Types of Rubble Recyling Plant Solutions
According to the mobility of the equipment, construction waste processing line can be divided into mobile construction waste recycling plant and fixed construction waste recycling plant.
Fixed Construction Waste Recycling Plant
Sorting process
Remove large debris from raw materials: wood, plastic, cloth, non-ferrous metals, cables, etc.
Iron removal
Remove the residual iron metal in the concrete block and construction waste mixture.
Crushing process
Processing large-sized raw materials into small-sized recycled aggregates.The fixed construction waste recycling plant is composed of crusher, screen, silo, feeder, transporter, ventilation and dust removal equipment and control system. Due to the different raw material conditions and product requirements, there can be different combinations to suit different process requirements and different production scales.
Screening link
Classify recycled aggregates according to particle size requirements.
Light material separation
Remove large pieces of light material from raw materials, such as paper, plastic, wood chips, etc.
Reprocessing link
A variety of modular combinations can be used to produce a variety of green and environmentally friendly building materials such as recycled aggregate, commercial concrete, energy-saving walls, and non-fired bricks.
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Note: Specific production line configurations can be customized.
Mobile Construction Waste Recycling Plant
The mobile construction waste recycling plant is composed of feeding system, crushing system, screening system and conveying system. The difference from stationary construction waste disposal production lines is that these mechanical devices are installed on one or more dedicated chassis. The mobile construction waste treatment production line has been widely used in various fields such as domestic ore crushing and construction waste recycling.
The mobile construction waste recycling plant is equipped with self-powered device; the equipment configuration will vary according to different Construction Waste Recycling operations.
The construction waste produced by blasting demolition of building will be primarily treated to achieve suitable particle size for crusher, and then the construction waste will be conveyed by excavator to vibrating feeder, through scalping of the feeder, small waste material will be discharged, and big waste material will be conveyed to impact crusher for crushing, a magnetic separator is installed on the discharging conveyor of impact crusher for removing the reinforcement of construction waste, then the material will be conveyed to mobile screen plant for screening, big material will be back to impact crusher for recirculation crushing, and small material will be conveyed by belt conveyor to final product pile.
Note: Specific production line configurations can be customized.
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Fixed construction waste recycling plant
Sorting process
Remove large debris from raw materials: wood, plastic, cloth, non-ferrous metals, cables, etc.
Iron removal
Remove the residual iron metal in the concrete block and construction waste mixture.
Crushing process
Processing large-sized raw materials into small-sized recycled aggregates.The fixed construction waste recycling plant is composed of crusher, screen, silo, feeder, transporter, ventilation and dust removal equipment and control system. Due to the different raw material conditions and product requirements, there can be different combinations to suit different process requirements and different production scales.
Screening link
Classify recycled aggregates according to particle size requirements.
Light material separation
Remove large pieces of light material from raw materials, such as paper, plastic, wood chips, etc.
Reprocessing link
A variety of modular combinations can be used to produce a variety of green and environmentally friendly building materials such as recycled aggregate, commercial concrete, energy-saving walls, and non-fired bricks.
Note: Specific production line configurations can be customized.
Mobile Construction Waste Recycling Plant
The mobile construction waste recycling plant is composed of feeding system, crushing system, screening system and conveying system. The difference from stationary construction waste disposal production lines is that these mechanical devices are installed on one or more dedicated chassis. The mobile construction waste treatment production line has been widely used in various fields such as domestic ore crushing and construction waste recycling.
The mobile construction waste recycling plant is equipped with self-powered device; the equipment configuration will vary according to different Construction Waste Recycling operations.
The construction waste produced by blasting demolition of building will be primarily treated to achieve suitable particle size for crusher, and then the construction waste will be conveyed by excavator to vibrating feeder, through scalping of the feeder, small waste material will be discharged, and big waste material will be conveyed to impact crusher for crushing, a magnetic separator is installed on the discharging conveyor of impact crusher for removing the reinforcement of construction waste, then the material will be conveyed to mobile screen plant for screening, big material will be back to impact crusher for recirculation crushing, and small material will be conveyed by belt conveyor to final product pile.
Note: Specific production line configurations can be customized.
Our Advantages
Complete production system is equipped for comprehensive management, it provides integrated control conditions for environmental protection, and effectively controls the production cost.One-time installation and commissioning, it not only fulfills continuous production, but also saves the adjustment time for site moving.Adequate spare parts can be provided to meet the need for continuous production.
Different
grades of ore are available depending on the size that
is needed. From
50t/h – 500t/h, you can customize any range of finished
product sizes
based on your requirements.
50-500t/h
Configuration
Our
machine’s routine inspections are simple and quick
because the wearing
parts use high-strength materials that last for a super
long periods in
service life spans compared with others.
-30%
maintenance costs
The high production efficiency and degree of automation of our production line
make it an excellent choice for construction waste recycling, significantly
reducing a large amount of operating costs.
-46%
Operation costs
Our products have won widespread recognition from customers.
All
Application available
Shunzhi Construction Waste Recycling Plant Price List
| Types | Price Range |
| 50-100TPH Production Line | $180,000 – $250,000 |
| 100-200TPH Production Line | $250,000 – $290,000 |
| 200-300TPH Production Line | $290,000 – $350,000 |
| 300-400TPH Production Line | $350,000 – $420,000 |
| 400-500TPH Production Line | $420,000 – $520,000 |
| >=500TPH Production Line | >$520,000 |
All the prices provided are only for reference. The specific price depends on the required configuration. We can customize various types of crushers to meet your needs.
