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  • Home
  • What We Are
    • Management
  • Services
  • Pyrolysis
  • Products
    • Syngas – Hydrogen – Methane
    • Condensate
    • Char
    • Carbon Black
    • Biochar
    • Biochar + NH3
  • Contact
  • English
    • Español
    • Italiano
    • Русский

THE TECHNOLOGY

THAT TURNS WASTE INTO RESOURCE

Turning waste into resources and doing it in an ecological way is possible. An adequate pre-treatment of the waste, a thermochemical process without combustion and an adequate treatment of the process products must be used at this purpose. We do this with CARBOGEN® technology.

  • CARBOGEN® technology makes use of the pyrolytic transformation of waste.
  • You get the transformation of waste into energy products and by-products
  • Products and by-products are clean
  • Depending on the nature of the treated substance, the by-products are used in agriculture or other industrial applications
  • The whole process does not pollute the environment with neither emissions nor residues
  • The plant that houses it is energetically autonomous and has minimal consumption of water and other process substances
See Pyrolysis Notes

CARBOGEN® TECNOLOGY

What CARBOGEN® is

CARBOGEN® is a cutting-edge Italian technology, the result of collaborations between universities and industry. It implements the pyrolysis process with a high degree of performance and efficiency.
CARBOGEN® systems can be configured to be fed with undifferentiated sources of waste. The flexibility in sizing by applying design-scale criteria from 150kW to several MW, a low rate of produced energy is spent for own operation, absence of environmental pollutants allow to place the plants where their service are most useful and convenient. Their life-cycle exceeds 20 years. Yearly no-stop operation, annual session of maintenance and reduced use of personnel make the CARBOGEN® plant a profitable investment.

INVESTMENT

The investment for purchasing and building an CARBOGEN® plant depends on the installed power. It has an interesting average ROI, which is drastically reduced wether some critical waste (for instance the hospital residuals) is treated, due to their higher conferral value.

SOLUTIONS

To be provided according to the configuration

AN EXAMPLE OF THE

CONSTRUCTION SEQUENCE OF A CARBOGEN® PLANT:




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KNOW

Process Products

Syngas - Hydrogen - Methane - Condensate
Char
Biochar
Ammonia
Syngas - Hydrogen - Methane - Condensate

SYNGAS (or synthesis gas) is a mixture of gases, essentially carbon monoxide (CO) and hydrogen (H2), methane (CH4), other light hydrocarbons.
HYDROGEN is a major constituent of synthesis gas, a fraction that can reach 40% by weight of the total and that can be extracted and stored.
The CONDENSATE, when it is present, consists of two different phases, which tend to mix in an aqueous solution of organic species of low molecular weight (aromatic compounds, alcohols, aldehydes, ketones, mainly aliphatic), and in a stage completely constituted by organic oxygenate molecules with high molecular weight.
All the here-above products come out from the process chain cleaned from pollutants.

Char

It is the carbonaceous residue that is formed by heating a biomass that contains carbon. This coal also usually contains some ash and that is important for its catalytic effect on gasification. Depending on the heating temperature, the charcoal that forms will be more or less reactive. According to recent research the reactivity of charcol produced at temperature below 600°C is higher than of that produced at higher temperature because the resulting structure.

Biochar
The Biochar is the carbon obtained from wood or biomass subjected to pyrolysis, whose carbon content reaches up to 90% and whose compact structure makes it non-biodegradable from the soil. For this reason, biochar is a form of carbon storage without release into the atmosphere. It has positive effects on the fertility of the soil with which it is mixed because it improves its physical, chemical, biological and mechanical structuring properties.
Ammonia

When the incoming biomass has a significant content of nitrogen compounds, it is proposed to create a two-stage extraction system for its recovery. Additional process for producing fertilizers can apply.

To find out how we can help you in your next syngas to energy generation project
by converting waste to resources and gain, write to our team at:
info@eonlatam.cl

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