Automatic Vehicle Chassis Disinfection System

• Automatic Vehicle Detection: Sensors can detect an approaching vehicle and initiate the configured chassis disinfection cycle.
• Drive-Through Operation: Vehicles pass through the treatment zone without requiring personnel to manually spray the underbody.
• Dedicated Chassis Coverage: Low-level spray lines target the chassis, underbody, wheels and tyre areas.
• Controlled Spray Cycle: Spray duration and operating sequence can be programmed according to the farm biosecurity procedure.
• Adjustable Chemical Dosing: Dosing equipment can be configured for compatible disinfectants and required application concentrations.
• Heavy Vehicle Compatibility: Platform structure and load capacity can be engineered for livestock transporters, feed trucks and service vehicles.
• Surface or Inset Installation: The system can be installed on a prepared surface or integrated into a permanent foundation.
• Galvanized Steel Construction: Structural components are suitable for regular exposure to outdoor agricultural operating conditions.
• Wastewater Management: Collection trays and drainage interfaces can be incorporated to control used disinfectant solution.
• Two-Way Traffic Option: Entry and exit detection can be configured for sites requiring vehicle treatment in both directions.
• Modular Engineering: Spray width, platform dimensions, vehicle clearance and control functions can be adapted to project requirements.
• Low-Operator Workload: Automated activation provides a repeatable vehicle treatment process at controlled farm entrances.

• Drive-Through Platform: Reinforced steel platform forms the vehicle treatment and wheel-passage area.
• Undercarriage Spray Line: Bottom-mounted spray nozzles provide targeted coverage beneath the vehicle.
• Side Spray Assemblies: Side-mounted nozzles can treat lower vehicle surfaces, wheels and tyre areas.
• Entry and Exit Sensors: Vehicle detection devices activate the automatic spray sequence according to programmed control logic.
• High-Pressure or Low-Pressure Pump: Pump performance is selected according to the spray arrangement and required application method.
• Chemical Dosing Unit: Controlled dosing introduces compatible disinfectant into the spray circuit.
• Control Cabinet: Electrical controls manage sensor signals, pump operation, dosing and spray-cycle timing.
• Galvanized Steel Structure: Corrosion-resistant structural components provide a durable base for farm entrance installation.
• Access Ramps: Low-profile ramps can be supplied for surface-mounted configurations.
• Collection Tray: A collection area can capture used spray liquid for controlled drainage.
• Drainage Interface: Drain valves and outlet connections can be designed to connect with the farm wastewater management system.
• Water Supply System: Water storage or direct water-supply arrangements can be selected according to the project design.

Reference values are provided for representative configurations. Final pressure, flow rate, tank capacity, electrical supply, platform dimensions, axle load, vehicle clearance and spray arrangement should be confirmed according to the selected system and project requirements.

• Commercial Pig Farms: Automated chassis and wheel-area disinfection at controlled farm entrances and clean-zone access points.
• Poultry Farms: Treatment of feed trucks, livestock transport vehicles, service vehicles and authorized farm traffic.
• Cattle and Dairy Farms: Vehicle sanitation for livestock transport, feed delivery and agricultural service traffic.
• Breeding and Quarantine Facilities: Vehicle treatment between different farm biosecurity zones.
• Livestock Transport Stations: Automated treatment of vehicles entering or leaving designated sanitation areas.
• Feed Mills and Agricultural Facilities: Entrance biosecurity for vehicles moving between farms and production facilities.
• Abattoirs and Food Processing Sites: Controlled vehicle sanitation where site hygiene procedures require automated treatment.
• New Pig Farm Construction: Integration with farm roads, drainage, electrical systems, vehicle circulation and biosecurity zoning.
• Existing Farm Upgrades: Surface-mounted configurations can improve vehicle biosecurity while reducing extensive civil modification.
• Engineering and EPC Projects: Suitable for agricultural engineering companies, livestock project contractors and farm infrastructure integrators.

