Fixed Vehicle Disinfection Channel System

• Permanent Farm Entrance Solution: Designed for long-term integration into commercial farm roads and controlled vehicle access points.
• Automatic Vehicle Detection: Sensors detect incoming vehicles and initiate the programmed disinfection cycle.
• Drive-Through Operation: Vehicles pass through the treatment channel without requiring operators to manually spray every vehicle.
• Tyre and Wheel Treatment: Side spray assemblies can target tyres, wheels and lower vehicle surfaces.
• Underbody Coverage: Bottom spray nozzles can be arranged to treat chassis and undercarriage areas.
• Adjustable Chemical Dosing: Dosing can be configured according to the selected compatible disinfectant and farm SOP.
• Programmable Spray Cycle: Spray duration and operating sequence can be adjusted according to site requirements.
• Heavy-Duty Construction: The drive-over structure can be engineered for livestock transporters, feed trucks and other commercial farm vehicles.
• Corrosion-Resistant Materials: Galvanized steel and suitable stainless-steel components are available for demanding agricultural environments.
• Contained Wastewater: Collection trays and drainage connections can help control used disinfectant solution.
• Two-Way Traffic Option: Entry and exit sensors can be incorporated for farms requiring treatment in both directions.
• Engineering Integration: The system can be coordinated with civil construction, drainage, electrical supply and farm traffic planning.

• Drive-Through Platform: Reinforced steel platform forms the main vehicle treatment zone and is designed according to the required axle load.
• Side Spray Bars: Vertical or lateral spray assemblies provide targeted treatment around tyres and wheels.
• Underbody Spray Line: Low-level nozzles provide additional coverage beneath the vehicle.
• Vehicle Detection Sensors: Entry and optional exit sensors activate the programmed automatic sequence.
• Pump Module: Pump capacity is selected according to nozzle quantity, spray pattern and required treatment coverage.
• Chemical Dosing Unit: Metered dosing introduces the selected compatible disinfectant into the liquid circuit.
• Water Tank or Header Tank: 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: Side screens help define the treatment zone and manage spray distribution.
• Collection Tray: A shallow collection area can capture used liquid beneath the spray platform.
• Drainage Connection: Drain valves and outlets can be connected to an engineered wastewater management system.
• Access Ramps: Low-profile ramps can be incorporated where the platform is installed above the surrounding road surface.

Reference performance data are based on comparable commercial vehicle disinfection configurations. Final pressure, flow rate, tank capacity, axle load, dimensions, nozzle quantity and electrical configuration should be confirmed according to the selected system and engineering design.

• Commercial Pig Farms: Vehicle biosecurity for feed trucks, livestock transporters, waste vehicles and service traffic.
• Poultry Production Complexes: Automated vehicle treatment at controlled entrances to poultry production areas.
• Cattle and Dairy Farms: Disinfection of livestock transport and agricultural service vehicles.
• Breeding Facilities: Vehicle treatment at controlled biosecurity transition points.
• Feed Mills: Vehicle sanitation at logistics and production entrances.
• Livestock Transport Facilities: Automated treatment for vehicles entering or exiting controlled areas.
• Abattoirs and Processing Sites: Vehicle biosecurity at designated access points.
• New Farm Construction: Integration with concrete foundations, farm roads, drainage and electrical infrastructure.
• Existing Farm Modernization: Permanent channel installation for upgrading established vehicle entrances.
• Agricultural Engineering Projects: Suitable for EPC contractors, farm-equipment distributors, agents and project procurement teams.

• Channel Dimensions: Width, length and clearance can be designed according to the largest vehicle using the entrance.
• Vehicle Load: Platform structure can be engineered according to vehicle type and axle loading requirements.
• Spray Coverage: Nozzle quantity, position, height and direction can be configured according to the desired treatment area.
• Wheel and Chassis Treatment: Lower spray lines can be adapted to wheelbase and chassis clearance.
• Pump Performance: Pressure and flow can be selected according to the spray configuration.
• Water Storage: Tank capacity can be selected according to traffic volume and water availability.
• Chemical Dosing: Dosing equipment can be configured for the selected compatible disinfectant.
• Control System: Automatic activation, manual override, cycle timing and two-way traffic control can be configured.
• Civil Integration: Foundation depth, platform level, ramps, drainage and road interface can be coordinated with the farm construction plan.
• Wastewater System: Collection trays, drain valves and wastewater connections can be designed according to local site requirements.
• Climate Adaptation: Materials and liquid-handling components can be selected according to local temperature, humidity and operating conditions.
• OEM / Project Supply: Technical drawings, spare parts, packaging, labeling and project-specific documentation are available upon request.

Installation: A fixed system should be integrated with a properly engineered foundation and vehicle traffic route. For new pig farm construction or poultry farm construction, the channel can be coordinated with road levels, drainage, water supply, electrical infrastructure and wastewater handling during the civil engineering stage.

1. Confirm maximum vehicle dimensions, wheelbase and axle load before finalizing the channel design.
2. Prepare the foundation and drainage infrastructure according to the approved engineering drawings.
3. Install the steel platform, side screens, spray bars and access components.
4. Connect the water supply, pump, chemical dosing unit and control cabinet.
5. Install and align vehicle detection sensors at the required entry and exit positions.
6. Connect the spray piping and verify all nozzle positions.
7. Test the automatic detection and spray sequence before normal operation.
8. Adjust spray duration and chemical dosing according to the approved farm biosecurity procedure.
9. Clean filters and spray nozzles regularly to prevent blockage.
10. Inspect pumps, valves, hoses, fittings and electrical connections periodically.
11. Remove accumulated mud and organic material from the platform and drainage area.
12. Inspect the wastewater collection system and drainage connections regularly.
13. Check galvanized steel components, fasteners and structural joints for damage or corrosion.
14. Test sensors and control functions according to the preventive maintenance schedule.
15. Protect water and chemical lines against freezing where required by local climate conditions.

Q: What is a Fixed Vehicle Disinfection Channel System?
A: It is a permanent drive-through vehicle biosecurity system that automatically applies a compatible disinfectant solution to vehicle tyres, wheels, underbody and chassis at a controlled farm entrance.

Q: Why choose a fixed installation?
A: A fixed installation can be integrated into permanent farm roads, foundations, drainage and electrical infrastructure, making it suitable for long-term commercial livestock facilities and new farm construction projects.

Q: Can the system operate automatically?
A: Yes. Vehicle detection sensors can activate the pump, dosing system and spray cycle automatically when a vehicle enters the treatment zone.

Q: Which vehicle areas can be disinfected?
A: The spray configuration can target tyres, wheels, underbody and chassis. The final nozzle layout is designed according to vehicle type and project requirements.

Q: Is it suitable for articulated livestock transport vehicles?
A: Yes. The platform length, width, clearance, load rating and spray arrangement can be engineered according to the dimensions and operating conditions of heavy commercial vehicles.

Q: Can the system be installed during new pig farm construction?
A: Yes. The channel can be coordinated with the farm's civil engineering design, including concrete foundation, road surface, drainage, wastewater management, electrical supply and traffic flow.

Q: Can the system be used for poultry farms?
A: Yes. It can be configured for poultry production complexes, breeding farms, feed logistics and other controlled-access agricultural facilities.

Q: Can chemical dosing 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 wastewater managed?
A: A collection tray and controlled drainage connection can be incorporated to collect used liquid and direct it to the site's designated wastewater management system.

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