PRODUCTION OF COMBUSTIBLE GASES
We use advanced technologies to convert organic waste into clean bioenergy, meeting energy demands with environmental responsibility.
SPEAK LIKE AN EXPERTWe are an innovative organization transforming the way we perceive urban waste! With cutting-edge technology and an unbeatable commitment to sustainability, we transform urban solid organic waste into clean and renewable bioenergy. We believe that the future of energy lies in the circular economy, where waste becomes a valuable resource.
Our process reduces environmental impacts, reduces the emission of harmful gases and produces energy efficiently, contributing to a more sustainable planet. Join us on this journey of innovation and transformation!
Our process reduces environmental impacts, reduces the emission of harmful gases and produces energy efficiently, contributing to a more sustainable planet. Join us on this journey of innovation and transformation!
Reduced Waste Disposal Costs
Converting waste into ethanol reduces the need for and costs associated with traditional disposal, such as landfills or incineration.
Converting waste into ethanol reduces the need for and costs associated with traditional disposal, such as landfills or incineration.
Creating a New Revenue Source
The ethanol produced can be used domestically as fuel, reducing the purchase of fossil fuels, or it can be sold as a new revenue source.
The ethanol produced can be used domestically as fuel, reducing the purchase of fossil fuels, or it can be sold as a new revenue source.
Energy Independence
Second-generation ethanol production contributes to companies’ energy independence, reducing their vulnerability to fossil fuel price fluctuations.
Second-generation ethanol production contributes to companies’ energy independence, reducing their vulnerability to fossil fuel price fluctuations.
Long-Term Cost Efficiency
While the initial investment in second-generation ethanol production technology can be significant, the long-term benefits include stability and predictability in energy costs.
While the initial investment in second-generation ethanol production technology can be significant, the long-term benefits include stability and predictability in energy costs.
PRODUCTION PROCESS
Our process of gasifying urban solid waste into renewable energy is efficient and sustainable. We use technologies to transform organic materials into synthesis gas (syngas), methane, ethylene, which are rich in hydrogen and carbon, which can be used to generate electricity and biofuels.
For our part, unlike incineration, gasification occurs in a controlled oxygen atmosphere, that is, with little or no presence of oxygen to minimize the pollutants generated during the process and drastically reduce carbon emissions.
In addition to preventing the accumulation of waste in landfills and landfills, we contribute to the Sustainable Energy Transition, promoting circularity with this waste and a clean world in the future.
With this innovative technology, we give a new life to urban waste to generate clean energy for the world!
Our process of gasifying urban solid waste into renewable energy is efficient and sustainable. We use technologies to transform organic materials into synthesis gas (syngas), methane, ethylene, which are rich in hydrogen and carbon, which can be used to generate electricity and biofuels.
For our part, unlike incineration, gasification occurs in a controlled oxygen atmosphere, that is, with little or no presence of oxygen to minimize the pollutants generated during the process and drastically reduce carbon emissions.
In addition to preventing the accumulation of waste in landfills and landfills, we contribute to the Sustainable Energy Transition, promoting circularity with this waste and a clean world in the future.
With this innovative technology, we give a new life to urban waste to generate clean energy for the world!
1
Waste Collection and PreparationWe begin by collecting agricultural, forestry or urban waste. These materials are then prepared for processing, which may include grinding or drying, to facilitate the extraction of sugars.
2
Pre-treatmentThe prepared residues undergo pre-treatment to break down the lignin and expose the cellulose and hemicellulose, making the sugars more accessible for the hydrolysis step.
3
Hydrolysis and FermentationIn hydrolysis, enzymes are used to convert cellulose and hemicellulose into simple sugars. These sugars are then fermented by specific microorganisms to produce ethanol.
4
Distillation and PurificationEthanol is separated and purified through distillation, resulting in a high-quality biofuel, ready to be used or sold.
MAIN AREAS OF ACTIVITY
At Tupã Bioenergia, we transform waste into valuable resources. With a focus on sustainability and innovation, we operate in several market segments, converting waste that would otherwise be discarded into clean and renewable energy. Our main areas of activity include:
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TUPÃ BIOENERGY
Welcome to Tupã Bioenergia, an innovative leader in sustainable bioenergy generation. Founded in the heart of Brazil, our mission is to transform waste into resources, using cutting-edge technologies to produce clean, renewable energy.
Committed to sustainable development, Tupã Bioenergia is more than an energy company; we are a movement for a healthier planet and a brighter future for future generations.
SPEAK LIKE AN EXPERTCommitted to sustainable development, Tupã Bioenergia is more than an energy company; we are a movement for a healthier planet and a brighter future for future generations.
INNOVATION AND TECHNOLOGY IN BIOENERGY
At the forefront of bioenergy innovation, Tupã Bioenergia constantly invests in Research and Development (R&D). We are committed to the continuous evolution of sustainable technologies to transform waste into renewable energy.
With a team of dedicated experts and collaborations with renowned research institutions, we seek innovative solutions to the energy and environmental challenges of today and tomorrow. Our R&D journey is not just about creating advanced technology; it is about shaping a more sustainable future.
With a team of dedicated experts and collaborations with renowned research institutions, we seek innovative solutions to the energy and environmental challenges of today and tomorrow. Our R&D journey is not just about creating advanced technology; it is about shaping a more sustainable future.
PERGUNTAS FREQUENTES
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