Using a supercritical solvent extraction process, ROSE separates residue into four molecular groups, allowing refiners to route each stream to the most suitable downstream process.

KBR will provide engineering and procurement services for Shell’s Manatee project located in the East Coast Marine Area of Trinidad and Tobago.

The Residuum Oil Supercritical Extraction (ROSE) process is the premier, preferred, market-leading, Solvent Deasphalting technology (SDA) available today.

The principle of CCS relies on finding suitable storage sites for billions of tons of CO2 over the coming decades, and many of these will be located offshore.

The technology integrates KBR’s Catalytic Olefins technology, K-COT, with Korea Institute of Machinery and Materials’ (KIMM) CPOx technology.

The Lobito Refinery Project is one of the most significant energy infrastructure projects in the region and will contribute to Angola’s energy independence.

Along with reduced capex, this technology also benefits customers with vertical plot space reduction as a result of 10 times smaller equipment size.

KBR will provide technology licensing and proprietary engineering design for a 1.1 million tonnes per annum ammonia plant, designed to capture carbon while maximizing yields.

Lotte Chemical will use KBR's technology for its green ammonia project that will produce 800 KTA of green ammonia from hydropower.