The petrochemical industry can use heat pumps to reduce CO₂ emissions and heating costs. Heat pumps extract heat from low temperature sources such as water, air, or waste heat from machinery and amplify it to higher temperatures. When powered by renewable electricity, heat pumps can supply carbon-neutral heating or cooling. We scale our solutions to your temperature and power needs.

Petrochemical plants emit large amounts of CO₂ in the form of flue gases. This CO₂ can be captured by amine treatment, cryogenic capture or pressure swing adsorption. It can then be purified, compressed, and transported to facilities that use it to make synthetic fuels, beverages, dry ice, or chemicals. CO₂ can also be stored permanently in geologically secure reservoirs. MAN DWE supplies the technology for the compression and liquefaction of CO₂, as well as for heat recovery and heat integration at your plant. 

PtX processes include: 

• Power-to-Gas (PtG)
• Power-to-Liquid (PtL)

PtX processes are used for the production of: 

• E-methanol (CH₃OH)
• Synthetic fuels
• Synthetic natural gas (SNG), renewable methane

Go to Power-to-X

MAN DWE supplies key components for virtually every application in refineries and the petrochemical industry. Our turnaround (TAR) and shutdown engineering capabilities have been proven all over the world. We provide residue fluid catalytic cracking and fluid catalytic cracking units including reactor and regenerator, pipework, pressure-retaining spare parts, combustor risers and other components. We also offer waste heat recovery units for methanol plants and high-pressure equipment. We are experienced in working with high-temperature chromium steel and can design custom pressure equipment.