In the early stage of Ningbo project, SUS comprehensively assessed the impact of the project on the surrounding residents and environment. There are households, villages, ancient buildings, schools and characteristic agricultural product planting bases in the project area. A lot of resistance and many voices of opposition from the local people exit in the early stage, which may escalate into group violence at any time.
In accordance with the environmental and social management system established by ISO14001 and OHSAS18001, SUS has set up corresponding evaluation indexes in environmental impact, involuntary resettlement and other aspects, and established supervision and management policies for investment, construction and operation projects.
SUS cooperated closely with the government to carry out popular science education on waste-to-energy for the public. During the 20-day demolition contract period, the signing rate was 96%, and no mass incident occurred during the project progress:
SUS Environment uses "craftsmanship" to cast environmental protection, adheres to "high starting point design, high-quality construction", and is committed to building each project into an environmentally friendly benchmark project.
The project hired the world-renowned French company AIA to design the exterior of the building. It is a landmark building with both industrial beauty and artistic temperament. The project won Zhejiang Province’s first China Construction Engineering Luban Award in the waste-to-energy industry, and was awarded the Zhejiang Industrial Tourism Demonstration Base, the National "AAA Grade Domestic Waste-to-Energy Plant", and the Ningbo Science Education Base. The project is also a modern high-tech waste-to-energy plant:
The project uses SUS Environment Mechanical Grate Furnace, which won the second prize of National Science and Technology Progress Award. It adopts the most stringent "seven-step" flue gas purification treatment process at that time. The use of ACC automatic combustion control system of the project effectively improves the intelligence and operational stability of large-scale grate furnaces.