Slag processing plants play an important role in recycling and recovering valuable materials after incineration processes. With ash and slag processing systems, valuable resources can be recovered and waste reduced. Bottom ash and bottom ash residues contain secondary materials that can be recovered with conveying systems by Loibl.
Residues are produced during the incineration of household waste, sewage sludge and metallurgical products. Loibl has been an expert in the production of conveyor technology for bottom ash processing for over 60 years. Our mechanical conveying systems enable efficient separation of copper, iron and aluminum from the slag, so that further processing is possible by type.
Slag processing plants
Performance overview for slag processing plants
Loibl's mechanical bottom ash processing plants consists of several process steps in which the bottom ash is sorted and recycled. By using separation units such as screens, ferrous and non-ferrous separators and air separators, ferrous and non-ferrous metals, ash and slag are separated from each other. We use belt and vibration conveyors for product transportation and distribution. Lumps and chunks are crushed by grinding tools and then divided into different grain sizes by screens and separators. The separated metals can be reused in the metallurgical industry, while ashes and slag can be recycled in road construction or civil engineering, for example. Our solutions are characterized by low energy consumption, high system availability, durability and high added value.
Technologies for slag processing plants
- LASHBELTCON® - Belt conveyors
- LASHPUSHCON® - Slag pusher
- LASHDRYPRON® - Dry slag conveyor
- Slag conveyors and ash conveyors
- LASHXTENSION® - Automatic tensioning
- Vibratory feeders
- Screens
- Disc Screens
- Magnetic separators
- Non-ferrous metal separators
- Hoppers
- Chutes
- Rotary feeders
- Steel structures, platforms, accesses
- Components
- Special solutions
Your direct contact
We are a leading global supplier and manufacturer of customized transport solutions for bulk materials, from individual components to complex systems.