The waste pyrolysis project is a project that treats waste through pyrolysis technology. Our pyrolysis plants can convert solid waste into energy.
The Basics of Pyrolysis Technology Pyrolysis is a highly advanced thermal process of catalytic or non-catalytic thermal decomposition in the absence of oxygen. Innovative Approaches to Combined Waste Tyre and Plastic Pyrolysis decomposes the complex organic material into simpler constituents using highly controlled heat. Because of its ability to recycle waste materials into useful by-products … Read more
Overview of Modern Pyrolysis Technology Understanding Pyrolysis Processes Pyrolysis Companies technology is a advanced thermal decomposition process under an environment lacking oxygen by using heat energy to decomposition the organic waste into a desired product. Pyrolysis technology has great development prospects in waste processing, resource recycling and energy utilization, and is an important technology to … Read more
On February 5, 2026, Mingjie Group completed the installation and commissioning of MJ-12 pyrolysis plant in Egypt. The pyrolysis plant can achieve the resource utilization and treatment of waste materials such as plastics, oil sludge, and tires. It has become the choice of many investors for waste recycling projects. The MJ-12 pyrolysis plant in Egypt … Read more
Waste tire to oil pyrolysis plant has become an engineered solution that combines resource recycling and economic benefits. Facing the pressure of managing billions of waste tires globally each year, pyrolysis technology represents a way to transform waste into valuable resources. Tire pyrolysis plant not only recovers high-value pyrolysis products, enabling resource regeneration, but also … Read more
In municipal solid waste management, pyrolysis technology demonstrates exceptional volume reduction capabilities in the waste plastic disposal. It is gradually becoming a key force in alleviating the pressure on landfills and incineration facilities. Pyrolysis technology, as a new method for waste plastic disposal, differs fundamentally from traditional landfill and incineration. Its working principle is based … Read more
On December 5, 2025, Mingjie Group completed the shipment of the MJ-15 pyrolysis plant for sale to Argentina from the factory. This customer purchased two pyrolysis units for processing solid waste, thereby converting waste into fuel oil. The MJ-15 pyrolysis plant features a large furnace door design and is equipped with feeding system. It can … Read more
By the end of October 2025, Mingjie Group had completed the installation of MJ-15 medical waste pyrolysis equipment in Philippines. The pyrolysis plant operates at high temperatures in an oxygen-free environment. It enables the reduction, harmlessness, and energy recovery of medical waste. The success of a medical waste pyrolysis plant depends on the technology itself, … Read more
On October 28, 2025, Mingjie Group completed the shipment of three sets MJ-15 pyrolysis equipment for sale to Romania. We equip these pyrolysis machines with condensation systems, advanced exhaust systems, and control systems. The MJ-15 pyrolysis equipment for sale to Romania features a large furnace door and high processing capacity. It effectively addresses the challenges … Read more
The waste to oil machine is an environmentally friendly machine that combines advanced pyrolysis technology with efficient separation processes. It aims to address the increasingly challenging waste disposal challenge while enabling resource recycling. It converts a variety of solid waste into useful oil products, turning waste into treasure. The waste to oil machine processes a … Read more
Mingjie industrial plastic pyrolysis plant is a waste plastic processing and recycling line, designed for waste municipal plastics, marine plastics, and medical plastics. As a leading Chinese manufacturer of pyrolysis technology and equipment, Mingjie Group boasts an advanced pyrolysis technology R&D and equipment manufacturing industrial park. We are committed to developing comprehensive, environmentally friendly continuous … Read more
