We apply data-based sorting design technology that considers waste characteristics, regional processing features, and seasonal changes. Through this, we simultaneously achieve improved sorting efficiency, enhanced recycling quality, and reduced processing costs.

We implement high-quality resource recovery by combining differentiated customized technologies such as contaminant removal, moisture removal, and characteristic separation. The recovered resources are classified according to the purpose of demand and supplied as pyrolysis oil feedstock and high-value-added recycled materials.

We have established a One-Stop resource circulation platform that integrates all processes from equipment development → operation management → logistics → demand consulting. Through this, real-time feedback of site operation data, equipment performance optimization, and quantification of greenhouse gas reduction effects become possible.

By reducing incineration volume through improved sorting efficiency and converting recovered resources into pyrolysis oil, alternative fuels, and recycled materials, we dramatically reduce CO2 emissions and establish a foundation that can be linked to domestic and international carbon reduction certifications (K-ETS, VCS, etc.).