VU sand and gravel aggregate system for handling 100 tons of construction waste per hour

The VU sand and gravel aggregate system is a type of construction waste processing equipment that can handle and process large amounts of construction waste, including sand, gravel, and other aggregates. It is designed to separate and sort waste materials, allowing for the reuse of valuable materials and reducing the amount of waste sent to landfills.

A VU sand and gravel aggregate system for handling 100 tons of construction waste per hour would typically include the following components:

1. Feeder: The feeder is used to introduce the construction waste into the system at a controlled rate. In a system designed to handle 100 tons per hour, the feeder would need to be capable of feeding waste at a rate of approximately 100 tons per hour.

2. Crusher: The crusher is used to break down and reduce the size of the construction waste. In a VU sand and gravel aggregate system, the crusher would typically be a primary crusher, such as a jaw crusher or an impact crusher, followed by a secondary crusher, such as a cone crusher, to further reduce the particle size.

3. Screens: Screens are used to separate the crushed waste into different size fractions. In a system handling 100 tons per hour, multiple screens would be required, with each screen separating waste into a different size range.

4. Conveyor belts: Conveyor belts are used to transport the waste between the different stages of the system, including the feeder, crusher, screens, and storage areas.

5. Magnetic separators: Magnetic separators are used to remove ferrous metals from the waste stream. In a system handling 100 tons per hour, multiple magnetic separators would be required to ensure that all ferrous metals are removed.

6. Air separators: Air separators are used to separate lightweight materials, such as plastic and paper, from heavier materials like concrete and metal. In a system designed to handle 100 tons per hour, multiple air separators would be required to ensure that all lightweight materials are separated.

7. Dust collectors: Dust collectors are used to capture dust and other airborne particles generated during the processing of construction waste. In a system handling 100 tons per hour, multiple dust collectors would be required to maintain a clean working environment and ensure regulatory compliance.

8. Storage areas: Storage areas are used to temporarily store the sorted waste materials, such as sand, gravel, and aggregates. In a system designed to handle 100 tons per hour, multiple storage areas would be required to accommodate the output from the system.

9. Loaders and conveyors: Loaders and conveyors are used to load the sorted waste materials onto trucks or other transportation vehicles. In a system handling 100 tons per hour, multiple loaders and conveyors would be required to maintain the desired throughput.

This is a general overview of the components that would be included in a VU sand and gravel aggregate system for handling 100 tons of construction waste per hour. The exact configuration and specific equipment would depend on the particular waste streams being processed and the desired end products.