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PATPERT delivers innovation and value at every stage of your project. Our strength lies in a innovative and modern technologies backed by decades of research and continual evolvement of lab-scale and bench-scale test facilities.
Gasolysis is a thermochemical process used to convert feedstock such as biomass, plastic waste, rubber, or agricultural waste residues in high value hydrocarbons. This is our Patented Technology.
Biolysis is a thermochemical treatment methodology convert biomass into Humic Substances. This is our Patented Technology.
Composting is a natural biological process that transforms organic waste materials such as food waste, garden clippings, agro-residue into a stable, nutrient-rich substance called compost. This process is driven primarily by microorganisms like bacteria and fungi enzymes along with aerobic conditions (presence of oxygen).
Effective Waste Treatment is essential for addressing key environmental challenges such as greenhouse gas emissions and climate change. By minimizing CO₂ output and promoting sustainable development, our solutions contribute to a cleaner, more resilient future.
PATPERT specializes in delivering circular economy and end-of-life waste management strategies – transforming diverse waste streams into valuable resources through eco-friendly and scientifically engineered processes.
At PATPERT, We offer a full suite of Waste Treatment and Renewable Energy Services, combining deep technical expertise with a commitment to sustainable development. From concept to commissioning, we design and deliver innovative, cost-effective, and scalable systems for converting waste into valuable resources.
Gasolysis efficiently converts Plastic into Hydrocarbons thereby offering a promising solution to both environmental pollution and energy needs.
Converting plastic, tyre waste into fuel provides an innovative approach to addressing both rubber / plastic disposal issues and fuel demands.
An Organic waste Biolysis effectively converts organic waste into Humic Substances (Fertilizers).
Composters transform organic waste into nutrient-rich compost, promoting sustainable waste management and enriching soil health.
At PATPERT, we design, develop, and deliver a robust portfolio of eco-friendly, waste-to-energy technologies that are engineered for performance, scalability, and sustainability. We offer projects capable of turning waste into valuable resources while minimizing environmental impact.
Utilizes advanced pyrolysis technology to convert plastic waste in to fuel oil, synthetic gas and Carbon char. Oil can be refined further to produce plastics again. It is called as Chemical Recycling of Plastics.
Converts tyre waste into oil, steel and carbon black. Efficient, safe and compliant with environmental norms.
Fully enclosed and odor-free, GAIA converts food and garden waste into rich organic compost in just a few days.
Transforms biomass (like crop residues) into Humic Substances.
A hybrid power generation system integrates solar panels and vertical-axis wind turbines to provide consistent renewable energy.
