As the global demand for solid waste resource recovery and carbon emission reduction continues to rise, advanced pyrolysis technology is emerging as a core solution for transforming waste into value. In 2027, Mingjie Group will showcase our advanced environmental technology for solid waste treatment at two major international environmental technology exhibitions: IFAT Brasil and IFAT Africa.
IFAT Brasil 2027
📅 June 23–25, 2027
📍 Expo Center Norte, São Paulo, Brazil
IFAT Africa 2027
📅 July 6–8, 2027
📍 Gallagher Convention Centre, Johannesburg, South Africa
IFAT Brasil 2027: Connecting Brazil and Latin America Environmental Markets
IFAT Brasil serves as a key platform for environmental technologies in Brazil and Latin America, covering sectors such as water and wastewater, waste management, drainage and sanitation infrastructure, and energy recovery. Official data indicates that IFAT Brasil attracted approximately 227 exhibitors and 20,000 visitors in 2025, and the 2027 edition aims to further expand international participation.
Latin America abundant resources including biomass, waste plastics, scrap tires, and other organic solid wastes, which creates extensive application opportunities for pyrolysis technology. At the exhibition, Mingjie Group will highlight the waste pyrolysis to oil plant and biomass carbonization (biochar production) plant.
Pyrolysis technology enables the thermochemical conversion of solid waste under oxygen-deficient or anaerobic conditions, transforming waste that is otherwise difficult to utilize directly into gases, liquids, and solids with added value. This process establishes a circular utilization pathway: Waste → Resource → Product.
IFAT Africa 2027: Tapping into Africa Waste-to-Resource Market
IFAT Africa 2027 focuses on the Sub-Saharan African market, covering environmental technology sectors such as water, wastewater, waste management, recycling, and energy. It is positioned as a key platform connecting international enterprises with the African market.
In Africa, urbanization, industrial development, and activities in agriculture and mining generate vast quantities of waste. Consequently, waste reduction, resource recovery, and energy utilization have become crucial directions for industrial development.
Pyrolysis technology enables the design of tailored treatment solutions based on the specific characteristics of different feedstocks, providing thermochemical conversion pathways for:
- Waste tires → Pyrolysis oil + Syngas + Carbon black + Steel wire
- Waste plastics → Pyrolysis oil + Syngas + Carbon black
- Biomass → Biochar + Syngas
Therefore, pyrolysis plant is more than just a piece of solid waste treatment equipment. It serves as a vital technological asset linking waste management, resource recovery, energy utilization, and the circular economy.
Advanced Pyrolysis Environmental Technology for a Circular Economy
The application of pyrolysis technology is evolving. While waste management projects previously focused primarily on disposal, the emphasis has now shifted toward building comprehensive circular economy systems.
Against this backdrop, pyrolysis has emerged as a key environmental technology for resource recovery, garnering increasing attention.
A wide range of feedstocks—from waste tires and plastics to agricultural and forestry biomass—can be converted into valuable products through tailored pyrolysis processes.
- Pyrolysis oil and carbon black derived from waste tires and plastics can serve as raw materials for new manufacturing cycles.
- Biochar produced from biomass pyrolysis can be utilized in soil amendment, agriculture, environmental remediation, and carbon removal initiatives. This creates new value chains for the utilization of biomass waste.
Conclusions and Outlook
Mingjie Group continuously monitors the pyrolysis characteristics of various waste materials and the value of their end products, providing tailored equipment solutions based on specific project requirements. Our solutions encompass feedstock pretreatment, feeding, the pyrolysis reaction, gas-liquid separation, product collection, and tail gas treatment.
The entire pyrolysis system can be engineered to suit specific feedstock properties, production capacity requirements, and intended end-product applications.
We look forward to meeting you at IFAT Brasil and IFAT Africa in 2027 to explore new opportunities in global waste resource recovery and pyrolysis technology.
- Gain firsthand insight into pyrolysis machine processes, operational parameters, and project case studies.
- Discuss collaboration on projects involving waste plastics, municipal solid waste (MSW), and biomass resource recovery.
- Exchange ideas on carbon removal, as well as circular economy project development and certification schemes.
- Develop customized, turnkey pyrolysis project solutions tailored to local operating conditions.
