Views: 12 Author: Site Editor Publish Time: 2025-12-18 Origin: Site
Underground Horizontal Garbage Compression Station is an environmentally friendly device that is buried underground and reduces the volume of waste through horizontal compression. Its core principle is to use a hydraulic system to drive a compression pusher plate, which pushes the loose waste fed into the hopper horizontally into a sealed compression chamber. Through continuous pressurization, the volume of waste is reduced. After being compressed to the set capacity, the compacted waste is pushed as a whole to a waste transfer vehicle by a horizontal pushing mechanism, completing the integrated operation of "collection-compression-transfer".
- Capacity range of 6-10m³, meeting the waste volume requirements of different scenarios
- Integrated compression container, fully underground installation, flush with the ground surface
- Hinged lifting + hydraulic drive system, enabling one-button operation of "feeding-compression-transfer"
- Unique "tofu block" compaction molding process, combined with sealed vehicle docking, ensures no empty return trips during single transfers
High space utilization: The main equipment is buried underground, requiring only 6-10 square meters of surface space, making it suitable for space-constrained areas such as main urban roads, residential areas, and commercial centers, without disrupting the ground landscape.
Outstanding environmental performance:
Fully sealed design: The compression chamber and hopper both adopt a sealed structure, equipped with anti-leakage linings to prevent leachate leakage and soil and groundwater pollution;
Odor and noise reduction: Equipped with a spray deodorization system, the operating noise is below 75dB, minimizing the impact on the surrounding environment;
No secondary pollution: After compression, the garbage is directly transferred to the transport vehicle, avoiding scattering and dust problems during manual handling.
Safe and reliable: Underground installation prevents children and livestock from accessing dangerous areas, and is equipped with safety devices such as infrared sensors and emergency stop buttons;
The hydraulic system adopts an explosion-proof design, and core components are made of corrosion-resistant materials, adapting to harsh working environments, with a service life of 8-10 years. High efficiency and energy saving: Single-shift processing capacity of 5-50 tons, with a compression cycle of only 3-8 minutes per cycle; Motor power of 15-45kW, reducing energy consumption by 20%-30% compared to traditional waste stations, and adaptable to peak and off-peak electricity pricing.
Easy operation: Supports manual/automatic/remote control, equipped with a PLC control system, allowing setting of compression pressure and capacity thresholds, enabling unattended operation and reducing labor costs.
Applicable Scenarios
- Urban communities/residential areas: Moderate daily waste volume; concealed design to minimize impact on residents' living environment.
- Tourist attractions/parks: Maintain aesthetic appeal; avoid waste collection points that disrupt the visitor experience.
- Industrial parks, schools, and hospitals: Centralized waste treatment; efficient transfer to prevent accumulation.
- Township waste transfer stations: Meet the waste treatment needs of small and medium-sized enterprises, reducing operating costs.
Installation and Maintenance Points
Installation Requirements: The site must be far away from drinking water sources and bedroom windows in residential areas, at a distance of ≥10m; The pit must be waterproofed, and a leachate discharge outlet and maintenance access must be provided; Equipment hoisting requires a professional construction team to ensure low levelness error.
Daily Maintenance: Clean the hopper and compression chamber daily, and check for damaged seals; Check the hydraulic oil level and cleanliness weekly, and replace the filter element monthly; Check the cylinder and oil pipe joints for leaks quarterly, and calibrate the sensors; Perform a comprehensive disassembly and maintenance annually, and replace vulnerable parts.
Core Structure
1. Integrated Compression Container: One-piece molding, high strength, strong sealing, underground installation isolates odors and visual pollution.
2. Hinged Lifting Mechanism: Double support of side hinges and bottom hinges, smooth lifting, good load-bearing capacity, and easy maintenance.
3. Hydraulic Feeding Port: Hydraulically automatic opening/closing, supports both manual feeding and mechanical dumping modes.
4. High-Efficiency Compression Head: High-strength wear-resistant material, single forward push compacts waste, improving volume reduction rate.
5. Sealed Docking System: Precise docking with specialized garbage trucks, seamless and leak-free overall waste delivery.
Operating Procedures:
Feeding Stage: Open the hydraulic feeding port; garbage can be fed into the container manually or mechanically.
Compressing Stage: Each time a truckload of garbage is fed in, the compactor head automatically pushes forward once, repeating the process until the container is full. At this point, the garbage is compacted into a "tofu block" shape.
Transfer Stage: A sealed garbage truck connects to the equipment, and the compacted garbage is pushed onto the truck as a whole.
Finishing Stage: The vehicle is directly transferred away from the site; no return trip to the container is required, and the equipment is ready for the next round of operation.
Why choose a Underground Horizontal Garbage Compression Station?
Invisible installation, blending seamlessly with the landscape – No obtrusive structures on the ground, suitable for high-end communities, scenic spots, and other locations.
One-time transfer, zero empty return trip – Saves time on vehicle return trips, high cost-effectiveness for individual transport.
Dual-mode feeding, flexible adaptation – Suitable for both manual scattered feeding and mechanical bulk dumping.
High-density compaction and volume reduction – High waste volume reduction rate, increasing container utilization by 30%.
