broad range of temperature conditions.
We are a leading supplier of VOC catalyst for the treatment of formaldehyde emissions.
Our portfolio offers our customers options for catalytic coatings on both metallic and ceramic substrates.
Our Halocat™ SC29 PTA emission control catalyst reduces air pollution from PTA manufacturing plants to meet clean air emission standards economically.
Clean air solutions: Companion product to the CRT® system that alerts operator when and how long to regenerate the diesel particulate filter.
Clean air solutions: Johnson Matthey's three-way catalysts prevent air pollution from rich-burn and stoichiometric gas engines.
Clean air solutions: our system offers cost-effective, low-temperature oxidation of methane from active and abandoned coal mines.
Clean air solutions: Johnson Matthey’s SINOx® mixed oxide catalysts can be used alone or in combination with precious metal oxidation catalysts for more efficient and economical catalyst systems.
Clean air solutions: Johnson Matthey's MODULEX and DUALOX® catalytic converters for stationary engines were developed to satisfy the increasing demand for clean air technology combined with silencing.
Clean air solutions: our SCRT® technology combines the diesel particulate filter system, incorporating an oxidation catalyst, to control CO, HC and PM, and a SCR catalyst to reduce NOx emissions.
Clean air solutions: Johnson Matthey's HAPGUARD temperature and pressure monitor ensures that your catalytic converter remains in compliance with RICE NESHAP for clean air.
Clean air solutions: SINOX® honeycomb SCR and plate SCR catalyst are pre-installed in element frames or modules for durability and easy handling.
Clean air solutions: Johnson Matthey SCR systems prevent air pollution from stationary diesel and natural gas engines for cleaner energy and cleaner air.
Clean air solutions: our integrated SCRT® technology for US EPA Tier 4 diesel engine compliance.
Aldolization is a key part of the oxo alcohols process where two aldehydes combine to produce a larger aldehyde which is then converted to an alcohol by hydrogenation.
View Johnson Matthey’s PURASPEC CLEAR chloride absorbents for the oil and gas industry.
The removal of COS is carried out by a two stage process which involves the hydrolysis of the COS and the subsequent absorption of the H2S which is produced by this reaction.
PROTELEC getter materials are used to ensure a hermetic (sealed) environment is available within electronics packages such as source lasers, gyroscopes, microwaves and medical packaging, to prevent premature device failure.
We can provide a full range of products to ensure an economic purification solution.
Johnson Matthey is the market leader in the production of mercury removal adsorbents for the gas processing industry. Our PURASPEC range of adsorbents is tailored for effective and complete mercury removal from hydrocarbon streams.
The PURASPEC product range contains a specially designed absorbent which is selective for the removal of arsine from natural gas streams. PURASPEC material is proven in the field for the last 15 years for arsine removal from natural gas streams.
CAS Number: 1798782-25-8 | [tBuXPhos Pd(allyl)]OTf
Each of our bespoke platinum based gauze catalysts for ammonia oxidation is made to meet customers’ specific requirements, with unique production and knitting patterns.
Triflate and chloride pi-allyl palladium products
Second and third generation buchwald precatalysts for advanced cross-coupling applications.
Bis-phosphine palladium halide pre-catalysts for basic cross coupling applications.
Bisphosphonium dichloropalladate complexes featuring tertiary phosphonium ligands
Glucose dehydrogenase catalyses the oxidation of D-glucose to D-glucolactone
Formate dehydrogenase (FDH enzyme) oxidises formate to carbon dioxide
Transaminase enzymes can be used to produce aromatic and aliphatic primary amines.
Amine dehydrogenase enzymes are wild type and engineered enzymes to catalyse a wider range of transformations
ADH enzymes used to catalyse the reduction of ketones and aldehydes to the corresponding alcohols
GDH enzymes catalyses the oxidation of D-glucose to D-glucolactone, while reducing in turn NAD+ or NADP+ to NADH and NADPH.
Lactate dehydrogenase catalyses the reduction of pyruvate to either (R)- or (S)- lactate
Alanine dehydrogenase catalyses the reductive amination of pyruvate to L-alanine
We offer multi-enzymatic systems to remove the pyruvate by-product from the reaction
Imine reductases (IREDs) biocatalysts are used to produce enantiopure primary, secondary and tertiary amines
Ene reductase enzyme catalyse the reduction of C=C double bonds
NADP and NAD regeneration enzymes
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.
Our DAVY™ choline chloride technology includes a continuous single-stream process in which ethylene oxide, hydrochloric acid, trimethylamine (TMA) are reacted under moderate conditions to produce choline chloride.
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