1. Nature Inspired De-industrialized Design

Embracing the philosophy of "de-industrialization" the project sheds the conventional perception of industrial facilities as unsightly and polluting. With a design ethos rooted in "originating from the mountains and forests, integrating into the modern," and incorporating the "honeycomb" concept, both plant layout and architectural landscape are meticulously planned. The exterior wall of the main structure is adorned with ginger yellow waterproof paint, presenting a modernized landmark image that seamlessly blends industrial aesthetics with artistic sensibilities against the backdrop of the blue sky.

2. Cutting-Edge SUS Environment Grate Technology

Equipped with SUS mechanical grate technology boasting a single furnace scale of 600 tons/day, the project ensures resilience against high temperature and corrosion, thereby ensuring prolonged service life and minimal maintenance cost.

3. Innovative Fly Ash Curing Methodology

The project adopts a stabilization process involving "fly ash, chelating agent, and water," whereby the resultant material upon meeting the water content and the output test criteria stipulated in "Pollution Control Standards for Domestic Waste Landfills," is directed to landfill sites for proper disposal.

4. Stringent Flue Gas Emission Standards

By employing a sophisticated combination process comprising SNCR (Selective Non-Catalytic Reduction) denitrification, rotary spray semi-dry deacidification, dry deacidification, activated carbon injection, and bag filter, the project surpasses national standard (GB18485-2014) for flue gas emissions.

5. Community-Centric Collaborative Initiatives

The project serves as an educational hub by featuring a waste-to-energy science propaganda column, facilitating visits from schools, local communities, enterprises, and institutions. Through various outreach activities involving over 1,300 participants the project fosters environmental awareness and education.

1. Nature Inspired De-industrialized Design

Embracing the philosophy of "de-industrialization" the project sheds the conventional perception of industrial facilities as unsightly and polluting. With a design ethos rooted in "originating from the mountains and forests, integrating into the modern," and incorporating the "honeycomb" concept, both plant layout and architectural landscape are meticulously planned. The exterior wall of the main structure is adorned with ginger yellow waterproof paint, presenting a modernized landmark image that seamlessly blends industrial aesthetics with artistic sensibilities against the backdrop of the blue sky.

2. Cutting-Edge SUS Environment Grate Technology

Equipped with SUS mechanical grate technology boasting a single furnace scale of 600 tons/day, the project ensures resilience against high temperature and corrosion, thereby ensuring prolonged service life and minimal maintenance cost.

3. Innovative Fly Ash Curing Methodology

The project adopts a stabilization process involving "fly ash, chelating agent, and water," whereby the resultant material upon meeting the water content and the output test criteria stipulated in "Pollution Control Standards for Domestic Waste Landfills," is directed to landfill sites for proper disposal.

4. Stringent Flue Gas Emission Standards

By employing a sophisticated combination process comprising SNCR (Selective Non-Catalytic Reduction) denitrification, rotary spray semi-dry deacidification, dry deacidification, activated carbon injection, and bag filter, the project surpasses national standard (GB18485-2014) for flue gas emissions.

5. Community-Centric Collaborative Initiatives

The project serves as an educational hub by featuring a waste-to-energy science propaganda column, facilitating visits from schools, local communities, enterprises, and institutions. Through various outreach activities involving over 1,300 participants the project fosters environmental awareness and education.