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Aramco and CoorsTek Membrane Sciences Partner to Commercialize Carbon-Reducing Technology

By Burstable Editorial Team

TL;DR

Aramco and CoorsTek collaborate to commercialize advanced metal-ceramic membrane technology, offering cost-effective carbon capture solutions for energy-intensive industries.

Metal-ceramic membranes paired with reforming catalysts simplify pre-combustion carbon capture processes by converting hydrocarbons to CO2 and H2.

The partnership aims to reduce carbon emissions and enable more efficient hydrogen production, contributing to global emission reduction targets and sustainable energy practices.

The innovative catalytic membrane technology surpasses equilibrium limits, significantly reducing energy requirements for CO2 separation, marking a transformative breakthrough in decarbonizing industrial assets.

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Aramco and CoorsTek Membrane Sciences Partner to Commercialize Carbon-Reducing Technology

The collaboration between Aramco and CoorsTek Membrane Sciences marks a pivotal advancement in the quest for sustainable industrial processes. By focusing on the development of catalytic membrane reformers, the partnership aims to transform hydrocarbons into carbon dioxide (CO2) and hydrogen (H2), facilitating CO2 capture and storage while generating hydrogen as a cleaner energy source. This initiative is not just a technological leap but also a strategic move towards mitigating industrial carbon footprints.

Ali A. Al-Meshari, Senior Vice President of Technology Oversight & Coordination at Aramco, underscored the significance of this collaboration. The joint effort is expected to fast-track the commercialization of metal-ceramic membrane technology, a groundbreaking approach that integrates membranes with catalysts to exceed traditional chemical reaction limits. This innovation promises to drastically cut down the energy required for CO2 separation, a critical step in reducing industrial emissions.

Aqil Jamal, Carbon Management R&D Chief Technologist at Aramco, elaborated on the technology's unique capability. The integration of membranes with catalysts not only enhances efficiency but also opens new avenues for carbon management in industries. Per Vestre, Managing Director of CoorsTek Membrane Sciences, pointed out the economic benefits, with techno-economic models predicting up to 50% reduction in decarbonization costs for ethylene production compared to conventional methods like post-combustion carbon capture.

This partnership is a testament to the growing emphasis on sustainable industrial solutions. By leveraging advanced metal-ceramic membrane technology, Aramco and CoorsTek Membrane Sciences are setting a new benchmark for environmental stewardship in the energy sector. The implications of this collaboration extend beyond immediate carbon reduction, offering a scalable model for global industries striving to align with cleaner energy transitions. For more information on the technology, visit https://www.coorstek.com.

Curated from News Direct

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Burstable Editorial Team

Burstable Editorial Team

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