A Risk Assessment Modeling Tool to Quantify Leakage Potential ...

ePAPER READ

DOWNLOAD ePAPER

cmi.princeton.edu

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

START NOW

Monte Carlo Simulations4:1Bimodal Gaussian⎧ N ( −20,1)with plog10[ K] ~ ⎨⎩N( −16,2) 1−p111:11:4Intact cement: K ~ 10 -20 m 2Degraded cement: K ~ 10 -16 m 2

Direct Air Capture of CO2 with Chemicals Technology Assessment

Can We Bury Global Warming? - Carbon Mitigation Initiative ...

Monte Carlo Simulations4:1Bimodal Gaussian⎧ N ( −20,1)with plog10[ K] ~ ⎨⎩N( −16,2) 1−p111:11:4Intact cement: K ~ 10 -20 m 2Degraded cement: K ~ 10 -16 m 2

Plume spread – Single realizationLayer above injection, after 50 yrs

Page 1 and 2: A Risk Assessment Tool to QuantifyC
Page 3 and 4: Worldwide Density of Oil and Gas We
Page 5: Components of the Semi-analytical M
Page 8 and 9: Down-Hole Stratigraphic Model for t
Page 11: Probability Distribution for WellPe
Page 15 and 16: Mean leakage: Time profileFirst two
Page 17 and 18: Leakage statistics after 50 years1:
Page 19 and 20: Maximum Leakage (at 95% Confidence)
Page 21: How can we identify this distributi

A Risk Assessment Modeling Tool to Quantify Leakage Potential ...

Create successful ePaper yourself

Delete template?

Save as template?