Carbon Capture Solutions

Carbon Capture Solutions

Learn more about carbon capture and storage solutions for blue hydrogen production.

The sour syngas from the water gas shift reaction needs to be treated before contacting amine in the absorber tower. Removing particles and water droplets carryover from the WGS reactor is key to keeping high amine selectivity and avoid foaming.

The Gemini Gas Coalescer using PEACH technology delivers greater performance in a trouble-free design. By combining filtration and separation technologies into one system, customers can benefit from increased efficiency, reduced complexity and footprint. For More Information

Related Product: PEACH Gemini PuraSep 2 Gas Filter Coalescer

The desorber and its associated heat exchanger and reboiler must be protected to maintain a good temperature management throughout the regeneration process. Therefore, a carbon adsorber is needed to remove hydrocarbon presence and the carbon block itself must be protected from particles ingression.

Parker’s XtreamSorb combines a particulate filtration and carbon adsorption in a single unique device. By combining multiple filtration and separation technologies into one system, customers can benefit from increased efficiency, and reduced complexity, cost, and footprint. Proprietary carbon block technology ensures higher adsorption and no release of carbon fines.

After the desorber, the lean amine is looped back to the top of the solvent contact tower (absorber) and simple particulate filtration with XtreamPure will ensure no solids are carried over from the piping and equipment network to maintain absorption efficiency. For More Information

Related Products: XtreamPure PECO Seri

To protect the compressor before storage, the carbon dioxide stripped by the desorber must be filtered to remove particulate and coalesced to remove moisture.

The Gemini Gas Coalescer using PEACH technology has been proven in the Oil and Gas market for many years - delivering superior performance in a trouble-free design. By combining filtration and separation technologies into one system, customers can benefit from increased efficiency, reduced complexity, cost and reduced footprint.

The use of fluid conveyance technology in carbon capture and storage (CCS)

Fluid conveyance products such as pipe systems, valves and fittings play a vital role in hydrogen carbon capture and storage applications. Parker's products can handle the pressures and temperatures required and are made to be compatible with the chemicals used in the process.

Featured fittings, needle, ball, check and modular system valve products

As hydrogen is a highly reactive gas that can cause embrittlement and cracking in some metals, Parker has developed solutions for hydrogen CCS applications that are made from corrosion resistant alloys and are compatible with hydrogen.