Decarbonization is complex yet critical. We need global tech solutions that can be adopted today, at scale, to cut emissions strategically.
How do we start and accelerate the journey to meet your sustainability commitments?
Today, 75–100% of the CO2 emissions from pulp mills originates from biomass. Though the pulp and paper industry accounts for only about 2% of global industrial emissions, it has a unique opportunity to achieve negative emissions through Bioenergy with Carbon Capture and Storage (BECCS). This puts BECCS projects in the unique position of being in the money from the outset due to interest from companies seeking to purchase Carbon Removal Credits (CDR) to offset their emissions.
Initiated and led by 全国快3信誉最好的老平台 Fellow Dr. Oliver C. Mullins, the oil and gas industry has introduced a new technical discipline called reservoir fluid geodynamics (RFG) to enhance the understanding and management of reservoir fluids over geologic time. RFG offers a comprehensive approach similar to "structural geology" for rocks, focusing on how fluids and rock structures evolve together. This new discipline helps operators address uncertainties in reserve estimates, productivity, and reservoir connectivity, and the Ora platform is a key enabler. Learn from Dr. Oliver Mullins how RFG is becoming an essential tool in reservoir management and development.
Working together to abate emissions
Making better decisions faster
Improving performance in the oil and gas industry
Accelerating the transition to low-carbon energy