| Product Name |
Stationary Foam Cleaning System |
| Product Image |
 |
| Product Overview |
The Stationary Foam Cleaning System is a fixed cleaning solution designed for commercial livestock farms, agricultural facilities and other sites requiring repeatable foam application and wash-down operations.
The system is designed around a permanently installed cleaning station connected to the site's water supply, detergent system and cleaning distribution network. Foam is generated by mixing water, cleaning chemical and air, then delivered through a suitable hose, gun, lance or spray outlet.
Compared with moving a standalone cleaning machine between different buildings, a stationary arrangement provides dedicated cleaning points and organized utility connections. It is particularly suitable for large pig farms, poultry operations, cattle facilities and agricultural projects where cleaning zones are planned as part of the building engineering.
The system can be incorporated into new livestock construction, steel structure farm buildings and renovation projects. Equipment layout, pipe routing, water supply, drainage, chemical storage and operator access can be coordinated during the engineering stage. |
| Key Features |
- Fixed cleaning station for professional agricultural and livestock facilities.
- Designed for controlled foam detergent application and subsequent rinsing.
- Suitable for repeated cleaning operations in commercial pig houses and other farm buildings.
- Centralized utility connections help organize water, chemical and cleaning distribution.
- Supports dedicated cleaning points for different livestock compartments.
- Suitable for integration with compatible high-pressure or medium-pressure cleaning equipment.
- Foam application helps provide visible coverage on floors, walls, partitions and other compatible surfaces.
- Fixed installation reduces the need to transport the main cleaning unit between cleaning zones.
- Modular configuration allows selection of chemical inlets, outlets, accessories and control components.
- Stainless steel or other corrosion-resistant construction options can be specified according to project requirements.
- Suitable for technical rooms, service areas or protected locations within livestock buildings.
- Designed for straightforward inspection, servicing and replacement of wear components.
- System layout can be adapted to building size, cleaning frequency and number of operators.
|
| Structural Components |
- Main Cleaning Station: Fixed housing containing the primary water, foam and control components.
- Pump Assembly: Provides the required water pressure and flow according to the selected configuration.
- Foam Mixing Block: Combines water, detergent and compressed air to generate cleaning foam.
- Chemical Injection System: Controls detergent introduction into the cleaning circuit.
- Water Inlet: Connects the system to the farm's water supply network.
- Air Connection: Provides compressed air where an air-assisted foam generation system is selected.
- Detergent Inlets: Allows one or more cleaning chemicals to be connected according to system configuration.
- Outlet Manifold: Distributes the cleaning medium toward hoses, satellites or dedicated cleaning points.
- High-Pressure or Cleaning Hose: Transfers the cleaning solution from the station to the working area.
- Spray Gun and Lance: Provides operator control of foam application and rinsing.
- Foam Nozzle: Produces the required foam pattern and coverage.
- Water Filter: Can be incorporated to protect the cleaning circuit from incoming impurities.
- Control Panel: Controls the selected cleaning functions according to the final system design.
- Wall Bracket or Support Frame: Provides secure mounting for fixed installation.
- Pipework Network: Connects the main station with designated cleaning zones or satellite stations.
|
| Working Principle / Structural Principle |
The Stationary Foam Cleaning System uses a fixed water and chemical distribution arrangement to deliver cleaning foam to designated work areas.
Water enters the main cleaning station through the supply pipe. The detergent is introduced through the chemical dosing or injection circuit, while compressed air is supplied where required by the selected foam technology.
The water, detergent and air are mixed within the foam generation assembly to produce a stable cleaning foam. The foam is then delivered through the outlet network to a hose, spray gun, lance, satellite station or other designated application point.
During a typical cleaning cycle, loose contamination is removed first. Foam is applied to suitable surfaces and allowed to remain for the contact time specified by the chemical manufacturer. The area is then rinsed with the selected water pressure and flow.
For large commercial farms, the fixed station can supply multiple cleaning points through a properly designed pipework network. Pipe diameter, routing and pressure loss should be calculated according to the final system capacity and simultaneous user requirements.
The cleaning sequence should be adapted to the livestock facility's hygiene program, surface materials, detergent selection, water quality and local operating conditions. |
| Technical Specifications |
| System Type |
Stationary foam cleaning system |
| Installation Type |
Wall-mounted, frame-mounted or dedicated technical installation according to project requirements |
| Primary Application |
Livestock buildings, agricultural facilities and equipment wash-down areas |
| Foam Generation |
Water, detergent and air mixing through a dedicated foam assembly |
| Number of Chemical Lines |
Customizable according to cleaning process and project requirements |
| Water Flow |
Customizable according to pump capacity, nozzle selection and number of simultaneous users |
| Operating Pressure |
According to project requirements and compatible cleaning equipment |
| Water Inlet Pressure |
According to selected pump and system configuration |
| Compressed Air |
Available upon request according to foam generation method |
| Detergent Dosing |
Adjustable or preset according to the selected chemical and cleaning procedure |
| Hose Length |
Customizable according to cleaning zone size and building layout |
| Pipework |
Designed according to flow demand, pressure loss and local installation conditions |
| Main Housing Material |
Corrosion-resistant construction according to selected configuration |
| Power Supply |
According to selected equipment and local electrical standards |
| Number of Cleaning Points |
Customizable according to farm size and simultaneous cleaning requirements |
| Dimensions |
According to final equipment configuration |
Exact pressure, flow, power, chemical dosing, pipe diameter, dimensions and other parameters are determined after reviewing the farm layout and utility conditions. Detailed specifications are available upon request.
