EFB Technology is a unique process of resistive heating and material processing in a controlled gas atmosphere, developed by TMEC engineers specifically to meet the needs of high-temperature, energy-intensive industries. The technology is designed for high productivity with the flexibility to adapt, scale up, and be applied across a wide range of industries.

Key applications include:

• Thermal purification of graphite materials
• Graphitization of carbon
• Production of anode materials for Li-ion batteries
• Hydrocarbon reforming
• Synthesis of carburizers and carbides
• Catalytic gas-phase reactions

One of the distinctive features of EFB Technology is its ability to be powered by renewable energy sources. This makes it an integral solution for addressing the global transition to a green economy, offering low environmental impact and safe, environmentally friendly solutions for our customers.

Why Choose TMEC’s EFB Technology?

• Unique Process: The process occurs in an electrothermal fluidized bed, where the conductive medium is typically graphite powder (100-500 microns) or any other conductive material. This allows us to achieve temperatures up to 3000°C, offering exceptional performance for a range of industrial applications.

• Continuous Operation: The process is continuous, ensuring efficient material mixing and uniform temperature distribution, which is critical for consistent results in high-temperature applications.

• Wide Range of Reactor Power: Our reactors range from laboratory-scale models with power from 20-30 kW to industrial-scale reactors with power capacities reaching tens of MW, making them suitable for both small-scale experiments and large-scale industrial applications.

• Proven Expertise: TMEC has been developing and refining EFB Technology since 2008, with over 10 successful projects already implemented. Our extensive experience guarantees that we deliver reliable and cutting-edge solutions to our clients.

• World’s First: Today, we are the only company in the world offering reactors based on this technology, positioning us as leaders in the field.

• Sustainable and Adaptable: Since the process uses electric energy, it can be seamlessly integrated with renewable energy sources, making it an eco-friendly and sustainable choice for industries seeking to reduce their environmental footprint.