Page 283 - Applied Petroleum Geomechanics

272 Applied Petroleum Geomechanics

ford 2500e15,000 0.15e0.35 Albany 500e4500 1.6e3.8 0.16e0.2
Eagle 0.4e0.8 2e8.4 New 0.43

Bakken 3100e11,000 0.5e0.82 2.67e9.8 0.25e0.33 Antrim 500e2000 5000e8000 0.35e0.38 0.6e2.2 0.2

Wolfcamp 5500e11,000 0.46e0.62 4e11.9 0.15e0.4 Mancos 0.45e0.9 3.4e4.2 0.08e0.25 2011 Zeng, and

plays. Niobrara 5500e8500 0.41e0.67 6.1e9 0.18e0.27 Wang

shale Marcellus 2000e8500 0.40e0.67 0.15e0.35 (2009),
US 4.4e29 al. et
major Monterey 4000e15,000 0.44e0.8

in Fayetteville 1000e7000 0.1e0.26 1.3e2.7 0.1 Burnaman
properties 0.44 1e1.45 outcrop samples (2014),

mechanical Haynesville 9600e13,500 0.75e0.94 1.45e8 0.1e0.26 Woodford 6000e16,000 0.6e0.65 0.28e2.2 0.15e0.25 Sandrea and

and Sandrea are

gradients Barnett 5000e8500 0.49e0.54 0.15e0.21 Utica 4000e14,000 0.56e0.8 1e7 0.22e0.35 references

pressure 5e7 Major

Pore (psi/ft) (Mpsi) ratio (psi/ft) modulus ratio sources:

7.3 (ft) pressure (ft) pressure various
Table Plays Depth Pore gradient Young’s modulus Poisson’s Plays Depth Pore gradient Young’s (Mpsi) Poisson’s From