Well, it depends on where the gas is discovered and how far away the market for this gas is. In the US and other developed and stable countries, onshore discoveries are generally easy to connect to an existing network of gas pipelines. Some pipelines extend out to the Gulf of Mexico where the water is not too deep (generally less than 50 m). However, new discoveries are being made in deep water ( Brazil and Angola are two examples) where it is very costly to transport gas. Even if pipelines are laid from the platforms to onshore facilities, there must be adequate market to use the gas. A potential solution to liquify the natural gas, and ship it in specially constructed tankers to areas that need the gas. However, this requires very large investments, to turn the gas to liquid, to build special tankers and to construct new ports to receive the gas. See related links.
Natural gas in its normal form is a gas. When natural gas is cooled to a temperature of -162 degrees C, it is compressed into a liquid is is 1/600th its original size. Liquefied natural gas is much easier to transport then compressed natural gas.
Compressed natural gas (CNG) is the same as natural gas - the only difference is in the form in which they are stored. CNG is natural gas that has been compressed to reduce its volume for storage and transport, while natural gas is found in its uncompressed form underground.
Natural gas is typically moved through pipelines, which are underground tubes that transport the gas over long distances. Compressor stations are used to pressurize the gas and keep it flowing through the pipelines. In some cases, natural gas can also be transported via ships or trucks in the form of liquefied natural gas (LNG).
LNG stands for liquefied natural gas, which is natural gas that has been chilled to -260°F, causing it to condense into a liquid form. LNG is easier to transport and store than natural gas in its gaseous state, making it more practical for long-distance transportation.
Depends where and how far, if it transported by road then yes but if it by flight or train it's risk of leaking, its all risky transporting natural gas but it's easy in get them into sealed containers
bi
Natural gas in its normal form is a gas. When natural gas is cooled to a temperature of -162 degrees C, it is compressed into a liquid is is 1/600th its original size. Liquefied natural gas is much easier to transport then compressed natural gas.
Yes and no. Natural gas and coal can both be used in power generation. Natural gas is very economical to transport over land, if pipelines have been constructed. Natural gas can be used as fuel in cars, buses and industrial equipment (forklifts in particular) and coal can not be. Environmental concerns may limit the use of coal particularly near urban areas. Natural gas is difficult to transport overseas, limiting its application to the general area were deposits are found. This is changing. There is a gas pipeline under the Mediterranean sea to supply gas from Africa to Europe. Also, there is continued growth in liquefied natural gas (LNG), however this requires very large investments.
in the mountainous areas the topography is rugged and it is difficult to dig pipes there.besides the transport system of nothren ares is not developed enough so it is costly to supply through road.
Liquefied natural gas or LNG is natural gas (predominantly methane, CH4) that has been converted temporarily to liquid form for ease of storage or transport.
Compressed natural gas (CNG) is the same as natural gas - the only difference is in the form in which they are stored. CNG is natural gas that has been compressed to reduce its volume for storage and transport, while natural gas is found in its uncompressed form underground.
You can't convert natural gas to propane because natural gas is methane and propane is what it says it is. Given that, there are Compressed Natural Gas cars, and if you get a natural gas compressor you can use it in a car.
Natural gas is typically moved through pipelines, which are underground tubes that transport the gas over long distances. Compressor stations are used to pressurize the gas and keep it flowing through the pipelines. In some cases, natural gas can also be transported via ships or trucks in the form of liquefied natural gas (LNG).
Natural gas in its normal form is a gas. When natural gas is cooled to a temperature of -162 degrees C, it is compressed into a liquid is is 1/600th its original size. Liquefied natural gas is much easier to transport then compressed natural gas.
Natural gas is compressed and liquefied to reduce its volume, making it easier and more cost-effective to transport and store. Compressing it to a liquid form (LNG) allows for more efficient storage and transport over long distances, particularly for international shipments. The process also removes impurities and makes the gas safer to transport.
Natural gas is considered a bulky fuel to transport due to its low energy density compared to liquid fuels like gasoline or diesel. Because of this, natural gas requires special transportation methods such as pipelines or compressed gas tanks, which can be more cumbersome and expensive compared to liquid fuels.
Being natural, it does not lead to any harmful emissions. However, there are certain disadvantages that need to be considered while opting for natural gas as a substitute for artificial fuels. What are the disadvantages of natural gas?Firstly, it is a highly inflammable substance.Secondly, there are huge costs involved in transporting natural gas through pipes.Owing to the high percentage of methane in natural gas, it is highly combustible. There are high possibilities that methane explosions occur while extracting as also while actually using natural gas. Moreover, natural gas, being a colorless and an odorless substance, detection of gas leaks can be difficult. This makes the use of natural gas further riskier.Natural gas requires highly complex treatment plants and pipelines for its delivery. The pipelines transport the natural gas from the gas field to its actual site of use.Natural gas occupies four times the space of a gasoline-equivalent energy.