Hydroseeding machine for landfill ecological restoration

Hydroseeding machine for landfill ecological restoration
Hydroseeding machine can be used for landfill ecological restoration. Landfill ecological restoration refers to planting a specific plant on the contaminated soil, and the plant has the ability to absorb and enrich the contaminated elements in the soil. After the plant is harvested and properly treated, the plant can be contaminated. The objects are moved out of the soil to achieve the purpose of pollution control and ecological restoration. Because the landfill is mainly municipal solid waste, which is a good source of organic fertilizer for plant growth. Through plant growth, it not only plays the role of soil and water conservation, reduces the volume of garbage, and improves soil quality, but also improves the water supply and fertilizer capacity of the soil to plants, and improves the soil ecological environment. Phytoremediation is characterized by its good purification effect, economic benefits, low energy consumption, simple and easy implementation, and is conducive to the reconstruction and restoration of a good ecosystem.

Gaodetec hydroseeding machine for landfill ecological restoration has the following advantages：
1. The slurry inlet pipe is shorter
The self-priming power of the mud pump itself is limited. The slurry inlet pipe of similar manufacturers' products is about 2 meters, and the bend is not straight, which severely restricts the pump's suction capacity for viscous materials, resulting in easy blockage or slurry intake during the process of spraying viscous slurry. Insufficiency affects the spraying height and consistency, the new product slurry inlet pipe is shortened to 50 cm to ensure the slurry inlet speed and the viscosity of the material.
2. Optimize the shape and structure
The width of the machine is 2.2 meters to facilitate loading operations, avoiding the need to open the vehicle guardrail when loading the vehicle due to the width of the machine from similar manufacturers, and even some models need to cut part of the baffle of the carriage before loading.
3. Air-cooled adjustable speed hydraulic mixing system
The mixing system adopts a relatively good high-pressure oil pump, a relatively advanced hydraulic oil cooling system, a high-power hydraulic motor, a new hydraulic mixing structure with an adjustable speed mixing control system, which overcomes the traditional hydraulic mixing:
(1) Small hydraulic motor power and low torque make it difficult to mix viscous materials;
(2) The hydraulic oil is easy to overheat and the mixing power cannot reach the design standard;
(3) High-speed spraying avoids the impact of high-speed mixing and power loss that affect the spraying height and produce violent vibrations.
4. The main pump power adopts belt pulley link and mechanical clutch control
(1) The mechanical clutch transmission mode, compared with the electromagnetic force of similar manufacturers, reduces the maintenance cost of the later clutch, greatly reduces the failure rate of the clutch, and increases the stability of the product.
(2) Compared with the traditional power transmission method in which the engine and the mud pump are directly connected through the coupling, the belt connection can reduce the burning, clutch, etc. caused by the direct connection when the mud pump is blocked due to foreign matter. The possibility of impeller being broken, pump casing being broken, etc. improves the applicability and stability of the machine.
5. Slurry pump speed is higher
With a new impeller and seal structure, it has a higher speed than a single-stage pump of similar manufacturers and a higher outlet pressure. It can spray about 50 meters when the solid content is 60%.
6. Reduce noise pollution
Compared with the mixing of a single diesel engine, the new hydraulic mixing system greatly reduces noise and avoids the damage to the operator's hearing system caused by the large decibel noise of a single diesel engine.