/ Reduce the fuel oil costs for the production of thermal energy by an average of 10%
/ To increase the efficiency of boiler plants by 5-12%
/ Reduce corrosion caused by high temperatures and exposure to sulfides and vanadium
/ Dispose of lubricated waters and waste oils as part of the treated fuel
/ To restore the physico-chemical properties of degraded fuel oil with subsequent combustion
/ Significantly reduce the financial costs associated with emissions of harmful substances
/ Reduce emissions of harmful substances (carbon monoxide, nitrogen oxide, nitrogen dioxide, sulfur dioxide, hydrogen sulfide and benzapyrene) by 2-3 times
/ Increase the completeness of fuel combustion, improve its operational characteristics
/ Reduce low-temperature sulfuric acid corrosion of tail heating surfaces
/ Eliminate the possibility of separating fuel into water and fuel oil during long-term storage
/ Reduce operating costs and the amount of planned work required