While most waste materials are not electrically conductive under normal conditions, they become conductive when heated to high temperatures, particularly in a molten state. Our technology harnesses this property by passing a current between electrodes, generating Joule heat to efficiently heat and treat molten waste. This cutting-edge method ensures effective and sustainable waste management.

Furnace Main Body

Daily Capacity	Our melting furnaces are available in capacities ranging from 5 tons to 30 tons. For larger requirements, custom-built furnaces can be manufactured to meet your specific needs.
Treatable Waste	Our system is designed to handle various waste materials, including incineration ash, sludge, PCBs, asbestos, medical waste, shredder dust, and low-level radioactive waste, etc.
Byproducts	Our process allows for glass-solidified slag to be crushed and recycled. Additionally, metals are separated respectively, enabling efficient recycling of valuable materials.

Melting Furnace and Electrodes

Internal Temperature	1100°C to 2000°C (temperature rise in a short time: approximately 1 hour) PCBs require temperatures above 1100°C, and asbestos requires temperatures above 1500°C. The temperature can be set freely depending on the waste treatment temperature and the furnace’s heat resistance.
Movement	Variable control of electrodes and automatic current regulation enable optimal temperature settings and energy efficiency.
Environmental Impact	Our process is non-combustive, eliminating the need for oxygen and significantly reducing CO2 emissions.