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J Can Pet Technol 50 (11): 68–70.
Paper Number: SPE-136863-PA
Published: 01 November 2011
... for liquefied natural gas (LNG), in which gas from offshore suppliers could be imported and moved through the North American transportation grid to market. Regulators were anticipating an influx of LNG-facility applications and myriad infrastructure modifications to handle the resulting new flow regime. In 5...
J Can Pet Technol 49 (03): 22–27.
Paper Number: SPE-134245-PA
Published: 01 March 2010
... midale core fracture regulator abandonment pressure matrix fractured core blowdown Injection Rate injection University Oil Recovery Upstream Oil & Gas co 2 diffusion rate 10 reservoir fractured reservoir 22 Journal of Canadian Petroleum Technology Experimental Investigations...
J Can Pet Technol 44 (08).
Paper Number: PETSOC-05-08-WPC5
Published: 01 August 2005
.... Introduction As the petroleum industry and concerns with development evolve, a regulator cannot expect to regulate in the same manner as it always has. Even the approach taken for developing regulatory requirements must grow and adapt. In this paper, two examples are explored where a regulator employed...
J Can Pet Technol 5 (03): 139–144.
Paper Number: PETSOC-66-03-05
Published: 01 July 1966
...L.F. Castro; J.H. Oden To fill the need for economical and efficient regulation of injection fluidin waterflood projects, a new pressure- compensating flow regulator has beendeveloped. This flow regulator provides a means of controlling injectionvolumes without the need for constant adjustments...
J Can Pet Technol 1 (02): 61–63.
Paper Number: PETSOC-62-02-03
Published: 01 June 1962
... operating costs. 1 6 1962 1 6 1962 1962. Petroleum Society of Canada production logging detector flow rate production control Drillstem Testing supervisory system regulator production monitoring Upstream Oil & Gas central control alarm monitor Reservoir Surveillance...
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