• Platform Dimensions: Width, length and vehicle clearance can be designed according to the largest vehicle using the entrance.
• Chassis Spray Coverage: Nozzle quantity, spacing, spray direction and spray-bar arrangement can be configured for different chassis types.
• Wheel Treatment: Lower spray lines can be positioned to improve coverage of tyres and wheel areas.
• Pump Performance: Pump pressure and flow can be selected according to the required spray pattern and application method.
• Water Supply: Tank capacity or direct water-supply configuration can be selected according to site conditions.
• Chemical Dosing: Dosing equipment can be configured for compatible disinfectants and required application concentrations.
• Control Logic: Entry-only, exit-only or two-way vehicle detection can be configured according to traffic flow.
• Spray Cycle: Treatment duration and activation sequence can be configured according to the farm biosecurity SOP.
• Installation Method: Surface-mounted, low-profile ramp or inset configurations are available according to civil engineering conditions.
• Drainage: Collection trays, drain valves and wastewater connections can be designed according to local environmental requirements.
• Structural Materials: Galvanized steel and suitable stainless steel components can be selected according to local climate and chemical exposure.
• Heavy Vehicle Design: Structural load capacity can be engineered according to axle load and vehicle type.
• Electrical Configuration: Power supply and control components can be adapted to local electrical standards.
• OEM / Project Supply: Branding, spare parts, documentation, packaging and project-specific engineering are available upon request.

Installation: Surface-mounted systems can be installed on a properly engineered concrete, asphalt or compacted base. Permanent projects can also use an inset foundation. The installation should be coordinated with vehicle access, drainage, water supply and electrical infrastructure.

1. Confirm vehicle width, height, wheelbase, ground clearance and maximum axle load.
2. Verify that the foundation is level, stable and suitable for the specified vehicle loading.
3. Install the platform and spray assemblies according to the approved project layout.
4. Position entry and exit sensors where reliable vehicle detection can be achieved.
5. Connect the water supply, pump, chemical dosing system and control cabinet according to the installation design.
6. Check every spray nozzle for correct orientation and unobstructed flow.
7. Set the spray cycle and chemical dosing according to the farm biosecurity procedure and disinfectant manufacturer's instructions.
8. Inspect and clean filters regularly to maintain stable liquid flow.
9. Flush the spray circuit when appropriate after chemical use or extended periods of operation.
10. Inspect nozzles, hoses, valves, pumps and electrical connections regularly.
11. Remove accumulated mud and organic material from the platform, spray area and drainage zone.
12. Check collection trays and drainage lines regularly to prevent blockage and uncontrolled wastewater discharge.
13. Inspect galvanized structures, fasteners and spray supports for damage or corrosion.
14. Test automatic sensors, control functions and emergency controls at scheduled intervals.
15. Protect water lines and liquid-handling components from freezing where required by local climate conditions.

Q: What is an Automatic Vehicle Chassis Disinfection System?
A: It is an automated drive-through system designed to spray a compatible disinfectant solution onto vehicle tyres, wheels, underbody and chassis as vehicles pass through a designated treatment platform.

Q: Why is chassis disinfection important for livestock farms?
A: Vehicle chassis, wheels and underbody areas can be difficult to treat manually. A dedicated lower spray system provides a controlled method for applying disinfectant to these areas as part of the farm's overall vehicle biosecurity procedure.

Q: Is the system suitable for commercial pig farms?
A: Yes. It is suitable for commercial pig farms, poultry farms, cattle farms, breeding facilities, livestock transport sites and other agricultural facilities requiring controlled vehicle sanitation.

Q: How does automatic activation work?
A: An entry sensor detects the approaching vehicle and triggers the programmed spray cycle. The control system then operates the pump and chemical dosing equipment according to the configured settings.

Q: Which vehicle areas can be treated?
A: The system is primarily designed for tyres, wheels, underbody and chassis areas. Additional spray arrangements can be configured according to vehicle dimensions and project requirements.

Q: Can it handle livestock transport trucks?
A: Yes. Platform dimensions, vehicle clearance and structural load capacity can be engineered according to the dimensions and axle loads of the vehicles used at the farm.

Q: Does the system require excavation?
A: Not necessarily. Surface-mounted configurations can be installed on a suitable prepared base. An inset configuration can also be designed for permanent low-profile installation.

Q: Can the disinfectant dosage be adjusted?
A: Yes. The chemical dosing system can be configured according to the selected compatible disinfectant and the farm's approved biosecurity procedure.

Q: How is wastewater handled?
A: A collection tray and drainage connection can be incorporated to capture used spray liquid and direct it toward the site's controlled wastewater management system.

Q: Can vehicles be treated in both directions?
A: Yes. Two-way traffic activation can be incorporated into suitable configurations using separate entry and exit detection.

Q: Can the system be integrated into a new pig farm construction project?
A: Yes. Platform dimensions, vehicle clearance, spray layout, pump capacity, dosing, drainage, electrical supply and control functions can be coordinated with the farm's civil and MEP design.

Q: Can the chassis disinfection system be customized?
A: Yes. The spray platform, nozzle arrangement, vehicle clearance, pump performance, chemical dosing, control logic, drainage interface, structural materials and electrical configuration can be designed according to local climate, farm conditions and project requirements.