An efficient and reliable conversion of the feedstock has a huge impact on the economics of the plant. Our different reforming technologies are tailor-made to meet the requirements of the customer without compromising on reliability. Convection reformers, like HTCR, HTER and TBR have been introduced together with high active reforming catalysts to provide customer with proven and highest possible energy efficient solutions.
A lack of critical information can affect the operation of a chemical plant
Article Closing the information gap in Steam Reformers
What if we said you could dramatically decarbonize your business, today? Well, with blue hydrogen, you can.
Brochure Blue Hydrogen
The low restriction on the process air obtained with the patented FreeBurn™ for secondary reformers will increase your ammonia production, if the process air capacity is a bottleneck. Alternatively, maintain the ammonia production and yield compression energy savings in your process air compressor.
Leaflet Relieve your process air compressor and save energy
Topsoe provides cost-effective, energy-efficient methanol plant designs that give you exactly what you’re looking for. SynCOR Methanol™ is a combination of Topsoe SynCOR™ synthesis gas generation, methanol synthesis and distillation technologies and catalysts.
Brochure Methanol made better - SynCOR Methanol™
Utilizing more of the available greenhouse gas CO2 in HyCO plants has long been associated with challenges and limitations due to carbon formation. Now Topsoe has developed a new technology where you can utilize significant amounts of CO2, without the risk of carbon formation. This is achieved by introducing only few equipment to a conventional HyCO plant layout.
White paper Lower your carbon footprint
Electrification of the traditional steam methane reforming (SMR) technology for syngas manufacturing has a significant CO2 reduction potential and make it more feasible to operate in combination with carbon capture/ utilization, especially if renewable electricity is used. This pilot plant study demonstrates the first operational experience with industrial-scale electrified steam methane reforming (eSMR) technology using biogas as sustainable carbon feedstock
Article Electrified steam methane reforming of biogas for sustainable syngas manufacturing and next-generation of plant design: A pilot plant study
