Next-generation resource recycling device 'ERCM' - Reducing CO2 emissions

Significant cost reduction related to waste is possible. No fossil fuels are needed for low-cost implementation, contributing to environmental issues and CO2 reduction.
The 'ERCM' is an organic waste reduction and regeneration ceramic manufacturing device that thermally decomposes combustible organic matter and converts it into ceramic-like ash (inorganic matter), dramatically reducing its volume.
By utilizing patented technology for the inorganic conversion of combustible organic matter through thermal decomposition, we have achieved a high volume reduction rate and low pollution at a low cost.
All ceramic powder produced is reusable, leading to virtually zero final disposal of organic waste. Our efforts to address environmental issues will accelerate from here. This is a new waste treatment facility that replaces incinerators. The emissions of carbon dioxide and dioxins are extremely low, making it an environmentally friendly device. Additionally, the ceramic powder and tar liquid produced can be sold as valuable materials, resulting in mostly valuable outputs.
Please feel free to contact us for information on tours and product details.
【Benefits】
■ Significant cost reduction
■ Contribution to CO2 reduction
■ Contribution to carbon neutrality
■ Measures against dioxins
■ High volume reduction rate
■ Low pollution
■ Low noise
■ No sorting required

Inquiry about this news
Contact Us OnlineMore Details & Registration
Details & Registration
Related Documents
Related Links
It is possible to achieve overwhelming cost reductions related to waste. No fossil fuels are required for low-cost implementation, contributing to environmental issues and CO2 reduction.
"ERCM" is a device that thermally decomposes combustible organic matter and converts it into ceramic-like ash (inorganic transformation), dramatically reducing its volume.
Utilizing patented technology for the inorganic transformation of combustible organic matter through thermal decomposition, it achieves a high volume reduction rate and low pollution at a low cost.