1. Integration of "Hive" Concept and "Deindustrialization" Design design

The Guangshan project adopts a "deindustrialization" design concept, underscored by the metaphorical incorporation of the "hive" concept within its exterior design. This conceptual framework serves as a symbolic representation of the bustling activity of waste collection trucks akin to the industrious bees gathering pollen within the urban landscape. The waste-to-energy plant is compared to a beehive wherein household waste undergoes transformation into clean energy akin to bees producing honey. This allegorical narrative draws parallels between the sequential stages of "bees collecting pollen, returning to the hive, producing honey, and sharing with the world."

2. Implementation of SUS-Hitachi Zosen Machinery Grate Incineration Technology

The project features two 600 t/d mechanical grate furnaces, characterized by a three-stage structure encompassing "drying stage, combustion stage, and burnout stage." This configuration ensures comprehensive waste incineration, facilitated by a grate system engineered to withstand elevated temperatures and resist corrosion, thereby ensuring prolonged operational efficiency.

3. Utilization of Advanced Equipment and Technology

The centralized control room houses the Distributed Control System (DCS), monitoring system, and alarm system. Real-time monitoring capabilities enable timely access to equipment operation data and parameters, facilitating prompt operational adjustments to ensure the safe and efficient functioning of the units.

4. Adherence to Stringent Flue Gas Emission Standards

The Guangshan project adopts an advanced smoke treatment process encompassing SNCR (Selective Non-Catalytic Reduction), semi-dry method, dry method, activated carbon injection, and bag filter along with flue gas recirculation. This comprehensive approach ensures that smoke emission indicators surpass not only national standards (GB18485-2014) but also the EU emission standards (2010/75/EU).

5. Environmental Science Popularization Education Base

The project serves as an educational hub through its dedicated visiting corridor and ground floor environmental education base. These facilities offer insights into waste material processing technologies, emphasize waste classification and material recycling practices and advocate for green environmental principles. Additionally, the ground floor serves as a designated location for citizen visits, tourism, and student social engagement initiatives focused on environmental education.

1. Integration of "Hive" Concept and "Deindustrialization" Design design

The Guangshan project adopts a "deindustrialization" design concept, underscored by the metaphorical incorporation of the "hive" concept within its exterior design. This conceptual framework serves as a symbolic representation of the bustling activity of waste collection trucks akin to the industrious bees gathering pollen within the urban landscape. The waste-to-energy plant is compared to a beehive wherein household waste undergoes transformation into clean energy akin to bees producing honey. This allegorical narrative draws parallels between the sequential stages of "bees collecting pollen, returning to the hive, producing honey, and sharing with the world."

2. Implementation of SUS-Hitachi Zosen Machinery Grate Incineration Technology

The project features two 600 t/d mechanical grate furnaces, characterized by a three-stage structure encompassing "drying stage, combustion stage, and burnout stage." This configuration ensures comprehensive waste incineration, facilitated by a grate system engineered to withstand elevated temperatures and resist corrosion, thereby ensuring prolonged operational efficiency.

3. Utilization of Advanced Equipment and Technology

The centralized control room houses the Distributed Control System (DCS), monitoring system, and alarm system. Real-time monitoring capabilities enable timely access to equipment operation data and parameters, facilitating prompt operational adjustments to ensure the safe and efficient functioning of the units.

4. Adherence to Stringent Flue Gas Emission Standards

The Guangshan project adopts an advanced smoke treatment process encompassing SNCR (Selective Non-Catalytic Reduction), semi-dry method, dry method, activated carbon injection, and bag filter along with flue gas recirculation. This comprehensive approach ensures that smoke emission indicators surpass not only national standards (GB18485-2014) but also the EU emission standards (2010/75/EU).

5. Environmental Science Popularization Education Base

The project serves as an educational hub through its dedicated visiting corridor and ground floor environmental education base. These facilities offer insights into waste material processing technologies, emphasize waste classification and material recycling practices and advocate for green environmental principles. Additionally, the ground floor serves as a designated location for citizen visits, tourism, and student social engagement initiatives focused on environmental education.