In a multi-tier layer house, manure belts collect and move manure from beneath the cages. When the belts reach the ends of the cage rows, however, the manure still needs a clear route out of the building and toward the farm’s receiving or treatment area.
This part of the project is sometimes considered only after the cage layout has been selected. By that stage, the poultry house wall, floor level or outdoor access may already limit the available equipment arrangement.
A complete manure removal plan should therefore follow the material from the cage tiers to its final handover point.
A practical way to review the system is to divide the manure route into four sections.
Manure belts are installed beneath the cage tiers. Their length and quantity are connected to the cage arrangement, number of rows and number of tiers.
The equipment list should identify the belt sections, drive components, return components and supporting parts included for the selected cage system.
When the belts operate, manure is discharged at the ends of the cage rows.
The project drawing should show which end of the poultry house will be used for discharge. Sufficient space is required for the row-end equipment, inspection and access.
If different cage rows discharge toward different locations, the collection arrangement needs to be shown clearly.
A cross conveyor may collect manure discharged from several cage rows. An inclined conveyor may then move it toward an outdoor receiving position.
The required arrangement depends on the cage rows, building layout and the difference in height between the indoor discharge position and the outdoor receiving point.
Doors, walls, columns and equipment foundations should be checked before the conveyor direction is finalized.
The poultry equipment supplier may transfer manure to a defined discharge point, but the farm still needs a plan for receiving, transporting, storing or treating it.
This handover point should be marked on the site layout. It may connect with a vehicle, container, storage area or locally prepared treatment system, depending on the farm plan and local requirements.
Clarifying the handover point helps separate the supplied equipment from the facilities prepared by the customer.
The relationship between indoor and outdoor ground levels can affect the discharge arrangement.
For a new building, the project team should provide floor and ground-level information before confirming the wall opening and inclined conveyor position.
For an existing poultry house, photographs and measurements of the building end are useful. The customer should show the available outdoor area, nearby roads, drainage channels and other structures that may restrict equipment placement.
It is not enough to provide only the length and width of the poultry house when the discharge system extends outside the building.
The manure conveyor may need to pass through or below part of the poultry house structure.
The opening should be coordinated with the selected equipment instead of being created from an assumed size. Its position may affect the conveyor angle, supports and outdoor receiving height.
Before construction, the equipment drawing and civil requirements should be reviewed together. For projects that have not yet placed an order, a preliminary layout can be discussed first. Detailed construction and installation drawings should be based on the finally confirmed equipment configuration.
The discharge position must also work with the farm’s daily operation.
If manure will be collected by a vehicle or movable container, the site should provide a practical approach and loading position. The equipment should not block emergency access, routine inspection routes or the movement of other farm vehicles.
Staff also need access to the row-end discharge parts, cross conveyor and outdoor transfer equipment for inspection and cleaning.
The shortest route out of the poultry house may not be the best route if it creates difficulties for daily operation.
A clear quotation should state where the manure removal equipment begins and ends.
Customers should check:
Whether belts for every cage tier are included
Whether row-end discharge parts are included
Whether the cross conveyor is included
Whether an inclined outdoor conveyor is included
Where the supplier’s discharge point ends
Which civil works and receiving facilities are prepared locally
This prevents a quotation for “automatic manure removal” from being misunderstood as a complete manure treatment project.
For a preliminary manure removal configuration, customers can provide:
Project country
Layer capacity
Poultry house dimensions
Cage type, tiers and number of rows
Cage row length and discharge direction
Indoor floor and outdoor ground conditions
Photos or drawings of the poultry house end
Planned manure receiving or treatment method
Available space for vehicle or container access
With these details, the equipment route and local preparation requirements can be reviewed more accurately.
An effective manure removal system does not finish at the end of the cage belt. It must connect the indoor equipment with a defined outdoor workflow.
Planning this connection before construction helps the customer reserve the correct space, coordinate the building opening and understand which facilities are included in the equipment proposal.
YIMUDA supplies manure removal equipment as part of layer cage systems and complete poultry farm projects. The final arrangement is reviewed according to the cage layout, poultry house conditions and required discharge route.
No. The belt removes manure from beneath the cages. A complete route may also require row-end discharge, cross conveying and outdoor transfer equipment.
Exterior photos help show ground levels, available installation space, road access and structures that may affect the discharge arrangement.
This should be defined in the project scope. The equipment supplier and customer need to agree on the final discharge or handover point.
It is safer to coordinate the opening with the confirmed equipment layout. An assumed position or size may not match the final conveyor arrangement.
Internal dimensions, cage layout, discharge-end measurements, floor and ground conditions, exterior photos and the intended manure receiving method are useful.