Wheel and Chassis Disinfection System

• Automatic Vehicle Detection: Entry sensors activate the configured spray cycle when a vehicle enters the treatment area.
• Wheel and Wheel-Arch Coverage: Side spray bars are positioned to treat tyres, wheels and wheel-arch areas.
• Underbody and Chassis Treatment: Low-level spray nozzles provide additional coverage beneath the vehicle.
• Drive-Through Operation: Vehicles can pass through the system without requiring an operator to manually spray each vehicle.
• Adjustable Spray Cycle: Treatment duration can be configured according to site traffic and biosecurity procedures.
• Adjustable Chemical Dosing: The dosing system can be configured for the selected compatible disinfectant.
• Galvanized Steel Construction: Structural components are suitable for demanding agricultural and livestock environments.
• Contained Liquid Collection: A collection tray and drainage arrangement can be incorporated for controlled wastewater handling.
• Heavy Vehicle Capability: The drive-over structure can be engineered for livestock transporters, feed trucks and other commercial farm vehicles.
• Surface or Inset Installation: Suitable for both existing farm entrances and new pig farm construction projects.
• Two-Way Traffic Option: Entry and exit detection can be configured for sites requiring treatment in both directions.
• Project-Specific Engineering: Dimensions and system performance can be designed around local climate, vehicle fleet and farm layout.

• Drive-Over Spray Platform: Reinforced platform designed to support the specified vehicle axle load.
• Vertical Spray Bars: Side-mounted spray assemblies provide coverage around tyres, wheels and wheel arches.
• Horizontal Underside Spray Bar: Low-level nozzles direct disinfectant beneath the vehicle.
• Entry Sensor: Detects approaching vehicles and initiates the automatic spray sequence.
• Optional Exit Sensor: Provides two-way traffic detection and control where required.
• Pump Assembly: Selected according to nozzle quantity, spray pattern, required pressure and flow.
• Chemical Dosing Unit: Introduces the selected disinfectant into the spray circuit at the configured dosing rate.
• Water Tank or Header Tank: Capacity can be selected according to traffic volume and project requirements.
• Control Cabinet: Controls vehicle detection, pump operation, dosing and spray-cycle timing.
• Galvanized Side Screens: Help define the spray zone and control liquid distribution.
• Collection Tray: Captures used disinfectant solution beneath the treatment platform.
• Drainage Connection: Allows collected liquid to be directed toward the site's designated wastewater system.

Reference values are based on comparable vehicle disinfection system configurations. Final dimensions, pressure, flow rate, tank capacity, load rating, electrical supply and nozzle arrangement should be confirmed according to the selected system and project design.

• Commercial Pig Farms: Vehicle biosecurity for feed trucks, livestock transporters, waste vehicles and service vehicles.
• Poultry Farms: Treatment of vehicles entering controlled poultry production areas and farm compounds.
• Cattle and Dairy Operations: Vehicle sanitation at livestock transport and service entrances.
• Breeding and Quarantine Facilities: Vehicle treatment at controlled biosecurity transition points.
• Feed Mills: Vehicle hygiene at logistics entrances serving livestock production sites.
• Livestock Transport Facilities: Automated treatment of vehicles moving between controlled areas.
• Abattoirs and Food Processing Sites: Vehicle disinfection at designated access points.
• Agricultural Engineering Projects: Integration into farm roads, traffic control systems and biosecurity infrastructure.
• New Livestock Construction: Suitable for inclusion in pig farm construction and poultry farm construction plans.
• Existing Farm Upgrades: Can be installed at established entrances to improve consistency of vehicle sanitation procedures.

• Platform Size: Width, length and vehicle clearance can be designed according to the largest vehicle using the entrance.
• Axle Load: Structural capacity can be engineered according to livestock transporters, feed trucks and other heavy vehicles.
• Spray Layout: Nozzle quantity, position, height and direction can be configured for wheel and chassis coverage.
• Spray Performance: Pump pressure and flow can be selected according to the required spray pattern.
• Water Storage: Tank capacity can be customized according to traffic volume and available water supply.
• Chemical Dosing: Dosing equipment can be configured for the selected compatible disinfectant.
• Control Logic: Automatic activation, manual override, spray timing and two-way traffic functions can be configured.
• Installation Method: Surface-mounted or inset installation can be selected according to civil works and farm layout.
• Wastewater Management: Collection trays, drain valves and outlet connections can be coordinated with the farm drainage system.
• Material Selection: Galvanized steel and suitable stainless-steel components can be selected according to climate and chemical exposure.
• Climate Adaptation: The system can be designed according to local temperature, humidity, rainfall and operating conditions.
• OEM / Project Supply: Technical drawings, spare parts, documentation, packaging and project-specific engineering are available upon request.

Installation: The system should be installed on a stable, level base suitable for the specified vehicle load. For new livestock construction projects, the platform can be coordinated with farm roads, concrete foundations, drainage, electrical supply and wastewater management. Surface-mounted and inset installation options are available according to project requirements.

1. Confirm vehicle dimensions, wheelbase, ground clearance and maximum axle load.
2. Prepare the foundation and drainage system according to the approved layout.
3. Install the platform, spray bars, side screens and access ramps where required.
4. Connect the water supply, pump, chemical dosing unit and control cabinet.
5. Position entry and optional exit sensors for reliable vehicle detection.
6. Check all spray nozzles for correct orientation and unobstructed flow.
7. Test the automatic spray sequence before commissioning.
8. Set spray duration and chemical dosing according to the farm's approved biosecurity procedure.
9. Clean filters and nozzles regularly to prevent blockage.
10. Inspect pumps, valves, hoses, fittings and electrical connections periodically.
11. Remove mud and organic material from the platform and collection area.
12. Inspect drain valves, collection trays and wastewater connections.
13. Check galvanized structural components and fasteners for damage or corrosion.
14. Test sensors and control functions as part of preventive maintenance.
15. Protect water and chemical lines against freezing where required by local climate conditions.

Q: What is a Wheel and Chassis Disinfection System?
A: It is a drive-through vehicle biosecurity system that automatically applies a compatible disinfectant solution to tyres, wheels, wheel arches, underbody and chassis areas as vehicles pass through the treatment zone.

Q: Is it suitable for commercial pig farms?
A: Yes. The system is suitable for commercial pig farms, poultry farms, cattle operations, breeding facilities, feed mills and other agricultural sites with controlled vehicle access.

Q: How does automatic activation work?
A: A vehicle detection sensor identifies an approaching vehicle and activates the programmed pump, dosing and spray sequence.

Q: Which vehicle areas are treated?
A: The spray configuration is designed to target tyres, wheels, wheel arches, underbody and chassis. Final nozzle positioning depends on the vehicle fleet and project requirements.

Q: Can it handle livestock transporters and feed trucks?
A: Yes. Platform dimensions and structural load capacity can be engineered according to the vehicle dimensions and axle loads specified for the project.

Q: Can the system be installed without major excavation?
A: Yes. A surface-mounted configuration can be installed on a suitable prepared base. An inset configuration is also available for projects requiring a flush installation.

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

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

Q: Can the system operate in both directions?
A: Yes. Two-way traffic activation can be configured using appropriate entry and exit sensors where the site layout requires treatment in both directions.

Q: Can the system be customized for an international livestock project?
A: Yes. Platform dimensions, spray arrangement, pump performance, tank capacity, axle load, electrical configuration, materials, drainage and control functions can be designed according to local climate, farm conditions and project requirements.