Company News

Puro.earth is the world’s largest engineered carbon removal registration platform. Biochar is the most widely issued carbon removal pathway on the platform. Registered biochar projects are located in 13 countries across Europe, Africa, Southeast Asia, and Latin America. These projects vary significantly in scale, raw material sources, pyrolysis equipment, application scenarios, and synergistic benefits. However, … Read more

Carbon black is the most important reinforcing filler in tire manufacturing. Globally, the annual production of virgin carbon black, amounting to tens of millions of tons, heavily relies on coal tar and petroleum-based fossil fuels, with significant carbon emissions during the production process. Driven by both global carbon neutrality goals and the circular economy trend, … Read more

Plastic pyrolysis technology is considered a core process for the resource recovery of waste plastics. It converts waste plastics into pyrolysis oil, carbon black, and syngas products through high-temperature anaerobic pyrolysis. In recent years, a large amount of capital has entered the plastic pyrolysis project market. Some large scale plastic pyrolysis plants have experienced shutdowns … Read more

The ROI of a biochar project is not determined by the biochar production equipment alone. It is the result of a complex interplay of multiple dimensions: raw material supply, equipment technology, product market, carbon asset development, operation and management. Raw Material Costs in Biochar Project Raw material costs are often the largest variable cost in … Read more

The global plastic waste pyrolysis oil market is transitioning from demonstration projects to industrial expansion. This pyrolysis industry, which transforms low-value mixed waste plastics into high-value oil products, is demonstrating remarkable growth potential. The global plastic waste pyrolysis oil market size was US$718.26 million in 2025. It is projected to grow from US$758.22 million in … Read more

Tire to Tire circular economy offers a transformative alternative, turning waste tires into raw materials for future tires. Realizing a tire-to-tire circular economy is based on a closed-loop recycling strategy built upon pyrolysis technology and collaboration within the tire manufacturing industry. The Tire to Tire circular economy constructs a closed-loop industrial system. It is driven … Read more

Tyre pyrolysis involves the thermal decomposition of end-of-life tires in an anaerobic environment, producing pyrolysis oil, combustible gases, carbon black, and steel wire. Pyrolysis Tyre to oil is the most technically complex of standard recycling methods, requiring significant capital investment and specialized operational skills. However, it is the only method capable of achieving complete tire … Read more

The core of EBC certification is its stringent requirements for consistent biochar quality and production traceability. Fully continuous biomass pyrolysis plant, with the stable and controllable continuous biochar production, serves as an indispensable hardware foundation for enterprises to achieve compliant mass production of high-quality, certified biochar. It provides the technical guarantee for meeting the stringent … Read more

Waste tire/waste plastic pyrolysis oil has opened a gateway from waste to circular economy. Pyrolysis oil with ISCC certification is no longer merely a waste conversion product. It is a compliant raw material capable of entering high-value international markets and participating in carbon emission reduction trading. Pyrolysis oil, produced through the pyrolysis of waste tires … Read more

The global biochar standardization system is gradually moving towards convergence and harmonization. Biochar standards primarily comprise internationally recognized standards, regional standards, national standards, and carbon credit certification standards. Currently, the leading international biochar standards are the World Biochar Certificate (WBC) and the European Biochar Certificate (EBC). These are the two most widely applied biochar standards … Read more