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Calculating carbon intensity with confidence requires integrating the latest learning from geology, reservoir engineering, well engineering, petroleum engineering, fluid flow and chemical engineering. Each provide the energy requirements and CO2 emissions to find, lift, process and transport hydrocarbons to customers
All hydrocarbon types and all transport methods (e.g. pipeline, tanker, LNG) can be compared to assess the full life cycle CI for delivery of energy to the customer
Scope1, 2 and 3 emissions are calculated independently and summed. This allows like for like benchmarking between fields and companies who report GHG emissions differently
From seismic acquisition for exploration to CO2 injection for Enhance Oil Recovery, CO2CALC lets you know where and when Green House Gases (GHG) are released to the atmosphere
Using global databases the Carbon Intensity for numerous fields has been calculated consistently. This provides an invaluable dataset against which to benchmark
Asset classes including onshore, offshore, deep-water, heavy oil, unconventional, enhanced oil recovery projects and many others have been assessed
With a detailed assessment at all stages of the E&P lifecycle best practices can be identified and studied
Carbon Benchmarking
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