Underground Horizontal Garbage Compressor is a modern underground garbage processing equipment. Its core function is to compress, store and transport domestic waste. It belongs to the environmental protection equipment in the field of urban sanitation.
Underground Horizontal Garbage Compressor is an integrated mechanical, electrical and hydraulic equipment that combines the garbage compression device and storage box and is buried underground. Only the feeding port is exposed on the ground, allowing it to blend seamlessly with the surrounding environment. It uses horizontal compression technology to reduce the volume of garbage, achieving efficient and environmentally friendly garbage transfer and processing.
Product Advantage
Environmental friendliness:
Fully enclosed underground operation, no exposed garbage, no sewage flowing freely, no odor spreading, avoiding secondary pollution;
Concealed and aesthetically pleasing:
The main body is buried underground, with only the loading ports remaining on the ground. It can be combined with landscaping to solve the "dirty, messy and unpleasant" problems of traditional garbage stations.
High efficiency and energy conservation:
The amount of waste transported is reduced by over 60% after compression, saving transportation costs; the hydraulic system is energy-efficient, eliminating the need for building a waste storage facility, thereby reducing infrastructure costs.
Safe and convenient:
Triple safety protection. One person can complete all operations through the remote control, reducing the manual workload.
Technical Parameters
Compression Type | Horizontal compression |
Bin Capacity(m³) | 6m³-20m³ (Professional customization) |
Height of Hook (mm) | Customize height |
Density of Garbage Compactor(kg/m³) | 750kg/m³ |
Cycle Time of Compression(s) | 45s |
Operating Mode | Automatic; manual |
Color | Customizable colors |
Material | Corrosion-resistant manganese steel |
Power | Hydraulic/Chain (Customize) |
Lifting Mode | Ground gallows, side gallows, four pillars |
Run Process
Initial standby state
The main body of the equipment is buried underground by default and is in a low-position stationary state; the ground feeding port remains open, waiting for garbage to be placed.
Garbage Disposal Stage
Place the household garbage from the ground inlet into the underground compression container. The garbage naturally accumulates in the compression area within the container.
Garbage compression stage
When the garbage in the box accumulates to the set height, the hydraulically-driven compression shovel is activated and moves towards the garbage, compressing the garbage to the end of the box; the shovel will repeatedly advance and retreat 2-3 times, reducing the volume of the garbage to 1/3 to 1/5 of its original size. After completing one round of compression, the shovel returns to its original position.
Full bin determination stage
The equipment uses the "compression resistance sensor" to detect the pushing force of the shovel. When the garbage is compressed to the point where it cannot be further reduced in volume, it is determined that the bin is full, and the equipment automatically enters the standby for transportation state.
Lifting and docking garbage truck
The operator activates the lifting mechanism through the remote control, raising the compressed box beneath the ground smoothly to the ground level. Eventually, it aligns with the height of the garbage transfer vehicle's compartment, achieving a seamless connection.
Discharge transfer stage
The compression shovel is restarted again, pushing the compacted garbage blocks in the box uniformly into the compartment of the garbage transfer vehicle; after the discharge is completed, the shovel is reset.
Box reset standby
The lifting mechanism slowly lowers the empty box back to its original position underground. The ground feeding port is reopened, and the equipment returns to standby mode, waiting for the next round of garbage disposal.
Product Style
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Structural Composition
Compression box: A sealed structure used for temporarily storing and compressing garbage, mostly made of high-strength steel;
Compression mechanism: A hydraulic-driven shovel device that can compress the garbage to 1/3 to 1/5 of its original volume;
Lifting mechanism: A scissor-rod type lifting structure that can lift the underground box to the height for docking with the garbage truck;
Waste discharge / Deodorization system: Collects the wastewater generated during compression and connects it to the urban sewage network; Some models are equipped with spray deodorization and mosquito and fly extermination functions;
Control system: PLC intelligent control + remote controller operation, supporting automatic/manual modes.
