Liquefied Natural Gas (LNG)
Liquefied Natural Gas (LNG) Liquefied Natural Gas (LNG) undergoes a transformative process, cooling natural gas to minus 161°C, rendering it into a liquid form. Stored under atmospheric pressure, LNG is drastically reduced in volume, making it more economical to transport, especially in areas lacking pipeline infrastructure. Upon reaching its destination, LNG is degasified and utilized for various purposes, mirroring the applications of natural gas. Whether it's heating homes, cooking meals, or generating electricity, LNG serves as a versatile and efficient energy solution, contributing to global energy needs sustainably.
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LPG (Liquefied Petroleum Gas)
LPG (Liquefied Petroleum Gas) LPG, comprising predominantly propane and butanes in various ratios, is a versatile energy source derived from both crude oil and natural gas production processes. It serves as a crucial by-product in the petrochemical industry and finds extensive use globally for various purposes, from domestic heating to automotive fuel. Production and Transportation LPG is sourced as a by-product of crude oil production (Associated Gas) and natural gas production (Non-Associated Gas), as well as from refinery processes. It is transported primarily in pressurized vessels, with Associated and Non-Associated LPG or NGL’s often shipped via pipelines, especially in regions like the US. Refrigerated VLGC’s facilitate long-distance transportation, such as from the US Gulf Coast to Japan. Global Applications Apart from being integral to petrochemical processes, LPG serves as a convenient fuel for diverse domestic applications worldwide. In the northern hemisphere, it is commonly used for home heating, while in Africa, it is a popular choice for cooking. Additionally, in select markets, LPG is utilized as a fuel for automobiles, known as Autogas. Discover the multifaceted role of LPG as an essential energy source with global implications, powering homes, industries, and transportation systems across the world.
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