If you have questions about our available products, please do not hesitate and send us an email! We will show more detailed information such as videos for each device along with other helpful resources like screening machines available for purchase; no matter what decision fits best in terms of price range etc., we’re here ready to help guide you towards success.
Application Of Shunzhi Construction Waste Recycling Plants
Production of Recycled Aggregates:
Through crushing, screening, and other processes using construction waste recycling equipment, these materials can be processed into recycled aggregates of varying particle sizes.
Road Base Paving:
Processed recycled construction waste aggregates exhibit adequate strength and stability, making them suitable for road base and subbase layers. Utilizing such materials reduces road construction costs, addresses challenges related to construction waste stockpiling, promotes waste valorization, and enhances the environmental sustainability of road engineering projects.
Backfilling Applications:
Recycled construction waste materials can be employed in backfilling projects, such as land leveling or low-lying area filling. For instance, in slope leveling or river channel remediation, utilizing construction waste for backfilling resolves disposal challenges, supplies cost-effective fill materials, and reduces overall project expenses.
Road Base Paving:
Processed recycled construction waste aggregates exhibit adequate strength and stability, making them suitable for road base and subbase layers. Utilizing such materials reduces road construction costs, addresses challenges related to construction waste stockpiling, promotes waste valorization, and enhances the environmental sustainability of road engineering projects.
Eco-friendly Brick Manufacturing:
Crushed construction waste (e.g., discarded bricks and concrete) undergoes grinding, mixing, and forming processes to produce eco-friendly bricks, including permeable bricks, solid bricks, and hollow bricks.
Production of Recycled Mortar:
Fine particles from construction waste can be further processed into recycled mortar. This material substitutes conventional cement mortar in wall masonry, plastering, and other construction phases, lowering production costs while achieving high-value utilization of construction waste.
Advantages of Fixed Construction Waste Recycling Line
Recycling Building Materials
Construction waste recycling plants play a crucial role in recycling various building materials. For example, concrete and brick waste can be crushed and screened to produce recycled aggregates. These aggregates can be used to make new concrete, asphalt, or other building materials, reducing the need for virgin materials and saving natural resources.
Reducing Environmental Pollution
By properly handling construction waste, recycling plants help prevent environmental pollution. Construction waste that is not disposed of properly can lead to soil, water, and air pollution. Recycling plants reduce the amount of waste going to landfills, minimizing the release of harmful substances and greenhouse gases.
Saving Land Resources
Landfills for construction waste require a significant amount of land. Construction waste recycling plants can significantly reduce the space needed for waste disposal, thereby saving valuable land resources. This is especially important in densely populated areas where land is scarce.
Creating Economic Benefits
The operation of construction waste recycling plants can bring certain economic benefits. On one hand, the recycled building materials can be sold, generating income. On the other hand, the recycling industry can create a series of employment opportunities, including jobs in waste collection, processing, and the production of recycled materials.
Promoting Sustainable Development
Construction waste recycling plants are an important part of the circular economy model, which is in line with the concept of sustainable development. By recycling and reusing construction waste, these plants contribute to the reduction of resource consumption and environmental impact, promoting the sustainable development of the construction industry and the entire society.
Providing Raw Materials for Other Industries
In addition to the construction industry, construction waste recycling plants can also provide raw materials for other industries. For example, the recycled wood from construction waste can be used in the furniture manufacturing industry or for making paper products. The metal components can be recovered and supplied to the metal processing industry.
Advantages of Mobile Construction Waste Recycling Line
High Mobility
Mobile construction waste recycling plants are highly mobile and can be easily transported to different construction sites. This allows them to process construction waste on - site, eliminating the need for transporting waste over long distances. As a result, transportation costs and the time required for waste disposal are significantly reduced.
Flexible Installation
These plants are easy to install and can be quickly set up at the construction site according to the actual needs. They do not require a large - scale fixed - site installation process, which saves a lot of time and labor costs. Moreover, the flexible installation allows for better adaptation to different site conditions and space requirements.
On-site Processing
Mobile recycling plants can process construction waste on - site, reducing the environmental impact caused by transporting waste. By processing waste immediately, the amount of waste stored on - site is minimized, improving the overall environment of the construction site. At the same time, on - site processing can also save the cost of building temporary waste storage facilities.
Customized Processing
Mobile construction waste recycling plants can be equipped with different types of processing equipment according to the specific composition of construction waste, realizing customized processing. Whether it is crushing, screening, or separating different materials, these plants can meet various processing requirements, improving the recycling efficiency and quality of construction waste.
Cost-effective
Although the initial investment in mobile recycling plants may be relatively high, in the long run, they are more cost - effective. The reduction in transportation costs, the savings in land use and the income from the recycled materials all contribute to reducing the overall cost of construction waste disposal. Moreover, they can improve the economic efficiency of construction projects by reducing waste disposal costs.
Environmental Protection
Mobile construction waste recycling plants are beneficial to environmental protection. They can effectively reduce the amount of waste sent to landfills, thereby reducing the pressure on landfills and the pollution of the surrounding environment. In addition, the on - site processing of waste can also reduce the emissions of pollutants during transportation, which is of great significance for protecting the ecological environment.
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