How does the discharge door of the Underground Horizontal Garbage Compressor achieve the uniform pushing of the garbage blocks?
The discharge door of the Underground Horizontal Garbage Compressor does not directly push the garbage blocks. The core mechanism that actually pushes the garbage blocks is the hydraulic shovel mechanism. The discharge door is mainly responsible for opening the passage, cooperating with the shovel mechanism, and working together to achieve the smooth ejection of the garbage blocks.
The opening of the discharge door
The discharge door will first complete precise opening and sealing connection:
When the box is lifted to the same height as the garbage truck, the discharge door is driven by the hydraulic cylinder and opens smoothly along the preset trajectory, ensuring that the discharge port of the box is perfectly aligned and seamlessly connected with the entrance of the garbage truck's compartment;
Some models of the discharge door will have a positioning locking function to ensure no misalignment after the connection and prevent garbage chunks from falling off.
The core of uniform pushing by the hydraulic shovel
The uniform ejection of the garbage block is controlled jointly by the hydraulic system and the shovel mechanism:
Flow control of the hydraulic system: The telescopic oil cylinder that drives the shovel is equipped with a proportional speed control valve. By precisely controlling the flow of hydraulic oil, the piston rod of the oil cylinder can extend at a stable and uniform speed, thereby enabling the shovel to move forward smoothly.
The structure design of the shovel: The shovel is a large-area flat plate structure (matching the internal dimensions of the box), which can evenly adhere to the surface of the garbage block, avoiding uneven force application that may cause the garbage block to become loose; some equipment will also add an auxiliary material pushing door on the shovel, further enhancing the uniformity of the pushing force.
Pressure feedback regulation: The hydraulic system is equipped with a built-in pressure sensor. If the shovel encounters significant resistance, the system will automatically adjust the flow rate to maintain a stable shovel speed, preventing jamming or rapid ejection.
We are a professional manufacturer of sanitation machinery, providing customers with ex-factory prices and on-demand customization services. You can contact us via WhatsApp or email.
Underground Horizontal Garbage Compressor is a modern underground garbage processing equipment. Its core function is to compress, store and transport domestic waste. It belongs to the environmental protection equipment in the field of urban sanitation.
Underground Horizontal Garbage Compressor is an integrated mechanical, electrical and hydraulic equipment that combines the garbage compression device and storage box and is buried underground. Only the feeding port is exposed on the ground, allowing it to blend seamlessly with the surrounding environment. It uses horizontal compression technology to reduce the volume of garbage, achieving efficient and environmentally friendly garbage transfer and processing.
Product Advantage
Environmental friendliness:
Fully enclosed underground operation, no exposed garbage, no sewage flowing freely, no odor spreading, avoiding secondary pollution;
Concealed and aesthetically pleasing:
The main body is buried underground, with only the loading ports remaining on the ground. It can be combined with landscaping to solve the "dirty, messy and unpleasant" problems of traditional garbage stations.
High efficiency and energy conservation:
The amount of waste transported is reduced by over 60% after compression, saving transportation costs; the hydraulic system is energy-efficient, eliminating the need for building a waste storage facility, thereby reducing infrastructure costs.
Safe and convenient:
Triple safety protection. One person can complete all operations through the remote control, reducing the manual workload.
Technical Parameters
Compression Type | Horizontal compression |
Bin Capacity(m³) | 6m³-20m³ (Professional customization) |
Height of Hook (mm) | Customize height |
Density of Garbage Compactor(kg/m³) | 750kg/m³ |
Cycle Time of Compression(s) | 45s |
Operating Mode | Automatic; manual |
Color | Customizable colors |
Material | Corrosion-resistant manganese steel |
Power | Hydraulic/Chain (Customize) |
Lifting Mode | Ground gallows, side gallows, four pillars |
Run Process
Initial standby state
The main body of the equipment is buried underground by default and is in a low-position stationary state; the ground feeding port remains open, waiting for garbage to be placed.
