CI Ecotech's Waste Management and Recycling System is an advanced environmental technology that efficiently treats waste to produce high-quality Solid Recovered Fuel (SRF) based on innovative impact wind-powered sorting technology. Unlike conventional simple landfill or incineration methods, this system systematically separates
foreign materials and moisture contained in waste to convert it into recyclable resources. Each stage of crushing, sorting, drying, and grinding is optimized to greatly improve waste treatment efficiency, and
can simultaneously achieve the two goals of environmental protection and resource circulation.

The core of this system is complete waste resourceization through multi-stage treatment processes. In particular, the impact wind-powered sorting device and low-temperature wind-powered drying device are innovative solutions that overcome the limitations of existing technologies, simultaneously improving energy efficiency and treatment quality.

This Waste Management System consists of four core devices. First, the crushing device performs initial treatment by breaking open, crushing, and cutting waste, and the impact wind-powered sorting device effectively separates foreign materials and moisture. Next, the drying grinder dries and grinds waste from which foreign materials have been removed, and finally, the low-temperature wind-powered drying device produces high-quality solid fuel through the final drying process. Each stage maximizes efficiency through an optimized integrated system.

• Systematic breaking, crushing, cutting, and impact treatment of waste through crushing device
• Efficient separation technology for foreign materials and moisture with impact wind-powered sorting device
• Maximized processing efficiency through simultaneous drying and grinding process using drying grinder
• High-quality SRF (Solid Recovered Fuel) production through low-temperature wind-powered drying device

This Waste Management and Recycling System demonstrates superior performance compared to existing technologies. The efficiency of foreign material and moisture separation has been greatly improved through waste treatment by impact and rotation, and
overall processing efficiency is maximized by performing drying operations simultaneously with grinding operations. In particular, by effectively removing moisture contained in waste to produce
high-quality Solid Recovered Fuel (SRF) with high calorific value, it is a core technology that simultaneously realizes environmental protection and resource circulation.