Authoritative technical guides, statutory regulatory handbooks (CPCB, DPCC, CAQM, BMC), and engineering sizing methodologies for dust suppression and heavy construction machinery.
Regulatory Compliance
Complete handbook on statutory CPCB, DPCC, CAQM GRAP, and BMC regulations for anti-smog guns and dust suppression. Plot size thresholds, mandatory cannon counts, and penalties.
Equipment Comparison
Comprehensive engineering comparison between mobile Fog Cannons (Anti-Smog Guns) and fixed High-Pressure Mist Spray Systems. Water usage, droplet size, and site applications.
Pricing & Procurement Guide
Factory direct price guide for Anti Smog Guns in India. Understand cost factors: throw distance (30M, 50M, 100M), trolley vs truck mount, DG set integration, and ROI.
Technical Engineering Guide
Engineering guide to sizing dust suppression fog cannons. Wind speed compensation, plume trajectory, droplet drift dynamics, and site selection.
Engineering blueprint of Robotech Anti Smog Guns — tracing the complete operational cycle from 415V 3-phase motor actuation to multi-stage hydraulic water pressurization, aerofoil air column acceleration, 10–50μm micro-atomization, and rapid airborne PM2.5/PM10 particle agglomeration.
Industrial 415V 3-phase power enters an IP65 control cabinet equipped with a Schneider/Siemens Star-Delta or VFD soft-starter. Independent electrical isolation powers the high-torque axial fan blower motor (3–30 kW) and the multi-stage booster pump motor (2.2–7.5 kW) without electrical cross-interference.
Water is supplied from an onboard 1000L–2000L tank or continuous site pipeline (including treated STP water). Fluid passes through a primary 100-mesh stainless steel Y-strainer and a secondary cyclone sediment trap to strip out particulate debris and prevent nozzle wear.
The high-pressure pump motor drives a multi-stage stainless steel centrifugal or triplex plunger pump, boosting incoming line pressure from 2 Bar to 15–40 Bar (217–580 PSI). Pressurized water is fed through SS 304 braided high-pressure lines to the barrel manifold.
The main blower motor drives dynamically balanced multi-blade aluminum aerofoil fan blades within a precision aerodynamic barrel. Internal stator vanes eliminate turbulence, shaping the high-CFM air into a focused, laminar propulsive column capable of reaching 30m to 100m.
Pressurized water exits through 24 to 60 swirl-chamber brass/ceramic nozzles positioned on the barrel rim. The combination of hydraulic pressure and high-velocity air shear shatters the water streams into a fine, uniform 10 to 50 micron mist that matches ambient dust particulate diameters.
Motorized horizontal slew (0°–350°) and vertical hydraulic pitch (-10° to +45°) blanket the dust zone. Through Brownian diffusion and inertial impaction, the 10–50μm micro-droplets collide with and bind to suspended PM2.5/PM10 dust particles, increasing their mass and causing rapid gravitational fallout.
Standard water tankers and garden sprinklers produce large water droplets (200 to 1,000+ microns). Due to aerodynamic slipstreams, airborne dust particles (PM2.5 and PM10) simply slip around large water droplets without colliding, creating mud puddles without clearing the air. Robotech's dual-motor atomization system matches droplet diameter (10–50 microns) to dust particle diameter, maximizing collision probability and agglomeration, causing immediate gravitational precipitation while consuming 70% less water.