Our new equipment can process 600 tons of recyclable materials per week. Those materials might otherwise have ended up in Seneca Landfill. While landfills are necessary and have many benefits, their space is limited and certain materials do not break down quickly. Recyclable materials linger in landfills, taking up valuable space, for years or longer.

By processing more materials with greater accuracy, we help ensure that plastics, metals, paper and other recyclable materials are able to be reused instead of wasted. This saves space in the landfill as well as conserving natural resources used to make consumer goods.

 

How Does It All Work?

Loading Recyclables into the Green Machine

Here, a front-end loader deposits mixed recyclable materials from both residential and commercial sources into a dual-side feed metering bin system.

TC Recycling facility | Loading Recyclables into the Green Machine

 

 

Elevating and Pre-Sorting

The material is then deposited upon an in-feed system which elevates the materials up to a pre-sort mezzanine area. Sorters manually remove heavy metals, plastic bags and rigid plastics from the stream.

TC Recycling facility | Elevating and Pre-Sorting

Cardboard Removal

The Green Machine OCC Separator system is designed to remove large bulky cardboard from smaller mixed containers and small fibers. The bulky cardboard is then deposited upon a post-sort conveyor where sorters perform a manual post-sort, removing any non-brown, non-cardboard materials. Cardboard is later baled and shipped for processing.

TC Recycling facility | Cardboard Removal

Paper and Fiber Removal

The material which passes through the OCC stream is deposited upon a Green Machine polishing system, which separates fibers (such as paper) from containers. The fibers rise to the top of the stream and are deposited upon a post-sort conveyor, where inspection sorters remove any non-fiber material. Clean paper and fiber materials are later baled and shipped for processing.

TC Recycling facility | Paper and Fiber Removal

Mini Polisher and Glass Breaker

The mini polisher system takes the material which falls off the major polisher for a secondary cleanup, helping to remove the balance of the fibers from the containers. The containers fall off the bottom of the stream, and then travel across a glass-breaker system, where glass is removed and fiber is then also removed from the glass product. Clean glass is deposited outside in a bunker for daily landfill cover or glass recycling.

 

TC Recycling facility | Mini Polisher and Glass Breaker

Ballistic Bounce Separator

Again, containers removed from the bottom of the mini polisher stream are deposited upon a glass breaker, where fines are removed. Those containers are then transported to a Green Machine ballistic bounce belt separator, where fibers and 2-D materials rise to the top of the separator and containers fall off the bottom. Containers and non-conforming fibers are manually removed from the stream.

TC Recycling facility | Ballistic Bounce Separator

PET and HDPE Removal

Then, HDPE sort system removes all of the high-density polyethylene plastic bottles, such as laundry detergent and milk jugs, for post-sort.

TC Recycling facility | PET and HDPE Removal

Aluminum Removal

The eddy-current separator removes all aluminum UBCs (used beverage cans) from the waste stream.

TC Recycling facility | Aluminum Removal

Material Separation and Storage

Bunkers holding sorted, clean materials are automatically discharged, flow to a baler feed conveyor which then flows to a final processing/baling system.

TC Recycling facility | Material Separation and Storage

Baling Materials

The baler makes highly densified bales of product, tying them with wire for transportation via truck. Although this is the last stage in the process at the TC Recycling facility, the materials we process go on to be used by our customers to create new products.

TC Recycling facility | Baling Materials

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