At demolition sites, the dust clouds churned up by roaring excavators not only force nearby residents to cover their noses as they walk by, but also pose a major challenge for urban air quality management. Traditional water sprinkler trucks have limited range and uneven coverage, struggling to address the complex dust issues in demolition zones. The emergence of the 60-meter vehicle-mounted dust control system, however, has erected a "mobile dust barrier" at demolition sites. With its exceptional range and flexible operational capabilities, it solves the challenge of controlling dust during building demolition.
The core advantage of the 60-meter vehicle-mounted dust control system lies in its precise alignment with the dust characteristics of building demolition. During demolition operations, dust generated from collapsing structures and mechanically crushed walls often spreads widely and remains airborne for extended periods. Furthermore, demolition sites are frequently located in urban centers or residential areas, demanding higher standards for the timeliness and safety of dust control. Mounted on a specialized vehicle, this dust control system can move flexibly with demolition operations. Its 60-meter ultra-long range effectively covers high-altitude dust from multi-story building demolitions, suppressing dust dispersion at its source. Its high-pressure atomization system transforms water into a fine mist of 50-150 microns, precisely binding with dust particles for rapid settling. This avoids the muddy ground and construction delays caused by traditional water sprinkling methods.

In practical applications, the 60-meter vehicle-mounted dust control system demonstrates exceptional utility. During an old city renovation project, the demolition zone was adjacent to schools and residential areas. Previously, dust pollution had led to multiple resident complaints, and construction progress was hindered by environmental inspections. After introducing the 60-meter vehicle-mounted dust control system, the machine moved synchronously with excavators during operations. It sprayed water mist in real-time during high-dust phases like wall demolition and debris removal. Monitoring data revealed a 62% reduction in PM2.5 concentrations around the project site compared to previous levels. This not only ensured successful environmental inspections but also earned recognition from nearby residents. Additionally, the fog cannon supports remote operation and intelligent pressure adjustment, enabling it to modify mist volume and spray range based on demolition intensity. This approach effectively controls dust while conserving water resources, achieving daily water savings exceeding 30 tons per unit.