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INTEGRA 2x5

The INTEGRA 2x5 strategy combines its gasification thermal conversion technology with other technologies for syngas trasnformation.
Greene estrategia Integra 2x5
Image of INTEGRA 2x5
Imágenes de INTEGRA 2x5 The INTEGRA 2x5 strategy combines its gasification thermal conversion technology with other technologies for syngas trasnformation.
Imágenes de The INTEGRA 2x5 strategy combines its gasification thermal conversion technology with other technologies for syngas trasnformation.
Imágenes de The INTEGRA 2x5 strategy combines its gasification thermal conversion technology with other technologies for syngas trasnformation.
Imágenes de The INTEGRA 2x5 strategy combines its gasification thermal conversion technology with other technologies for syngas trasnformation.
The need to implement a Circular Economy that among other solutions, promotes the recovery of waste.

The use of its own integrated gasification thermal conversion technology as a proposal for this solution generating a synthesis gas.

Developing adaptations of the syngas generated in the gasification process for its trasnformation into the other economically profitable products within the World Energy Model.

Based on the above, Greene has developed its INTEGRA 2x5 strategy.

The INTEGRA 2x5 strategy combines its gasification thermal conversion technology with other technologies for syngas transformation. The thermal conversion process developed by Greene depends on the waste or material to be processed, giving rise to two technological variants as shown in the following table:

Thermoconversion Technology Origin  Type of Material  Sources  Classifications 
 A Natural  Organic  Forest prunning, Agricultural prunning, Energy crops, Organic fraction of MSW, Paper industry, WWTP sludge Biomass   Biomass, MSW, ISW, Sludge
 A  Synthetic Non-Plastic  Industrial sludge, Chemical industry waste  Sludge, ISW 
 B Synthetic  Plastic  Fracction rejection after separation of MSW, Waste from the chemical industry  MSW, ISW

Syngas chemical transformation technologies are independent of the input residue. The gasification process is regulated during thermal conversion to produce the appropriate syngas according to the requirements of the transformation process in each case. This can be done thanks to the technology and control system developed by Greene in either of the two technological variants mentioned above.

As mentioned above, the products of interest to Greene through syngas trasnformation are the following:
 Cogeneration Heat  Hydrocarbons (Waxes - HT)  Synthetic Natural Gas  Methanol 
 EH HC  SNG  MOH 

As a result of the technological combination "Thermoconversion-Transformation", 2x5 possibilities are obtained:

 Thermoconversion EH  HC  SNG  MOH 
 A  A-EH A-H A-HC  A-SNG  A-MOH 
 B-EH H-B  B-HC  B-SNG  B-MOH


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