... 2023 2023. Copyright is held partially by SPE. Contact SPE for permission to use material from this document. air emission artificial intelligence oceaneering united states government nasa north america government satellite oil field application operation aerospace oss actuator...

...Pat Davis Szymczak _ The use of satellite imaging to verify self-reporting of methane emissions using empirical data gathered in near-real time by artificial intelligence, could cost the fossil fuel industry dearly in fines under the new methane provisions of the US Inflation Reduction Act (IRA...

... (Pandey et al. 2019) and Texas (Cusworth, Duren, Thorpe et al. 2020) efforts to use satellites led to technical papers to consider how they addressed this challenge. For those with blowouts next year, chances are a lot better methane-emission data would be available because of the launch...

...Chris Carpenter This article, written by JPT Technology Editor Chris Carpenter, contains highlights of paper SPE 184971, “Satellite Monitoring of Cyclic-Steam Stimulation Without Corner Reflectors,” by Michael D. Henschel and Jonathan Dudley, MDA, and Peter Chung, Canadian Natural Resources Limited...

... it to the ongoing expansion of a regional complex of gas reservoirs. The approach is used to determine the development schedule of the different reservoirs and the timing of their wells, the timing and staging of compression, and the development of satellites to meet a contract specification. 1 5 2006 1 5...

... crude stabilization and exporting terminal. Theplatforms can be divided into three types: CPP's and manned and unmannedsatellite platforms. As Fig. 2 shows, until mid-1988, there were eight CPP's, four manned satellites, and nine unmanned satellites; a pumping platformconnected to a manned satellite...

... for decades, it became much more available and interesting with the advent of the EarthResources Technology Satellite-1 (ERTS-1), later renamed LANDSAT-1, in 1972. Since that time, hundreds of thousands of images detected by satellites havebeen transmitted to base stations at strategic locations around...

... here was initially patterned after the Four Corners System. The establishment of "excessive" construction charges for the telephone linkage between satellites dictated that another mode of transmission be developed for the sake of economy. The word excessive as used here does not imply...

... 35 satellite production stations and two central treating stations, handling a total of 462 producing wells. The production data reported includes well-test oil, water and gas volumes. The supervisory control system provides remote control of all production wells. This system was designed making use...

... components- the programmable central facility, which is actually an on-line computer similar to those used in manufacturing facilities, and the remote field installation called the satellite. Both components are designed around transistorized solid-state circuitry. The two major components are linked...

... called a "satellite". (The satellite can be expanded to 64 wells.) There are presently 19 satellites on the lease. This unit consists of header equipment and one test separator (Fig. 1). Four satellite units deliver crude production and data information to a unit called a "central", which consists...

... to a minimum was most desirable. Field Layout and Equipment A "satellite" system of facility layout usually results in the minimum investment per well and, thus, was used when planning the Virginia Hills field development. In a satellite system of production, many wells are produced through each central...