Clean Glass Plant
FEATURES
Quiet operation
Simple to operate and maintain
Reasonably priced
20 Tons Per Hour
Material Recovery Facility MRF-Infeed Glass
Surge Hopper
Cross Belt Magnet
Pulverizer with Misting System
Eddy Current and Recirculation
The Andela Clean Glass Plant is a pulverizer combined with a cleanup system. The system dries, screens, and re-grinds to turn MRF (Material Recovery Facility) glass into clean glass products for further refinement. An Andela CGP utilizes selective reduction technology which leaves the non-glass residue, typical of MRF glass, in a larger form that exits the system as “Overs.”
The glass products of an Andela Clean Glass Plant are ready to be shipped to bottle, fiberglass, foam glass, or pozzolan manufacturers, or used for glass abrasives and filtration media. What end products Andela customers choose for their markets depends on the location of their end-user relative to their plant, and the highest and best use of the outputs.
Outputs
- Glass Sand – less than 4 mesh (3/16”) without sharp edges. Meets specifications for regular construction sand.
- Glass Cullet/Aggregate – between 3/16″ – 1/2″ in size. Rounded edges. Can be re-circulated to make all sand.
- Overs – primarily non-glass, larger than 1/2″, consisting of plastics, paper, metals, etc. Plastics and metals may be further separated for their markets.
Andela Clean Glass Plants Include:
Hopper, Pulverizer, Trommel screen, Blower/Density Separator, Eddy Current, Conveyors, Dryer, and Screeners, integrated into a complete turnkey solution.
Not sure what you're looking for? Please use our application chart to find the right system for your business needs.
See it in action
Why Choose Andela Products
- A global company with sales throughout the United States, Canada, Japan, Spain, France, and more
- Custom-built machines to your organization's specific needs
- Durable and built to last longer than competitor machines
- Built-in safety features to ensure proper machine use
Not looking for a complete system? We also offer individual system components.