The underground waste collection station is a kind of environmental sanitation infrastructure that focuses on centralized collection, sealed storage, and convenient transportation. Its core functions are centered around the design of non-compressed garbage storage and transfer links. It does not rely on hydraulic compression devices. By optimizing the box structure and sealing technology, it enables efficient circulation of garbage from the front end of collection to the back end of transportation. The product is applicable to scenarios such as residential areas, schools, commercial complexes, industrial parks, and urban-rural fringe areas, especially suitable for areas with limited space, medium garbage generation volume, and simple equipment maintenance requirements. It is an upgraded solution to replace traditional open trash cans and small garbage pools.
Product AdvantagesThe structure is extremely simple and the maintenance cost is extremely low.
There is no hydraulic compression device or motor drive system. The core components are only the sealed box and the discharging mechanism. The mechanical failure rate is close to zero, and the annual average number of failures is small, much lower than that of compression-type equipment.
Daily maintenance only requires cleaning the feeding, checking the sealing rubber strips, and flushing the inner tank of the box. No professional technicians are needed. Property or cleaning staff can complete it. The maintenance frequency is low, and the annual maintenance cost is small.
Fully enclosed design, with outstanding environmental protection features
Completely resolves the problem of environmental pollution caused by traditional garbage stations: By using sealed covers at the discharge ports, double sealing of the box body, and anti-leakage floor plates, odors are prevented from escaping and sewage is prevented from seeping out. The air quality in the surrounding area is significantly improved.
No damage to garbage during compression: Since there is no compression process, recyclables maintain their integrity, and the efficiency of subsequent sorting is improved; kitchen waste is not compressed or leaked, avoiding secondary pollution to the soil and groundwater.
Strong space adaptability, flexible installation
The occupied area is only 5-10 square meters, much smaller than traditional garbage stations. It can be installed in space-constrained areas such as corners of residential areas, gaps between buildings, and the backside of commercial complexes, without the need for large-scale site renovations.
Installation requirements are low: No complex foundation construction is required; only hardening of the ground is needed, and it can be directly installed on the ground; no power dependence, and the deployment cycle is short.
Efficient cleaning and wide adaptability
Compatible with mainstream cleaning modes: It can either transport the entire container by using a boom truck or extract the inner liner with a forklift for cleaning. There is no need for a dedicated compression cleaning vehicle, thus reducing the equipment investment cost for the sanitation department.
No compression waiting time: After garbage is placed, it is directly stored. During cleaning, there is no need to decompress first before transportation. The single cleaning time is shortened to within 5 minutes, improving cleaning efficiency, reducing the parking time of cleaning vehicles, and lowering noise interference.
High safety factor
No risk of high-pressure compression: Avoids potential safety hazards such as pinching and squeezing that may occur with compression-type equipment.
Easy to operate: Foot-activated / Inductive opening methods do not require manual contact, ensuring cleanliness and hygiene.
The Underground Waste Station is a waste collection facility centered on a sealed, single-container structure. It is primarily installed in low-waste-output scenarios, including residential neighborhoods, schools, hospitals, parks, and small towns. Serving as a primary collection node in urban waste management systems, it enables the transitional storage and transfer of waste from decentralized collection points to centralized transfer stations or treatment facilities.
Core Structure and Material ProcessingMain Structure
Core Components: Composed of four modules: sealed box body, ground disposal system, collection and transfer interface structure, and anti-contamination protection system. There is no hydraulic compression device or complex transmission mechanism. The overall structure is integrated and formed as one piece.
Sealed Box Body: Adopting a double-layer structure, it receives and carries garbage, providing structural support and protection. The top of the box is equipped with an inspection port, and the bottom has a leak-proof floor.
Disposal System: The ground is equipped with a disposal port, which is equipped with a sealed cover. After closing, it forms a completely sealed space.
Collection and Transfer Interface Structure: The rear end of the box is equipped with a detachable collection door, suitable for mainstream collection equipment such as forklifts and boom trucks. It can be fully transferred or the inner liner can be removed for collection without additional disassembly.
Anti-contamination Protection System: The outer side of the box has a climbing prevention design, and the disposal port has a hand protection device. Some models can also be optionally equipped with a simple deodorization module.
