HTE3 Triple-Belt System | Chemical Explosion-Proof Design

The HTE3 Series Triple-Belt Gravitational Thickening And Dewatering System (Chemical Explosion-Proof Type) is a specialized industrial solution designed to safely process flammable or hazardous slurry waste (e.g., chemical sludge, explosive industrial residues) through integrated Gravitational Thickening and mechanical dewatering, merging efficiency with explosion-proof safety for high-risk environments.

It delivers dual functionality: safe hazardous waste processing + high-efficiency dewatering in a single unit, eliminating the need for separate explosion-proof equipment. The triple-belt configuration ensures high solids capture rates (producing drier waste cake) while the explosion-proof design mitigates fire or blast risks in chemical/flammable waste settings. Its automated, sealed operation minimizes operator exposure to hazardous materials, enhancing workplace safety. Additionally, the robust corrosion-resistant build withstands aggressive chemical slurries, while low energy consumption reduces operational costs—making it a practical choice for high-risk industrial waste management.

Structurally, this system integrates three explosion-proof-certified filtration belts, a sealed gravitational thickening zone, multi-roller dewatering sections (with explosion-proof motors), a intrinsically safe control panel, and corrosion-resistant components (shown in the image). The sealed thickening zone contains flammable vapors or chemical fumes, while the triple belts move hazardous slurry through gravity drainage and gradual roller pressure (adjustable for different waste types) to extract moisture. All electrical components (motors, sensors) meet explosion-proof standards, preventing sparking in volatile environments. The intrinsically safe control panel regulates parameters (belt speed, pressure) without generating ignition sources, and corrosion-resistant materials (e.g., stainless steel, chemical-resistant coatings) protect against aggressive slurry degradation.

It is ideal for chemical manufacturing plants, petrochemical facilities, pharmaceutical production sites, and hazardous waste treatment centers processing flammable or corrosive slurry waste (e.g., chemical reaction sludge, explosive industrial residues, toxic wastewater solids). It excels at safely reducing the volume of hazardous waste—for example, dewatering chemical sludge for compliant disposal, treating explosive industrial residues to lower transport risks, or processing toxic wastewater solids to meet environmental regulations. Whether integrated into a dedicated hazardous waste facility or deployed as a standalone unit in high-risk plants, this system delivers reliable, safe performance. It enhances compliance with explosion-proof safety standards, reduces hazardous waste disposal costs, and protects personnel, meeting the needs of industrial operators and environmental teams managing high-risk slurry waste.