Two CONELE CR15 intensive mixers have been successfully installed and commissioned at a Netherlands hazardous and solid waste treatment facility. Our equipment provides superior mixing uniformity and exact process control, offering a highly efficient and stable core material processing solution that has helped the client achieve a breakthrough 30% increase in daily processing capacity.

Given the complex nature of hazardous and solid waste, including high viscosity, strong corrosiveness and multiphase composition, the CONELE CR15 intensive mixer leverages a unique inclined mixing pan design and 3D turbulent mixing principle. The materials are fully mixed under the combined effects of gravity, centrifugal force and differential shear force, with no dead zones, and the mixing time is reduced to only 60% of the conventional equipment, effectively solving the problems of uneven mixing and so on.This mixing mechanism’s strong shearing action ensures accurate dispersion of additives (such as solidifying and stabilizing agents) – with a particle size distribution of D90 ≤ 5μm – in processes such as fly ash solidification, sludge treatment and soil remediation. It also greatly improves the compressive strength and stability of the solidified product while minimizing the risk of hazardous substance leaching.

As a high-tech enterprise in environmental protection equipment and engineering solutions, CONELE Machinery guarantees smooth transitions from factory inspection to on-site installation and commissioning through strict process control and comprehensive service support (including 24/7 remote monitoring and fast-response teams), effectively reducing the average delivery cycle to half of the industry norm. The CR15 intensive mixer was successfully deployed, reconfirming our professional expertise in the hazardous and solid waste treatment sector, helping clients achieve the dual goals of resource recovery and environmental remediation, contributing technical strength to green, sustainable development, and leading the industry’s transformation towards intelligent, high-efficiency operations.