Material and Processing Standards
Box Material: The main body is made of thickened steel plates, and the surface is treated with spray painting for anti-corrosion. It has strong weather resistance and can withstand extreme temperatures and garbage corrosion, with a long service life.
Sealing Process: A sealing rubber strip is added at the interface between the disposal port and the box body. The edge of the collection door is equipped with a double-sealing structure. The bottom leak-proof floor is made by an integrated welding process without any joint gaps, preventing odor leakage and sewage seepage.
Structural Process: A modular welding design is adopted. The box frame has strong anti-deformation ability, and each box has a high load-bearing capacity, capable of withstanding daily collisions.
Work Process Closed storage for waste disposal
For daily generated household waste, it should be sorted and placed into single-box garbage collection bins as required; the box body should remain in a closed state throughout the process to prevent the leakage of garbage, sewage, and the spread of odors, and to complete the centralized storage of the waste.
Daily inspection and on-site duty
The management personnel conduct regular inspections of the sites, constantly monitoring the amount of garbage in the bins, the condition of the bins, and promptly picking up and clearing the scattered garbage around the bins to prevent garbage from accumulating and overflowing, thereby avoiding any impact on the surrounding environment.
Full container notification for garbage removal
When the garbage loading capacity in the container reaches the limit and is about to overflow, the staff will promptly contact the environmental sanitation removal department, report the situation of the full container, and dispatch the removal vehicles to the scene for operation.
Replace the box body
After the collection vehicles arrive at the site, use the lifting equipment to smoothly lift the fully-loaded garbage box out of the collection station and transfer it to the waste disposal site; then, lift and position the empty and clean box at the designated location of the collection station.
Site cleaning and disinfection
After the collection station box replacement is completed, the ground of the collection station, the exterior of the box, the drainage ditch and the surrounding areas are cleaned and rinsed to remove residual garbage and sewage; the site is disinfected and deodorized, disinfecting mosquitoes and bacteria, and eliminating odors.
Final reset
Check the sealing condition of the box and the integrity of the site facilities, make a record of the clean-up, restore the site to a tidy state, and ensure the normal reception and collection of garbage in the future.
Technical ParametersCompression Type | Vertical 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 | vertical |
FeatureThe structure is simple and the cost is low.
There are no complex equipment such as compression or hydraulic equipment. Only an independent collection box is equipped. The structure is simple and the construction and procurement costs are low.
Compact in size, flexible in layout
The overall volume is small, and it can be flexibly set up in residential areas, streets, small communities, and township locations, making the site selection very convenient.
The operation is convenient and the maintenance is simple.
No professional operation skills are required. Daily tasks only include inspections, cleaning, and notifying for removal. The failure rate is low and the maintenance and repair costs are low.
Sealed storage, basic environmental protection
The garbage is stored in a sealed box, which can reduce the scattering of garbage and the spread of odors. It is equipped with simple disinfection and cleaning facilities to meet the basic environmental hygiene requirements.
Highly efficient transfer, quick container replacement
Adopting the overall lifting and container replacement mode, full containers are directly lifted away and empty containers are placed in position. The operation time is short and it does not affect the surrounding environment.
The loading capacity is limited and the frequency of garbage removal is high.
There is no compression and reduction function. The garbage is naturally piled up, and the capacity of each box is small. When the amount of garbage generated is large, the frequency of removal is relatively higher.
The scope of application is highly targeted.
It is suitable for areas with low garbage generation, such as residential districts, urban villages, and small commercial zones, but not for concentrated areas with high garbage volumes.
Installation Case
The Underground Waste Collection Station boasts the core advantages of simple structure and high box sealing performance. Without the compression function, by upgrading materials, optimizing sealing, and simplifying the structure, it has solved the problems of traditional garbage facilities causing environmental pollution, complex maintenance, and large space occupation. It achieves sealed storage and convenient transportation with the most reliable structure, while being environmentally friendly, safe, and economical. It is particularly suitable for scenarios where equipment complexity is sensitive, space is limited, and the amount of garbage generated is moderate. It is a cost-effective choice for upgrading urban and rural environmental sanitation infrastructure.
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