Search Site

BP announces $7bn gas project

The project aims to unlock 3 trillion cu ft of gas resources in Indonesia.

Lulu Retail Q3 profit $35m

For the nine-month period, net profit increased by 73.3%.

Talabat IPO offer price range announced

The subscription will close on 27 Nov for UAE retail investors.

Salik 9M net profit $223m

The company's third-quarter profit increased by 8.8 percent.

Avia to buy 40 Boeing aircraft

The transaction for the purchase of 737 MAX 8 jets valued at $4.9bn.

ADNOC, Fertiglobe to pilot cost-effective modular carbon capture technology

Successful piloting of the technology holds the potential for the broader deployment of CycloneCC carbon capture units. (WAM)
  • The CycloneCC technology is designed to improve the economics of point-source carbon capture within industrial facilities.
  • Traditional point source carbon capture technology relies on feeding gas through large absorption and stripping towers.

ABU DHABI, UAE – ADNOC and Fertiglobe on Tuesday announced the pilot deployment of the world’s first cost-effective modular CycloneCC carbon capture unit at Fertiglobe’s 100 percent owned nitrogen fertilizer plant in the Al Ruwais Industrial Complex here.

Fertiglobe was formed as a strategic partnership between ADNOC and OCI Global.

The CycloneCC technology, which has been developed by Carbon Clean, is designed to improve the economics of point-source carbon capture within industrial facilities.

Traditional point source carbon capture technology relies on feeding gas through large absorption and stripping towers where solvent and heat are used to separate, capture and compress CO2.

The process is capital, time and energy-intensive, with projects typically taking years to build.

Carbon Clean’s CycloneCC unit uses rotating packed bed technology to allow for prefabricated modular carbon capture units half the size of conventional carbon capture units.

The carbon dioxide captured using the CycloneCC unit will complement an existing ADNOC project to sequester CO2 within Abu Dhabi’s onshore carbonate aquifers.

Successful piloting of the technology also holds the potential for the broader deployment of CycloneCC carbon capture units across ADNOC and Fertiglobe’s operations.