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Search Petrowiki: Liquified natural gas (LNG)
...LNG) is the liquid form of ...natural gas at cryogenic temperature of 256 F ( 160 C). When ...natural gas is turned into ...
Liquified natural gas (LNG) is the liquid form of natural gas at cryogenic temperature of 256 F ( 160 C). When natural gas is turned into LNG, its volume shrinks by a factor of approximately 600. This reduction in volume enables the gas to be transported economically over long distances. Over the past 30 years, a considerable world trade in LNG has developed. Today, LNG represents a significant component of the energy consumption of many countries and has been profitable to both the exporting host countries and their energy company partners.
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...Category:4.6.2 Liquified natural gas . Pages in category "4.6.2 ...Liquified natural gas" This category contains only the following page. L * ...
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...Category:4.6 Natural gas . Pages in category "4.6 ...Natural gas" The following 7 pages are in this category, out of 7 total. A * Asphaltene precipitation C ... * Calculating gas properties * Compressed ...
- Facilities Design, Construction and Operation > Natural Gas Conversion and Storage > Liquified natural gas (LNG) (0.82)
- Facilities Design, Construction and Operation > Natural Gas Conversion and Storage > Compressed natural gas (CNG) (0.82)
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...Compressed natural gas (CNG) Compressed ...natural gas (CNG) transportation is used in very small systems in environmentally sensitive areas. Trucks, ship...s, or barges transport the gas from a remote well to a pipeline or from a pipeline to a customer location. Sometimes the ...
Compressed natural gas (CNG) transportation is used in very small systems in environmentally sensitive areas. Sometimes the gas is transported to remote filling stations for CNG-fueled vehicles. Large-scale transportation of CNG is not yet commercialized but is considered economically feasible and is being pursued actively by several companies. In the 1960s, Columbia Natural Gas of Ohio tested a CNG carrier. The ship was to carry compressed natural gas in vertical pressure bottles; however, this design failed because of the high cost of the pressure vessels.
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...Gas utilization options Major parameters that play a role in the screening of ...gas utilization options include: * ...Gas-field size * Product market size * World-scale plant size * Maturity of technology * Capital co...
Table 1 shows the gas-field-size requirements and typical world-scale plant sizes for some of the gas utilization options. The gas-field-size requirements are based on a single-train plant with a 20-year life. It is possible to have multiple-train plants, which will require larger-sized gas fields; however, under these circumstances, the impact of the additional production on the product market should be evaluated. A combination of different gas monetization options also can be used depending on the available gas reserves. Table 2 compares the total market size for the different products for year 2001.
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...dissipation rate G * Generation of hydrocarbon accumulations K * Kriging and cokriging L * Liquified natural gas (...LNG) W * Water and ...gas coning * Wilmington field...
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...pumps 3.1.3 Hydraulic and jet pumps 3.1.4 Hybrid lift technologies 3.1.5 Plunger lift 3.1.6 Gas lift 3.1.7 Progressing cavity pumps 3.1.8 ...Gas well deliquification 3.2 Well operations and optimization 3.2.1 Well candidate recognition 3.2...ms and design 4.1.1 Process simulation 4.1.2 Separation and treating 4.1.3 Dehydration 4.1.4 Gas processing 4.1.5 Processing equipment 4.1.6 Compressors, engines, and turbines 4.1.7 Electric...
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...Glossary:Liquefied natural gas Methane that has been compressed and cooled to the liquefaction point for shipping. Abbreviated ...
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...PEH:Monetizing Stranded Gas Publication Information Petroleum Engineering Handbook Larry W. Lake, Editor-in-Chief Volu...rner Jr., Editor Copyright 2007, Society of Petroleum Engineers Chapter 8 – Monetizing Stranded Gas By Pankaj Shah and Charles Durr, KBR Pgs. 363-397 ISBN 978-1-55563-122-2 Get permission for r...euse Introduction: Gas – The Fuel of the 21st Century ...
Natural gas is the fastest growing primary energy source. Its use is projected to double between 1999 and 2020.[1] The mix of fossil fuels used to provide energy and petrochemicals is shifting toward natural gas (or just "gas") and away from coal. Natural gas is the more hydrogen-rich fuel. The worldwide increase in demand for natural gas is driven by the abundance of natural gas reserves, continued technological advances in exploration and production, and the desire for low-carbon fuels and cleaner air. The global demand for gas is increasing at more than twice the rate of oil demand. In the near future, one can envision an economy powered by gas. There are approximately 150 trillion m3 of proven natural gas reserves available worldwide as of the year 2000.[2] Table 8.1 compares the worldwide fossil fuel reserves. At current consumption rates, the worldwide reserves-to-production ratio for gas is approximately 65 years, compared with 38 years for crude oil.
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...Methane that has been compressed and cooled to the liquefaction point for shipping. Abbreviated LNG...
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