Garbage Disposal Stage
Place the household garbage from the ground inlet into the underground compression container. The garbage naturally accumulates in the compression area within the container.
Garbage compression stage
When the garbage in the box accumulates to the set height, the hydraulically-driven compression shovel is activated and moves towards the garbage, compressing the garbage to the end of the box; the shovel will repeatedly advance and retreat 2-3 times, reducing the volume of the garbage to 1/3 to 1/5 of its original size. After completing one round of compression, the shovel returns to its original position.
Full bin determination stage
The equipment uses the "compression resistance sensor" to detect the pushing force of the shovel. When the garbage is compressed to the point where it cannot be further reduced in volume, it is determined that the bin is full, and the equipment automatically enters the standby for transportation state.
Lifting and docking garbage truck
The operator activates the lifting mechanism through the remote control, raising the compressed box beneath the ground smoothly to the ground level. Eventually, it aligns with the height of the garbage transfer vehicle's compartment, achieving a seamless connection.
Discharge transfer stage
The compression shovel is restarted again, pushing the compacted garbage blocks in the box uniformly into the compartment of the garbage transfer vehicle; after the discharge is completed, the shovel is reset.
Box reset standby
The lifting mechanism slowly lowers the empty box back to its original position underground. The ground feeding port is reopened, and the equipment returns to standby mode, waiting for the next round of garbage disposal.
Product Style
|
|
Structural Composition
Compression box: A sealed structure used for temporarily storing and compressing garbage, mostly made of high-strength steel;
Compression mechanism: A hydraulic-driven shovel device that can compress the garbage to 1/3 to 1/5 of its original volume;
Lifting mechanism: A scissor-rod type lifting structure that can lift the underground box to the height for docking with the garbage truck;
Waste discharge / Deodorization system: Collects the wastewater generated during compression and connects it to the urban sewage network; Some models are equipped with spray deodorization and mosquito and fly extermination functions;
Control system: PLC intelligent control + remote controller operation, supporting automatic/manual modes.
How does the discharge door of the Underground Horizontal Garbage Compressor achieve the uniform pushing of the garbage blocks?
The discharge door of the Underground Horizontal Garbage Compressor does not directly push the garbage blocks. The core mechanism that actually pushes the garbage blocks is the hydraulic shovel mechanism. The discharge door is mainly responsible for opening the passage, cooperating with the shovel mechanism, and working together to achieve the smooth ejection of the garbage blocks.
The opening of the discharge door
The discharge door will first complete precise opening and sealing connection:
When the box is lifted to the same height as the garbage truck, the discharge door is driven by the hydraulic cylinder and opens smoothly along the preset trajectory, ensuring that the discharge port of the box is perfectly aligned and seamlessly connected with the entrance of the garbage truck's compartment;
Some models of the discharge door will have a positioning locking function to ensure no misalignment after the connection and prevent garbage chunks from falling off.
The core of uniform pushing by the hydraulic shovel
The uniform ejection of the garbage block is controlled jointly by the hydraulic system and the shovel mechanism:
Flow control of the hydraulic system: The telescopic oil cylinder that drives the shovel is equipped with a proportional speed control valve. By precisely controlling the flow of hydraulic oil, the piston rod of the oil cylinder can extend at a stable and uniform speed, thereby enabling the shovel to move forward smoothly.
The structure design of the shovel: The shovel is a large-area flat plate structure (matching the internal dimensions of the box), which can evenly adhere to the surface of the garbage block, avoiding uneven force application that may cause the garbage block to become loose; some equipment will also add an auxiliary material pushing door on the shovel, further enhancing the uniformity of the pushing force.
Pressure feedback regulation: The hydraulic system is equipped with a built-in pressure sensor. If the shovel encounters significant resistance, the system will automatically adjust the flow rate to maintain a stable shovel speed, preventing jamming or rapid ejection.
We are a professional manufacturer of sanitation machinery, providing customers with ex-factory prices and on-demand customization services. You can contact us via WhatsApp or email.
