Hydrogen CO Shift

Maximize conversion

Efficient CO conversion plays an important role in the operating cost of the plant. Our process designs make the best possible use of our range of high active catalysts for the shift reactors maximizing the conversion of the feedstock for an extended period of time.

Catalysts for hydrogen CO shift

LK-801 catalyst

Low temperature shift catalyst based on oxides of copper, zinc, and aluminum. It is used in ammonia and hydrogen plants for the conversion of carbon monoxide via the water-gas shift reaction.

LK-813 catalyst

Medium temperature shift catalyst used for the conversion of carbon monoxide at temperatures ranging from 190 to 330ºC.

LK-819 catalyst

Medium temperature shift catalyst used for the conversion of carbon monoxide at temperatures ranging from 190 to 330ºC.

LK-821-2 catalyst

Low temperature shift catalyst. A high-copper catalyst based on oxides of copper, zinc and aluminum. It is used in ammonia and hydrogen plants for the conversion of carbon monoxide via the ...

LK-823 catalyst

Low temperature shift catalyst based on oxides of copper, zinc, and aluminum. It is used in ammonia and hydrogen plants for the conversion of carbon monoxide via the water-gas shift reaction.

LK-853 FENCE™ catalyst

Low temperature shift catalyst. Possesses an activity that is unparalleled in today’s market of LTS catalysts. Used in ammonia and hydrogen plants for conversion of carbon monoxide via the ...

LSK-2 catalyst

This guard catalyst is designed to protect the MTS and LTS catalysts against chlorine for many years due to its unique composition with unmatched chlorine capacity.

SK-501 Flex™ catalyst

The first high temperature shift catalyst to be completely free of chromium, resulting in improved personnel safety and higher environmental standards. Offers a unique ability to operate at any ...

Adiabatic reactor bottom support grid

Maximize profitability and obtain a lower pressure drop in your adiabatic reactors such as the high, medium, low-temperature shift or the methanator.

Highlights

Brochure

Solutions for hydrogen at scale

What if we said you could dramatically decarbonize your business, today? Well, you can. Blue hydrogen can be produced at mega scale, leveraging existing natural gas infrastructure to minimize time and money spent on decarbonization. Download the brochure today!

Article

Pioneering syngas production

Explore how the eSMR technology combines renewable electricity and biogas to deliver near-zero emissions, high efficiency, and dynamic operation for sustainable chemical and fuel production in this article.

Published in Chemical Engineering Journal

Applications within this area

Reforming

Our different reforming technologies are tailor-made to meet the requirements of the customer without compromising on reliability.

Carbon dioxide recovery

In some cases, producing CO2 as a byproduct of a hydrogen plant can improve your business case.

Methanation

A well-functioning methanation section is vital for the optimal operation.

Methanol decomposition

Decomposition of methanol is a proven and reliable way of obtaining high purity hydrogen or syngas with no requirement for high temperatures or pressures.

Syngas purification

In order to meet the required hydrogen specification, purification technologies like PSA, membrane, and cold box are required.

Contact us

Do you have a question about our products or solutions? Or do you want to know how our technologies can support your business? Contact our experts today.