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The regional stratigraphy, geothermics and hydrodynamics of the Clearwater and Grand Rapids are examined, with a focus on drilling and production in the NW region of the play, including Nipisi and Dawson-Peavine.
The regional distribution of H2S is mapped within the Montney by zone, and current research on the proposed sources of H2S is summarized.
Reservoir pressure, temperature and fluid chemistry impact gas-liquids distribution and production characteristics in the Upper Montney, one of the main producing units in the prolific Montney Formation.
Reservoir pressure, temperature, fluid chemistry and facies impact gas-liquids distribution and production characteristics in the Upper Middle Montney, one of the main producing units in the prolific Montney Formation.
Reservoir pressure, temperature, fluid chemistry and facies impact gas-liquids distribution and production characteristics in the Lower and Lower Middle Montney units, which are combined in this study.
Liquids distribution and production characteristics in the Duvernay shales are heavily impacted by reservoir temperature and pressure. As these shales are prolific source rocks, geochemistry parameters such as Hydrogen Index and Tmax can aid in mapping LGR.
The Notikewin, Falher and Wilrich members of the Spirit River Formation in the Deep Basin are combined in this study. Liquids distribution and production characteristics are impacted by reservoir pressure, temperature, fluid chemistry and facies, including the distribution of coals.
