Reduces CO2 emissions by 25,000 kg/year by avoiding about 300 tanker truck trips
Does not involve the oxygen liquefaction process and subsequent storage in cryogenic tanks. This results in a significant reduction in electricity consumption and thus a reduction in atmospheric emissions that can be estimated at about 1,000,000 kg/year CO2.
Ensures continuity of supply in all conditions, further enhances the already high safety standards of the production site
Reduced CO2 emissions
Thanks to the plant, improved environmental impact is accompanied by a reduction in heavy traffic
Optimization of energy resources
Oxygen gas production and pipeline compression do not involve the process of oxygen liquefaction and subsequent storage in cryogenic tanks. as a result, there is a significant reduction in electricity consumption and therefore a reduction in atmospheric emissions.