Our gasifiers - zero emissions

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The produced gas (syngas) are sent to a post combustor and subsequently to an external ducts of the drying / pyro / gasification system.

These ducts will give up the heat developed during the post-combustion to the reactor inside them so supporting thermally the various steps of the process.

Said produced gas (syngas) will be sent, after having been properly washed and purified, to the turbine and / or to the endothermic engines. In the absence of a plasma torch it is not possible to reach the zero emissions level but, in any case, these will be below the levels allowed by the various national regulations.

The use of syngas will produce thermal kW and electric kW. Part of the produced electricity will be used for the process (about 15%), the other could be used to reduce the costs of other energy-consuming processes within the plant or to create a district heating network or it can be sold.

Thermal energy can in turn be partially transformed into electricity.

Once the gasification process has taken place, the only resulting waste product is the ash, on average about 5-10% of the matrix entering the gasifiers.

The part of the ash treated in the plasma torch will be transformed into a material that can be destined for useful uses without environmental risks.

The ash will be analyzed to evaluate its possible capacity as potential soil improvers or usability as building materials.

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  • Gasifiers
    • Energy production

      The energy production generated in our plant is expressed with conservative values. As is obvious, each of our technologies has peculiar strengths: gasification maximizes energy yield while plasma torch maximizes inerting. Some matrices obviously perform better than others.

    • Our gasifiers

      The gasifiers take advantage of the molecular dissociation, called pyrolysis, used to directly convert the organic materials present in the waste into gas, by heating, in the presence of small quantities of oxygen. The processed materials are completely destroyed because their molecules are dissociated. This process allows, if compared with the direct burning, a number of significant advantages:...

    • Scraps and their use

      Once the gasification process has taken place, in addition to the synthesis gas, we obtain ash in an amount equal to 5-10% of the treated original matrix (approximately 20% from sludges).

    • Sludges pyrolysis test

      Report of the tests carried in November 2011 on the pilot gasifier at the CSM of Rome - IT in order to determine the self-sustenance of the drying process / pyrolysis and gasification of sludge. The wastewater sludge, residential or industrial whatever their origin, are generally considered as waste and are disposed of in landfill. The increased quantities produced as a result of the increasing number of...

    • The technology

      Our plant is completely innovative in its design while relying on proven, mature technologies and, individually, commercially used for decades in different parts of the world.

  • Products
    • Biodigestion

      The preparation of the substrate consists in obtaining the physical-chemical characteristics considered optimal for introduction into the biodigester.


      We are talking about an atypical industrial plant which, instead of polluting, will proceed to remove pollution and improve people’s lives.

    • Empowering Device

      Empowering Device has been fully conceived, developed and implemented by our team and is able to simultaneously manage different types of controlled cavitation, of which 5 of a different nature but which coexist harmoniously to the point that no significant vibrations are detected.

    • Mining

      The current evolution of mining passes thorough the abandonment of methods that are dangerous for man and the environment, such as the use of mercury and cyanides, to get to Borax, a modern and harmless method, which also allows a better yield in recovered gold.

    • Plasma

      For Plasma refers to a conductive gas, highly ionized. The torch or the non-transferred arc electrodes are capable of producing plasma at very high temperatures (the highest achieved in controlled industrial processes) and such as to cause thermochemical dissociation of what is being treated.

    • Soil washing

      Most of our specialists and technicians come from the Oil & Gas sector and, therefore, has been taught to everyone of them, since the early beginning, that any spillage in the soil must be avoided. This is not only for obvious environmental problems but also to avoid costly and annoying protests by environmental movements.

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