Managing methane emissions is new for many industries. An avalanche of technologies, vendors, regulations, cost curves, and data raises uncertainties about which technologies work best for your particular asset, operations, and business economics.
You're not alone—we can help.
We help you arrive at the best approach for your asset, your location, and your business.
We hand-pick, combine, and validate monitoring technologies to help you determine the system you need.
We help you reach zero routine flaring by finding viable alternatives.
Our digital platform for all your emissions reduction activity delivers insights you can act on.
End-to-end methane elimination advisory services
Continuous methane emissions monitoring
Facilities audits to find root causes of methane emissions
Leak repair and installation of low- or no-emission equipment
A purpose-built digital platform for all your methane emissions reduction activity
Viable alternatives for gas that would otherwise be flared or vented
Initiated and led by SLB 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.
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