FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2792920274> ?p ?o ?g. }

• W2792920274 abstract "Abstract … And expecting different results. Electrical heating of oil reservoirs has fascinated petroleum engineers for more than 70 years - longer, if you include the use of heaters in Siberian oilfields. The earliest laboratory study was done in Pennsylvania in 1940's. Since then, many more studies and field tests have been carried out, none of which was a commercial success. This paper takes a look at different forms of electrical heating, the supporting theoretical work, and field tests. Additionally, several examples are given illustrating the limitations of electrical heating processes. Also discussed is the logic behind the resurgence of electrical heating in recent years. Not discussed are over 200 patents on electrical heating. The major electrical heating processes are resistance heating, using direct current or low frequency alternating current, induction heating, microwave heating, and heating by means of electrical heaters. These are described briefly, and compared. In applications to oil sands, the intent is to utilize the connate water as the heating element (resistance heating) or oil sands as the dielectric (microwave heating). Induction heating is much less effective but has been tested in many field projects. Shale that has a permeability of zero to fluid flow, is electrically conductive, and thus channels much of the electric current flow in resistance heating, which also has other limitations. Microwaves suffer from low depth of penetration (of the order of 20 cm in oil sands) and low power delivery (of the order of 1 MW as a maximum). The power requirements for a typical SAGD pair, in contrast, are 15-30 MW. Electric heaters have been used in oilfields for many years for near-wellbore heating. Two large field pilots used powerful electric heaters, and were recently shut down. Although electrical heating has not had commercial success, recently there has been a resurgence in various electrical processes, as a means of reducing GHG emissions, under the flawed logic that oilfield use of electricity would displace emissions caused by steam generation." @default.
• W2792920274 created "2018-03-29" @default.
• W2792920274 creator A5014298821 @default.
• W2792920274 creator A5043108410 @default.
• W2792920274 date "2018-03-13" @default.
• W2792920274 modified "2023-09-23" @default.
• W2792920274 title "Electrical Heating — Doing the Same Thing Over and Over Again …" @default.
• W2792920274 cites W1966117956 @default.
• W2792920274 cites W1966898520 @default.
• W2792920274 cites W1968857839 @default.
• W2792920274 cites W1975945504 @default.
• W2792920274 cites W1978661265 @default.
• W2792920274 cites W1978834737 @default.
• W2792920274 cites W1979129217 @default.
• W2792920274 cites W1979691954 @default.
• W2792920274 cites W1979893412 @default.
• W2792920274 cites W1986556652 @default.
• W2792920274 cites W1987602686 @default.
• W2792920274 cites W1992858127 @default.
• W2792920274 cites W1992898955 @default.
• W2792920274 cites W1993137398 @default.
• W2792920274 cites W1995478302 @default.
• W2792920274 cites W1995625265 @default.
• W2792920274 cites W1999209065 @default.
• W2792920274 cites W2000661392 @default.
• W2792920274 cites W2005416057 @default.
• W2792920274 cites W2008250608 @default.
• W2792920274 cites W2008577482 @default.
• W2792920274 cites W2009226476 @default.
• W2792920274 cites W2009893069 @default.
• W2792920274 cites W2011703042 @default.
• W2792920274 cites W2011931010 @default.
• W2792920274 cites W2013624525 @default.
• W2792920274 cites W2014729333 @default.
• W2792920274 cites W2015959087 @default.
• W2792920274 cites W2017201914 @default.
• W2792920274 cites W2023184212 @default.
• W2792920274 cites W2023241734 @default.
• W2792920274 cites W2023921984 @default.
• W2792920274 cites W2027576382 @default.
• W2792920274 cites W2028332644 @default.
• W2792920274 cites W2031782101 @default.
• W2792920274 cites W2032702434 @default.
• W2792920274 cites W2037073478 @default.
• W2792920274 cites W2037342617 @default.
• W2792920274 cites W2040102829 @default.
• W2792920274 cites W2042241774 @default.
• W2792920274 cites W2042773286 @default.
• W2792920274 cites W2048883587 @default.
• W2792920274 cites W2050637145 @default.
• W2792920274 cites W2052962756 @default.
• W2792920274 cites W2056871879 @default.
• W2792920274 cites W2056878589 @default.
• W2792920274 cites W2057289936 @default.
• W2792920274 cites W2057838649 @default.
• W2792920274 cites W2060548423 @default.
• W2792920274 cites W2064029487 @default.
• W2792920274 cites W2065694806 @default.
• W2792920274 cites W2071736192 @default.
• W2792920274 cites W2073969459 @default.
• W2792920274 cites W2074089226 @default.
• W2792920274 cites W2077458949 @default.
• W2792920274 cites W2078770298 @default.
• W2792920274 cites W2079555687 @default.
• W2792920274 cites W2084958407 @default.
• W2792920274 cites W2087458721 @default.
• W2792920274 cites W2089184431 @default.
• W2792920274 cites W2089802744 @default.
• W2792920274 cites W2090583737 @default.
• W2792920274 cites W2090687147 @default.
• W2792920274 cites W2139244490 @default.
• W2792920274 cites W2328713638 @default.
• W2792920274 cites W2425858393 @default.
• W2792920274 cites W2463483167 @default.
• W2792920274 cites W2477118120 @default.
• W2792920274 cites W2484573577 @default.
• W2792920274 cites W2490689594 @default.
• W2792920274 cites W2506247031 @default.
• W2792920274 cites W2611404239 @default.
• W2792920274 cites W4233033715 @default.
• W2792920274 cites W4239146688 @default.
• W2792920274 cites W4241998550 @default.
• W2792920274 cites W4247384668 @default.
• W2792920274 cites W2174770690 @default.
• W2792920274 cites W2398129131 @default.
• W2792920274 doi "https://doi.org/10.2118/189724-ms" @default.
• W2792920274 hasPublicationYear "2018" @default.
• W2792920274 type Work @default.
• W2792920274 sameAs 2792920274 @default.
• W2792920274 citedByCount "7" @default.
• W2792920274 countsByYear W27929202742018 @default.
• W2792920274 countsByYear W27929202742019 @default.
• W2792920274 countsByYear W27929202742020 @default.
• W2792920274 countsByYear W27929202742022 @default.
• W2792920274 crossrefType "proceedings-article" @default.
• W2792920274 hasAuthorship W2792920274A5014298821 @default.
• W2792920274 hasAuthorship W2792920274A5043108410 @default.
• W2792920274 hasConcept C117926987 @default.
• W2792920274 hasConcept C119599485 @default.
• W2792920274 hasConcept C121332964 @default.

• next