A groundbreaking, clean, and energy-efficient technology
Integral WtE has developed an integrated thermochemical process that transforms waste into high-quality thermal energy.
A self-sufficient system that meets the strictest atmospheric emissions regulations, is highly scalable, and aligned with global trends in energy transition and the circular economy.
Transformation
Brazilian technology that combines innovation, efficiency, and real environmental impact.
Proprietary technology
Waste-to-Energy technology protected by patents in Brazil and abroad.
Circular economy
Thermal self-sufficiency and the replacement of fossil fuels.
Positive impacts
Total or partial elimination of sanitary landfills, transformation of an environmental liability into an energy asset, and local industrial and technological development.
We serve sectors that require efficiency, stability, and positive environmental impact.
Agribusiness and Bioeconomy
High-quality biochar for soils, water retention, and potential carbon credit generation.
Public Agencies and Regulators
Traceability, operational safety, and environmental compliance.
Investors / ESG / Climate Tech
Patented technology, measurable environmental impact, and proven scalability.
Municipalities and Local Governments
Less dependence on landfills, compliance with Brazil's National Solid Waste Policy (PNRS), and modernization of waste management.
Industries
Lower-cost thermal energy, cost reduction, and environmentally safe disposal.
Waste and Landfill Operators
Energy recovery from waste and extended landfill service life.
Sanitation (WWTPs)
Sludge drying using the energy generated by the process itself, with significant volume reduction.
Universities and Research Centers
Pilot plant for testing, technical data, and scientific cooperation.
Technologies that transform waste into energy, value, and the future.
The union of science, engineering, and innovation.
Pyrolysis
Thermal decomposition without oxygen. Generates char, vapors, and combustible gases.
Gasification
Conversion into energy gas. Transforms the carbonized fraction into high-quality gas.
Combustion
Total oxidation of the products of pyrolysis and gasification. Generates heat with high emissions quality, without the conditions required for the formation of dioxins and furans.
Pyrolysis
- Controlled thermal decomposition of the received waste/li>
- Process stability.
- Generation of energy-rich char
Gasification
- Advanced thermochemical conversion
- Clean and stable gas
- Automated control
Combustion of combustible gases
- High emissions quality
- Efficient thermal recovery
- Replacement of fossil fuelsl/i>
• Replacement of fossil fuels. Products & Applications
- Biochar production/li>
- Drying of sanitary and industrial sludge
- • Industrial steam production
- • Electricity generation
Blog
SDGs in Action: How an Integrated Solution Turns Waste into Energy, Sanitation Efficiency and Soil Value
By combining municipal solid waste treatment, sewage sludge drying and...
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Why Brazil Needs Waste-to-Energy Technologies to Address the Waste Crisis
Brazil is currently facing one of the greatest environmental challenges...
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Biochar: the Sustainable By-Product that Turns Waste into Value
When we talk about Waste-to-Energy technologies, it is common to...
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Technology validated on a real scale
The Integral WtE Pilot Plant is located in the Industrial District of Ponta Grossa (PR) and allows for trials, waste testing, blending, and practical demonstrations.
- MSW/ISW: 2 t/h
- WWTP Sludge: 3 t/h
- Biochar: 1.764 t/year
