The ZIP Program (Zero Impact Platform) is a dynamic work methodology consisting in using in synergy, on the same platform, new and traditional technological configurations, that share the peculiarity of being the best possible achievements about the respect of environment and the personnel and population safety.
The Company is able to design and to realize the Zero Impact Platform thanks to years of research, selection and verification of plants of different producers with various input materials, and thanks to test facilities and industrial plant constructions.
Current ZIP areas of application are:
• Plasma gasification also associated with pre- gasification reactors.
• Syngas methanation process.
• Vortex, screw, ablative pyrolysis and gasification even with oxygen/steam.
• Slow pyrolysis for used tires and plastics and oil upgrade to fuel.
• Systems to improve efficiency and decrease emissions in diesel and gas generators.
• Molecular cold cracking for oils and fuels.
• Waste water cleaning systems with cavitation and electrocatalysis and adsorption.
• Municipal waste both unsorted and from separate collections.
• Special waste (industrial, hospital, etc.) even hazardous and even in metal box.
• By-products from waste.
• Synthetic Natural Gas for sale and/or for national grid and/or for energy.
• Power and heat (cogeneration).
• Basaltic non-leachable materials.
• Separated metals.
• In air: no emission in case of methane generation, in case of CHP emissions only from gensets (or from other conversion systems).
• Secondary solid waste: no production because normally the remaining material is similar to non-leachable basalt.
• Water cycle: process water is cleaned and normally recycled.
• Vortex gasification (reactor with one or three chambers);
• Fluidized bed gasification;
• Supercritical water gasification (in progress);
• Syngas methanation;
• Systems to improve efficiency and decrease emissions in diesel and gas generators;
• Hydrogen power generator and water gas heat generator.
• Biomasses even in small size;
• Waste biomasses and specified by-products from: agricultural activities, livestock (eg. chicken manure) , fish breeding, forest cleaning, agro-industrial, etc.
• Biomethane (even advanced) for national grid and/or for energy;
• Power and heat (cogeneration);
• Biochar.
Emissions may vary depending on input materials and on technologies, in general:
• In air: no emission in the case of methane generation, in case of CHP emissions only from gensets (or from other conversion system).
• Secondary solid waste: no production because the char is used as soil improvers (biochar) or for energy.
• Water cycle: process water is cleaned and normally recycled.
