What can be manufactured from natural gas

It is possible to drive on gas
Natural gas can be used as a motor fuel. Compressed (or pressurized) methane costs half as much as petrol with the octane number of 76; extends the service life of engine; and can improve the urban ecology. Engine powered by natural gas complies with the Euro-4 environmental standard. Gas can be used for conventional vehicles, as well as for agricultural, water, air, and railway transport.

Compressed gas is produced at CNG filling stations by the compression of natural gas, supplied via the gas pipeline, to 20–25 MPa (200–250 atm).

Liquid motor fuels can also be produced from natural gas using the gas-to-liquid technology (GTL). Since natural gas is a quite inert product, it is first virtually always converted into a more reactive gas-vapor mixture, the so-called synthesis gas (mixture of CO and Н2).
Then, it is taken for synthesis to produce liquid fuel. This may be a so-called synthetic oil, diesel fuel, as well as lubricants and paraffins.

Liquid hydrocarbons were first produced from synthesis gas by German chemists Franz Fischer and Hans Tropsch in 1923. They used coal as a source of hydrogen at that time, though. Currently, different modifications of the Fischer-Tropsch method are applied in many marketed processes for conversion of gas into liquid hydrocarbons.

Gasoline separation
Primary gas processing takes place at GPP’s – gas processing plants.
Apart from methane, natural gas usually contains different admixtures which must be separated. These are nitrogen, carbon dioxide, hydrogen sulfide, helium, and water vapors.
Therefore, gas at GPP is primarily cleaned and dried. Gas is then compressed to a pressure required for processing. At gasoline extraction units, gas is separated into unstable natural gasoline and lean gas – a product, which is then pumped into gas trunklines. The same cleaned gas is supplied to chemical plants to make methanol and ammonia.

After separation from gas, unstable gasoline is supplied to gas fractionation units to extract light hydrocarbons such as: ethane, propane, butane, and pentane. These products also became a feedstock for further processing. For example, polymers and rubbers are subsequently produced from them. The propane-butane mixture is a finished product by itself – it is pumped into cylinders and used as a household fuel

Paint, glue and vinegar

How ammonia is produced