When natural gas is cooled to very low temperature it turns into a liquid is called liquified petroleum gas or LPG. It can be moved from place to place in special cylinders. In mountainous areas where there are no gas pipelines, many people use LPG for heating and cooking.
natural gas is supplied by the pipelines from the source where it is refined to homes industries and factories. it is compressed by high prssure to form CNG which is used as an idle fule for automobiles.
Natural gas is too hard to Compress, so, it is collected straight from the ground and pumped to homes. When a Gas field is found they just use a pipe like they do oil to tap into the Gas pocket. Butane is a gas that can be compressed it liquefies under pressure, that why a Lighter looks like it has Liquid in it, you CAN NOT do this with natural gas. This a easy way to explain it
Online Station:Online stations are directly connected with the Natural Gas Pipeline. At online station, natural Gas is received at a pressure of 19 barg and then compressed upto a pressure of 250 barg with the help of a reciprocating compressor in order to enhance the on board storage capacity of vehicle. Then, it is dispensed to vehicles locally through CNG dispensers at a pressure of 200 barg. Typically a CNG Online Stations consists of following equipments:CNG CompressorCNG DispenserStorage CascadeMother Station:Mother stations are similar to an online station, where it has the facility to refuel the mobile cascades in addition to the local demand of vehicles. These mobile cascades are then dispatched to other stations, which do not have the connectivity of pipeline.Daughter Station:Daughter stations do not have the connectivity of natural gas pipeline. At these stations, compressed natural gas (CNG) is transported through mobile cascades (bunch of cylinders mounted on trucks) at a pressure of 240-250 barg and then dispensed to vehicles through CNG dispensers. In fact, under stopped condition of CNG Compressor, a mother/online station acts as a Daughter Station and dispensed the gas from the local storage cascades.
Natural gas is not "refined", it is generally treated &/or processed. Natural gas, as extracted from a well, is typically not the same as the natural gas that is commonly used in homes & industry. Depending on the source of the natural gas, the gas may contain heavier hydrocarbons (ethane, propane, & pentanes; aka "liquids" &/or "products") and/or contaminates such as sulfur, water, carbon dioxide, hydrogen sulfide, ... that must be removed so that the consumable "natural gas" ("Methane", also referred to as "Residue gas" once processed) can be transported via pipelines (interstate &/or intrastate) to markets and/or city gates (delivery to municipalities for transmission to end-users). Natural gas processing consists of extracting the contaminates and separating the heavier hydrocarbons to bring the gas to what is known as "Pipeline quality" (gas the meets the standards established by the transporting pipeline). Gas plants may use refrigeration or cryogenic technology (basically, by cooling & controlling pressures the various heavier liquids drop & are collected) to "process" the gas. Various methods, many similar to processing, may be used to "treat" the gas (removal of contaminates) such as changing &/or controlling pressure fluctuations &/or temperature fluctuations. For more information, excellent sources of information can be found at various websites including; www.naturalgas.org, www.slb.com & www.eia.doe.gov (an excellent glossary)
Whether iron needs to be transported a long way depends on the location of iron ore deposits relative to processing facilities and end users. Iron ore is often mined in remote areas, requiring transportation to smelting plants, which can be hundreds or even thousands of miles away. Additionally, logistical factors such as infrastructure, shipping routes, and economic considerations can influence the distance iron must be transported. In regions with abundant local resources, transportation distances may be shorter.
LNG stands for liquefied natural gas, which is natural gas that has been cooled to -260°F, turning it into a liquid for easier storage and transportation. LNG is typically transported via special cryogenic tanker ships specifically designed to keep the LNG at its extremely low temperature during transit. Once at its destination, the LNG is regasified and transported via pipelines for distribution to end users.
natural gas is supplied by the pipelines from the source where it is refined to homes industries and factories. it is compressed by high prssure to form CNG which is used as an idle fule for automobiles.
The "tonnage" or "supply scheme" market, is composed of large-volume users who usually receive gas via a direct pipeline from an on-site production facility.
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Compressed Natural Gas (CNG) can be directly transported to homes and industries through pipelines or delivery trucks because it is stored at high pressure, making it easier to transport in a compact form. This allows for efficient distribution without the need for extensive infrastructure modifications. Additionally, CNG is a cleaner-burning fuel, which makes it an attractive option for residential and industrial applications, reducing emissions and promoting sustainability. Its versatility in usage, combined with advancements in transportation technology, facilitates direct delivery to end-users.
every one and every thing.
Wind energy is converted into electricity by wind turbines which are connected to the power grid. This electricity is then transported to users through power lines or cables that distribute the electricity to homes and businesses.
Since there is millions of questions and hundreds joining. Users without a Account can take 45% of the community ( this is not accurate )
Fossil fuels are collected through methods such as drilling wells for oil and natural gas, mining for coal, and extracting oil sands. They are then transported through pipelines, trucks, ships, and railways to distribution centers, where they are further distributed to end-users such as power plants, refineries, and households for consumption.
Geothermal energy is typically transported to customers through a network of underground pipes that carry hot water or steam from the geothermal power plant to the end users. The heat is then transferred through heat exchangers to provide heating or hot water to buildings or used to generate electricity.
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