The system, which can be transported on a semi-trailer, is chassis-mounted and pre-assembled in the factory to minimise installation and start-up times.
The facility consists of:

The advantage of liquefaction is the significant reduction in volume compared to the gaseous form, almost 600 times smaller.
It offers the possibility of setting up plants that use methane gas in places not reached by pipeline: this allows the reduction in the use of other, far more polluting fuels such as diesel and btz.
Presenting a high energy density in the liquid form, LNG can be transported and stored at competitive costs.
In addition, gasification and regulation plants are technically simple and maintenance costs are extremely low.
Natural gas is the cleanest fossil fuel, and its combu-stion produces only water vapor and a small amount of carbon ani-dride. LNG, which is even cleaner than natural gas, also guarantees combustion substantially free of residues such as particulate matter and poses no risk of ac- water or soil pollution.
In case of accidental leakage from the tank, LNG vaporizes immediately and, being lighter than air, is dispersed into the atmosphere, unlike what happens with LPG. It is not toxic or corrosive.
LNG has a Higher Calorific Value (HCV) greater than 15 kWh/kg and a significant specific weight:
this allows a high energy reserve to be stored in a small space. The combination of these characteristics makes LNG superior to other fossil fuels.
The LNG supply chain
Natural gas extracted from deposits or produced by biodigesters is transformed into LNG through special liquefaction plants.
Request a Free Consultation Now.