The geophysics behind, say, the Santos Barrossa gas project appears pretty tight; the C02 emmissions estimates are directly tied to the economic feasibility estimate process .. if one is wrong then so is the other, if so it must be a bad investment and a foolish project?
When the project’s offshore and gas processing emissions are factored in, the LNG produced from the Barossa field would have a total emissions intensity of 1.4 tonnes of CO2 per tonne of LNG produced.
This makes the Barossa development the most emissions intensive LNG projects in Australia and the world
At this point in time there's a clear understanding of the consequences of the current 11 billion tonne of CO2 equivilant emmissions released annually .. an increase in trapped solar heat energy that directly leads to increased storm intensity, climbing global mean tempretures, and edging closer to positive feedback thresholds which are significantly hard to reverse when crossed.
At this point in time there's a clear understanding of the consequences of the current 11 billion tonne of CO2 equivilant emmissions released annually .. an increase in trapped solar heat energy that directly leads to increased storm intensity, climbing global mean tempretures, and edging closer to positive feedback thresholds which are significantly hard to reverse when crossed.