Waste to Energy
REVALUO, recovery and revaluation of waste
We present our REVALUO system with which, through various processes and depending on the morphology of the waste, we manage to reduce by around 85 – 90% the amount of waste that ends up in the landfill, guaranteeing treatment with emissions that are far below what is indicated in the various European regulations.
We recover all types of materials for their subsequent recycling and sale (glass, cardboard, paper, metals,…) and we transform others, obtaining alternative products with economic value on the market such as ethanol, fuel bunker, biochar, coal smoke, etc.
1.- Waste treatment by means of Hydrolysis
Hydrolysis consists of the application of water over previously separated organic waste to achieve its decomposition and subsequent fermentation. Then, through a process of fractionated distillation, 92.8% (96ºGL) BioEthanol is obtained. Through a process of condensation, the water previously applied is recovered and the resulting product is a stillage-type waste that will continue the Thermolysis process for its use.
2.- Waste treatment by Thermodescomposition
Thermolysis involves the thermal decomposition of waste by means of pressure and temperature between 650°C and 1200°C (heating, not burning). In the absence of oxygen, the union of the molecules contained in the solid waste is broken, regrouping the atoms of the combustible gases and carbons and releasing oxygen. Thermolysis produces minimal emissions as the waste is controlled and transformed into energy, thus preventing the release of toxins into the atmosphere.
With this methodology we can generate electricity, heat, biofuels, biochar, synthetic gas, soil improvers and bunker oil in a totally clean way.
Organic waste only
Application of recoverable waste
Fuel grade BioEthanol
Waste to ENERGY
Waste is heated, not burned
What do you get with REVALUO?
|Miscellaneous||BioEthanol||Distilled water||Syngas||Charcoal & Biochar||Fuel Bunker||Heat||Soil Improvers|
Charcoal & Biochar
Incinerator between 1.13 & 18,52 kg/h of CO2
Gasoline car. Not less than 112 g/km. 5.600 g/h in the city, 13.440 g/h on highways.
EU Electric+petrol car. Not less than 55 g/km. 2.750 g/h in the city, 6.600 g/h on.
Thermolysis Plant: 1,7 g/h with SUW, 3,9 g/h with plastic.
Cycles of the waste since its collection
The first cycle of life of the waste is born from its collection and taking to the dump […]
From the MSW according to the materials to be treated and the by-product to be obtained […]
All the organic part separated during the draw is subjected to a Hydrolysis process […]
From the waste already separated to optimize the process and the amount of product obtained […]
The pellets treated by controlling the emissions and taking advantage of the gases emitted […]
The product obtained is stored for later treatment and/or packaging and sale […]
Exploitation & Treatment
Of products obtained for the purpose of obtaining energy or selling directly to the market […]
From the part of the MSW without calorific value and not treated during the REVALUO process […]