Bayonet reformer (SMR-b)

Efficient Hydrogen Production with SMR-b Bayonet Reformer

Our bayonet reformer SMR-b combines the novel properties of convection and radiant heat transfer in one steam reformer.

The development and introduction of the SMR-b is a result of Topsoe’s continuous striving towards more energy efficient ways of producing hydrogen by steam reforming of hydrocarbon feedstocks.

SMR-b consists of bayonet reformer tubes in a furnace box heated by radiant wall burners
SMR-b provides hydrogen production with minimum hydrocarbon consumption and low steam export
SMR-b is environmental friendly with low fuel consumption, low NOx and CO₂ emissions
Improved heat utilization in the SMR-b, significantly reduces the amount of burners, while maintaining the unique possibility of adjusting the tube temperature profile
SMR-b operates at high heat fluxes providing capital cost savings for medium to large hydrogen plants

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No carbon, more reforming

When reforming heavy feedstocks, such as naphtha, a catalyst with alkali promoters is needed to prevent carbon formation. With the RK-600R TITAN™/RK-600 TITAN™ we are building on the successful RK-500 TITAN™ to get a perfect balance between activity, carbon

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Purify your hydrocarbon feedstock efficiently

In the hydrocarbon processing industry it is a challenge for sulfur absorbents to achieve full saturation at low operating temperatures. That’s why we developed SC-501: To meet industry needs for a high capacity, low temperature sulfur absorbent. SC-501 has been designed for increased sulfur pick up to meet strict specifications and reduce your operating costs

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To lower emissions in energy-intensive industries and long-distance transportation, we need technologies such as electrolysis in Power-to-X processes technology.

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Renewable fuels will help us decarbonize heavy-duty transportation, and we’ll need proven technologies for their production. Luckily, these already exist.

Hydrogen

The abundance of hydrogen coupled with its potential for sustainable methods of production, positions it as a promising solution in the global energy transition. 

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Ammonia is considered a gamechanger in decarbonizing the maritime industry and other energy-intensive industries where direct electrification is not an option.

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