Dimethyl Ether | Methanol synthesis

Our methanol process is individually tailored to our customer needs based on capacity and feedstock requirements. Our highly optimized process employing our highly-active MK-151 FENCE catalyst allows our plants to operate at higher throughput and lower energy consumption per ton of produced methanol. This ensures a reliable supply of energy efficient, quality methanol which can be used for any of our formaldehyde-related processes.

Catalysts

MK-121 | Catalysts | Products | Topsoe

Methanol synthesis catalyst MK-121 methanol synthesis catalyst is developed to match the ...

MK-151 FENCE™ | Catalysts | Products | Topsoe

Methanol synthesis catalyst In the methanol business, a high on-stream factor, as well as carbon ...

MK-417 SUSTAIN™ | Catalysts | Products | Topsoe

Methanol synthesis catalyst Excellent stability Catalyst stability in methanol synthesis or in any ...

MK-181 PRIME™ | Catalysts | Products | Topsoe

Methanol synthesis catalyst Methanol producers have increasing focus on achieving higher efficiency ...

Equipment

Boiling water reactor | Equipment | Products | Topsoe

The boiling water reactor is also often abbreviated as BWR. It is typically used for methanol ...

Collect-Mix-Distribute System | Equipment | Products | Topsoe

Topsoe’s Collect-Mix-Distribute system ensures efficient addition of quench between adiabatic ...

Applications within this area

Purification

Having a well-functioning dimethyl ether purification of the feedstock will impact the performance of downstream processes and their catalysts and it will contribute to a high on-stream factor of the facility.

Reforming

An efficient and reliable conversion of the feedstock has a huge impact on the economics of the plant.

Synthesis

Topsoe’s dimethyl ether (DME) technology and catalyst are designed to create a cost-efficient and end-product flexible production, with high product quality and low energy consumption.

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