Demonstrating TerraCycle's Value

Demonstrating TerraCycle’s Value – the UK’s first scalable recycling solution for plastic sacks

The recycling of plastic malt sacks has been an industry-wide challenge for many years, mainly because local recycling centres do not accept this type of waste (flexible polypropylene and polyethylene). Through our collaboration with TerraCycle, these types of ‘unrecyclable’ waste streams can be recycled.

TerraCycle’s recycling programmes deliver a net positive environmental impact across various categories compared with traditional municipal waste management practices. By reintegrating waste that would otherwise end in landfills or incinerators back into the economy, as secondary raw material, these programs help reduce environmental harm while promoting resource circularity.

 

What am I paying for? How can TerraCycle recycle the unrecyclable?

Almost everything can technically be recycled. But it is a costly process, so whether or not a local recycling company will recycle an item depends on whether they can make money doing so. If the costs of collection and processing are less than the value of the resulting material, the product will likely be locally recyclable. Local recyclers typically accept profitable-to-recycle items such as aluminium cans, PET and HDPE plastics and cardboard. They do not accept items made from LDPE and flexible PP plastics (like malt sacks). Even if they are collected alongside other recyclable items, it is very unlikely that they are actually recycled, and it is common that they are diverted to landfills or incinerators.

This is where TerraCycle comes in. They can recycle hard-to-recycle items because they obtain funding from various stakeholders who cover the cost of the different stages of the recycling process. Crisp Malt covers the cost of programme management, including optimising the recycling platform, traceability and reporting.

The fees covered by our participating customers cover all costs associated with collecting, sorting and recycling, reintegrating used plastic malt sacks back into the economy, rather thant being landfilled or incinerated.

What happens to the malt sacks once received by TerraCycle?

Here is a video link showing how TerraCycle deals with flexible waste streams TerraCycle: What happens to the waste? – YouTube

 

Common applications of recycled malt sacks

The secondary raw material TerraCycle obtains from recycling plastic malt sacks is most commonly used to manufacture:

  • Outdoor furniture and decking
  • Plastic shipping pallets
  • Watering cans
  • Storage containers and bins
  • Tubes for construction applications
  • Flooring tiles
  • Playground surface covers
  • Athletic fields

What makes TerraCycle a unique recycling service provider?

TerraCycle can legally guarantee that the malt sacks they collect are recycled because they charge the actual cost of collecting and processing into new materials, crediting what those materials are sold for. This guarantee gives confidence and transparency to the customer. Through Crisp Malt’s programme, TerraCycle can provide participants with an annual Recycling Certificate upon request.

  • Audited and transparent. Bureau Veritas conducts annual audits of TerraCycle across all countries of operation for material collection and recycling certifications. TerraCycle is certified to the Recycled Claim Standard (RCS) by Bureau Veritas.
  • Recycling guarantee. TerraCycle grants a legal guarantee that your waste is being recycled. By ensuring the full costs are covered, TerraCycle can contractually guarantee that the materials they receive will be recycled.
  • Flexibility on raw material. TerraCycle can work with contracted partners to direct their recycled raw materials however they wish.

 

TerraCycle’s solution significantly outperforms local disposal alternatives

TerraCycle’s recycling models outperform municipal waste management options by an average of 45% across 8 key impact categories, including global warming potential, human carcinogenic toxicity and fossil resource scarcity, primarily by avoiding extraction of virgin material for new product development.

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