The Xiangxi North Project is a model of large-scale integrated waste disposal in China. With an annual disposal capacity of 1 million tons, the project combines "low-purity waste 5.0 disposal technology" with "cement kiln co-processing," ultimately achieving a 100% resource recovery rate. This is a green circular production line that integrates environmental protection and economic benefits.

Invested and constructed by Sinoma Environment in Huainan Modern Coal Chemical Industrial Park, Anhui Province, the project has an annual disposal capacity of 50,000 tons for waste organic solvents and hazardous waste. It adopts integrated technologies of rectification and purification, incineration and sewage treatment, realizing full-process automatic control and intelligent monitoring. As a key environmental supporting facility of the park, it effectively solves the hazardous waste disposal d

Adopting the combined process of SMP+SMC+SCC plus pre-combustion furnace, and equipped with advanced automatic equipment such as AGV forklifts, RGV transfer vehicles and six-axis robots, the project has a designed disposal capacity of 100 tons/day (29,800 tons/year). It can handle 35 categories of hazardous waste including HW08/09/11/12/17, covering investment, construction, operation and maintenance services.

Located in Huaying City, Guang'an, Sichuan Province, the center has an annual solid waste treatment capacity of 100,000 tons. Mature processing technologies are applied to convert industrial solid waste into directly usable alternative fuels for cement kilns with full-process clean treatment. After operation, it reduces massive raw coal consumption and avoids land occupation by solid waste landfill, strongly supporting the construction of local zero-waste cities and setting a replicable practica

Located in Tengzhou City, Shandong Province, it is a core solid waste processing base of Sinoma Environment in North China with an annual processing capacity of 100,000 tons. Leveraging abundant local and surrounding solid waste resources, it converts various solid wastes such as waste textiles, paper residue and construction residue into standard alternative fuels via standardized pretreatment processes, with a complete environmental management system ensuring clean production. It stably suppli

Constructed in two phases with a designed annual processing capacity of 200,000 tons, it adopts intelligent crushing, screening and molding core technologies to convert general industrial solid waste such as waste textiles into high-calorific and low-chlorine alternative solid fuels (SRF/RDF). Selected as a pilot project of the Sino-German Key Field Energy Efficiency Improvement Demonstration Program, it is equipped with advanced automatic control and environmental protection facilities, realizi