A natural gas -
based alternative

The alternative is a generic name for a process during which the hydrocarbon fuel gases are converted into synthetic liquid fuels that can be processed into fules or other types of hydrocarbon materials such as diesel, gasoline, oil, kerosene. It can also be used to produce jet fuel, wax and other liquid petroleum products. 

The Products in the process depend on the technology that is used, when any technology enables production of a specific range of products. The decision on the type of technology used will be essential, since it determines the range from which to choose the exact product mix at any time.

The alternative is a generic name for a process during which the hydrocarbon fuel gases are converted into synthetic liquid fuels that can be processed into fules or other types of hydrocarbon materials such as diesel, gasoline, oil, kerosene. It can also be used to produce jet fuel, wax and other liquid petroleum products.

The Products in the process depend on the technology that is used, when any technology enables production of a specific range of products. The decision on the type of technology used will be essential, since it determines the range from which to choose the exact product mix at any time.

The “TROPSCH-FISCHER" Technology is a technology that allows the passage from the gas stage to the extraction stage without an intermediate step of heating and mixing the gas in a mixture of hydrogen and carbon mono-depleted, when it’s not yet reached commercial maturity.

The “TROPSCH-FISCHER" Technology is a technology that allows the passage from the gas stage to the extraction stage without an intermediate step of heating and mixing the gas in a mixture of hydrogen and carbon mono-depleted, when it’s not yet reached commercial maturity.

Much energy is required at this stage it makes the process intensive energy consumer, and a polluter in terms of carbon emissions involved in it. Heat release processes taking place anyway, makes the alternative “cleaner”.

Apart from the manufacturing process, natural based gas alternative is considered "clean", certainly when compared to conventional diesel, and also meets all environmental standards and does not require special match performance engines. The gas is Cheap and easy to transport, as he returned to the gaseous state prior to consumption.

Much energy is required at this stage it makes the process intensive energy consumer, and a polluter in terms of carbon emissions involved in it. Heat release processes taking place anyway, makes the alternative “cleaner”.

Apart from the manufacturing process, natural based gas alternative is considered "clean", certainly when compared to conventional diesel, and also meets all environmental standards and does not require special match performance engines. The gas is Cheap and easy to transport, as he returned to the gaseous state prior to consumption.

The can be used to Can be produced clean synthetic diesel as a competitive alternative to gasoline.

The can be used to Can be produced clean synthetic diesel as a competitive alternative to gasoline.

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The Fuel of the Future

Natural gas is becoming the world's preferred energy source because of being relatively inexpensive and environmentally friendly. Natural gas liquefaction technology (LNG) and liquefaction (GTL) allow the gas market, similar to oil products, and solve the biggest problem associated with its use: Transport fairly expensive.

Natural gas is becoming the world's preferred energy source because of being relatively inexpensive and environmentally friendly. Natural gas liquefaction technology (LNG) and liquefaction (GTL) allow the gas market, similar to oil products, and solve the biggest problem associated with its use: Transport fairly expensive.

Gas processing technologies based on processes such a “TROPSCH-FISCHER" who exploit natural gas from marginal fields to produce products like diesel and methanol. Crude oil price is a crucial factor in the development of the GTL technologies. The relatively High oil prices, and natural gas prices descent in North America make the GTL highly economical. A Production of by-products with high added value, such as waxes, lubricants and very clean fuel, may ensure the economic value of the GTL, even if crude oil prices will decrease.

Gas processing technologies based on processes such a “TROPSCH-FISCHER" who exploit natural gas from marginal fields to produce products like diesel and methanol. Crude oil price is a crucial factor in the development of the GTL technologies. The relatively High oil prices, and natural gas prices descent in North America make the GTL highly economical. A Production of by-products with high added value, such as waxes, lubricants and very clean fuel, may ensure the economic value of the GTL, even if crude oil prices will decrease.

The high quality of GTL products ensures the reduction of the amount of emissions and compliance with the most stringent environmental protection.

The high quality of GTL products ensures the reduction of the amount of emissions and compliance with the most stringent environmental protection.

"In recent years, interest in the use of Bio-gas technology, for the utilization of industrial byproducts for energy development needs, increased significantly. Several countries already use this technologyon a large scale.
Bio-gas produced in this process is a versatile source of energy. it can be used for the benefit of heating or electricity production, can be processed to fuel for vehicles or to stream it to the natural gas network "
- Jula Lasi, a professor at the University of OULU.
"In recent years, the interest in the use of biogas technology for the utilization of industrial byproducts for energy development needs has increased significantly, and several countries are already using this technology on a large scale. To be used for the heating or production of electricity, can be processed into fuel for the vehicle or stream it to the natural gas network. "
- Yula Lassi, a professor at the University of Oulu.
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