|
| Applications |
- Commercial pig farms and integrated swine production complexes
- Farrowing, nursery and finishing houses
- Pig pens, partitions, floors, walls and service corridors
- Poultry houses and poultry production facilities
- Cattle barns, dairy facilities and livestock service areas
- Feed preparation and livestock equipment areas
- Livestock transport equipment and trailers
- Agricultural machinery and farm vehicles
- Farm workshops and equipment wash-down zones
- Centralized cleaning areas serving multiple livestock buildings
- New livestock farm construction projects
- Steel structure agricultural building projects
- Farm renovation and cleaning-system upgrade projects
|
| Customization Options |
The Stationary Foam Cleaning System can be engineered according to the farm's building arrangement, cleaning process and utility conditions. Customization may include:
- Single or multiple detergent connections
- Foam generation and chemical dosing method
- Pump capacity and operating pressure
- Water flow requirement
- Compressed-air arrangement
- Number and location of cleaning outlets
- Wall-mounted or floor-mounted support structure
- Stainless steel or other corrosion-resistant housing options
- High-pressure hose length and hose management
- Spray gun, lance and nozzle selection
- Pipe diameter and distribution layout
- Water filtration and inlet protection
- Manual or controlled cleaning functions
- Electrical control configuration
- Technical-room or service-area installation
- Integration with existing farm utility systems
- Multiple livestock-house cleaning zones
- Designed according to local climate and farm conditions
For pig farm construction and agricultural engineering projects, the cleaning system can be coordinated with livestock pen layout, steel structure building design, drainage channels, water distribution, electrical infrastructure and equipment access. |
| Installation & Maintenance |
The stationary cleaning station should be installed in a suitable frost-protected and accessible location. Depending on the final configuration, it can be mounted on a stable wall or supported by a dedicated frame anchored to the floor.
The mounting surface and support structure should be capable of carrying the equipment load and resisting normal operating vibration. Wall mounting should be coordinated with the building structure and local installation requirements.
Water, electrical power, compressed air and chemical supply connections should be planned before installation. The water distribution pipework should be sized according to the required flow and expected pressure loss.
For large livestock projects, cleaning outlets should be positioned according to the livestock house layout, service corridors and operator working radius. Hose routing should avoid sharp edges, vehicle traffic and unnecessary bending.
Before commissioning, flush the water pipework to remove installation debris, check all connections and confirm that the water, chemical and air supplies are correctly connected.
Routine maintenance includes inspection of filters, chemical suction lines, injectors, valves, hoses, quick couplings, nozzles and seals. Wear components should be replaced according to operating conditions and service requirements.
After changing chemicals or completing a cleaning operation, the chemical inlet line and relevant components should be rinsed with clean water where required by the equipment and chemical manufacturer's instructions.
Maintenance access should be reserved around the stationary unit so technicians can inspect and service the pump, dosing system, valves and control components without major disassembly. |
| Project Cases |
Large Commercial Pig Farm: A stationary cleaning station can be installed in a dedicated service area and connected to multiple cleaning points serving farrowing, nursery and finishing houses.
Integrated Swine Production Complex: Centralized water and cleaning distribution can be designed to serve several livestock buildings while maintaining defined cleaning zones.
Poultry Farm Project: Fixed foam application points can be arranged around poultry houses and equipment cleaning areas according to the building layout.
Cattle and Dairy Facility: The system can be configured for suitable washable surfaces in cattle housing, service areas and equipment wash-down zones.
New Steel Structure Farm Building: Pipework, cleaning stations, hose points, drainage and utility connections can be incorporated into the building engineering before construction is completed.
Farm Renovation Project: The stationary system can be adapted to existing water supplies, pipe routes and cleaning areas, subject to site inspection and engineering requirements.
Multi-Zone Cleaning Project: Additional satellite or outlet stations can be considered when different livestock compartments require dedicated cleaning points. |
| Product FAQ |
Q: What is a stationary foam cleaning system?
A: It is a fixed cleaning installation that supplies detergent foam and rinsing water to designated cleaning points through a permanent utility and pipework arrangement.
Q: What is the difference between a stationary and mobile foam cleaning system?
A: A stationary system is permanently installed and connected to the facility utilities, while a mobile system is designed to be moved between different cleaning areas.
Q: Is it suitable for commercial pig farms?
A: Yes. The system can be designed for pig houses, livestock compartments, service corridors, equipment areas and other suitable washable surfaces.
Q: Can one station serve multiple livestock buildings?
A: Yes. Multiple cleaning outlets or satellite stations can be connected when the pump capacity, pipework and simultaneous user requirements are correctly engineered.
Q: Can different detergents be connected?
A: Yes. The number of chemical connections and dosing arrangement are customizable according to the cleaning procedure and project requirements.
Q: Can the system be integrated into a new pig farm construction project?
A: Yes. Water supply, drainage, electrical connections, compressed air, chemical storage, pipework and cleaning outlets can be planned together with the livestock building design.
Q: Can it be installed on a steel structure building?
A: Yes. The mounting method can be designed according to the building structure, support points and local engineering requirements. A separate support frame can also be considered.
Q: Does the system require compressed air?
A: Compressed air is required for certain foam generation configurations. The air supply requirement is determined according to the selected foam technology.
Q: Can the operating pressure and water flow be customized?
A: Yes. Pressure, flow and pump capacity are customizable according to the cleaning task, pipework design, number of users and project requirements.
Q: What should be considered before installation?
A: Key considerations include water pressure and volume, pipe diameter, pressure loss, electrical supply, compressed air, chemical supply, drainage, mounting structure and the number of simultaneous cleaning users.
Q: What information is required for a project quotation?
A: Typical information includes farm type, number and size of buildings, cleaning areas, water supply conditions, chemical requirements, number of operators, desired cleaning points, electrical standard, site layout and local climate conditions.
|
| Product Gallery |
|
Comments & Inquiries
Leave your questions or requirements below. We will reply as soon as possible.