WASTE TO ENERGY

Energy production through the conversion of non-recyclable waste by incineration, gasification, or plasma, avoiding landfill storage and reducing carbon emissions.

PYROLYSISIS

• Pyrolysis of ELT (End-of-life tires).
• Pyrolysis of lubricant-based oil.
• Pyrolysis of plastics.
• Pyrolysis of methacrylate.
• Pyrolysis of glass fiber reinforced epoxy.

GASIFICATION

• Gasification of organic wastes and biomass.
• Improved gasification for hydrogen production.

REFINING

Processes for the production of energy and new products: waste treatment and sorting plants, landfills, waste to energy or to liquid, pyrolysis, gasification, autoclave, biogasification with or without methanation, biomethane, biomass and bioremediation (larvae). Experience also in eMethanol, PBS and ammonia projects.

BIOGAS AND FERTILIZERS

• Obtaining renewable gas by biodegradation of organic matter.
• Methane production through the implementation of an up-grading stage.
• Experience in post-processing of digestate from anaerobic digestion to obtain solid and liquid fertilizers.

BIOMASS

Engineering of renewable heat plants and distribution network and hot water production.

THERMAL PLANTS AND STUDIES

Experience in designing gas and fuel oil plants, participating in combined cycle projects and carrying out the following studies:

• Analysis and optimization of existing systems.
• Simulation of Rankine or Brayton type power cycles.
• Optimization of steam networks.
• Heat recovery studies.
• Cogeneration studies.
• Process analysis in general.
• Complete process simulation.
• Mathematical modeling of specific equipment.
• Process production efficiency studies.

BIOREMEDIATION

Transformation of complex organic waste with insect larvae on an industrial scale.

In our bioconversion plants, larvae eliminate industrial quantities of waste in short periods of time, without water or chemicals.

Within 3 to 4 days the organic waste is transformed into:

• High quality organic fertilizer (Frass).
• Proteins to be used as animal feed.
• Oils for second generation biodiesel.

SCOPE

• Feasibility studies.
• Engineering for obtaining permits.
• Legalization processes for production plants.
• Basic, detail and construction engineering.
• Supervision and construction management.
• Commissioning.
• Assistance in the process of purchasing plant equipment, technical and economic evaluation.

STRATEGIC ALLIANCES