Pyrolysis Companies in Peru

COCARBON specializes in manufacturing high-quality activated carbon from coconut shells and sustainable wood, utilizing thermal processes similar to pyrolysis.

Eco Waste Solutions has installed an operational Waste-to-Energy batch pyrolysis system in the Alto Chicama region of Peru, serving a mining community. The facility processes solid waste and liquids daily, providing an on-site waste management solution in a challenging high-altitude environment.

Greenside Solutions offers modular pyrolysis technology plants for the utilization of non-recyclable waste, primarily used tires and unclassified plastics. Their plants process waste into pyrolysis oil (Ragoil), pyrolysis carbon (Socoil), and steel wire, with a capacity of 30 tons per day.

Inspiratus Technologies inaugurated Peru's first industrial biochar production plant in Jímito, Sullana, Piura. The plant processes agricultural waste, primarily sugarcane husks, to produce biochar for soil regeneration and carbon capture.

Operates the first pyrolysis plant in Peru, located in La Joya, Arequipa. Processes used tires and other solid waste into oil, gas, carbon black, and steel wire.

Inversiones Ambientales Camed S.A.C. operates the first pyrolysis plant in Peru, located in Arequipa. The facility transforms recycled tires and other industrial waste into valuable resources like oil, gas, carbon black, and steel wire, contributing to a circular economy and mitigating environmental pollution.

A research and demonstration project in Peru's Kosñipata Valley, led by Wake Forest University in partnership with the Amazon Conservation Association. It investigates the potential of biochar to increase soil health and agricultural sustainability, utilizing a slow pyrolysis batch kiln. Feedstocks include native bamboos and other local plant species.

A public-private partnership involving Inkaterra, AJE Group, and the Municipality of Machu Picchu Pueblo launched an Organic Waste Treatment Plant at Machu Picchu, Peru. It utilizes pyrolysis to process seven tons of organic waste daily, generating bio-char for reforestation and agricultural productivity. (Una asociación público-privada entre Inkaterra, AJE Group y la Municipalidad de Machu Picchu Pueblo lanzó una Planta de Tratamiento de Residuos Orgánicos en Machu Picchu, Perú. Utiliza pirólisis para procesar siete toneladas de residuos orgánicos diariamente, generando biocarbón para la reforestación y la productividad agrícola.)

MateMach provides distillation equipment and pyrolysis plants, with Peru listed among the countries they export to.

Neuma Recicla S.A.C. operates a modern plant in Lurín, Lima, Peru, specializing in the conditioning and recycling of End-of-Life Tires (NFU). Developed in collaboration with Michelin, this facility is recognized as the first of its kind in Peru for NFU conditioning and the second globally with its specific characteristics. The plant aims to recover 100% of tires from categories A and B, transforming them into reusable materials such as rubber and steel, and strongly inferred to utilize pyrolysis technology, similar to the Michelin plant in Chile which partners with Scandinavian Enviro Systems (Enviro) for its patented pyrolysis process.

NORANDINO, a Peruvian Cacao Cooperative, operates a biochar production unit in Piura using Swiss-Peruvian pyrolysis technology. (Note: This entry has been updated to reflect the initial search results as the primary website was unreachable. The Kosñipata Biochar Project is a separate initiative.)

PIROLISIS SAC is envisioned to be a leader in collecting hazardous waste tires from the mining sector and supplying diesel to the Peruvian market by 2028.

Research conducted at PUCP focusing on generating climate-neutral secondary raw materials from biomass waste in Peru. This involves the construction and use of a self-constructed bench-scale flash pyrolysis reactor for biomass feedstock to produce bio-oil, biochar, and gas.

RENÉ focuses on the collection, revalorization, and transformation of end-of-life tires into energy using pyrolysis technology.

UNCP researchers have developed a thermoelectric device that converts plastic bottles into fuel and gas. Their project focuses on addressing plastic waste by producing pyrolytic oil (similar to diesel, refinable to gasoline) and propane gas, with carbon residue for industrial applications.

The University of Lima is actively involved in plastic pyrolysis research, focusing on transforming plastic waste into fuel. Their projects aim to reduce environmental impact by converting PET, PP, and PS plastics into crude oil and other fuel types, utilizing catalytic fast pyrolysis and machine learning for optimization.