Issue 02/2017
bioplasticsMAGAZINE_1702
bioplasticsMAGAZINE_1702
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Thermoforming / Rigid Packaging<br />
Trays from sugar cane waste<br />
Sugar cane by-product becomes raw material for biodegradable<br />
(fruit) trays<br />
Although environmentally friendly packaging for fruit<br />
and vegetable products is growing in popularity, its<br />
share of the total market is still relatively small. The<br />
most important reason for this is the fact that its price/quality<br />
ratio is not yet competitive enough to replace the traditional<br />
packaging that dominates the market. In an effort to<br />
package more fruit and vegetable products in planet-safer<br />
packaging, Bio4Pack has recently brought onto the market<br />
a new range of trays, which are primed to compete with<br />
traditional packaging. The new trays are based on a waste<br />
by-product: the cellulose fibres remaining after sugar cane<br />
processing.<br />
Package instead of burning<br />
The processing of sugar cane produces a relatively large<br />
quantity of waste by-product (approx. 40 % of the whole<br />
plant) which, until recently, was almost exclusively used as<br />
fuel for the sugar cane processing industry. Now, however,<br />
technological developments have given it a new future as the<br />
raw material for paper and cardboard. Bio4Pack (Rheine,<br />
Germany), a pioneer in environmentally friendly packaging<br />
for fruit and vegetable produce, seized this opportunity to<br />
develop a new series of trays, which serve as an alternative<br />
to paper pulp trays and disposable plastic trays.<br />
The new trays offer a number of important benefits<br />
compared to paper pulp trays. They are relatively cheap,<br />
in comparison with other green trays. Furthermore, the<br />
lower CO 2<br />
emissions associated with their production<br />
process make them an ecologically more responsible<br />
option, compared to trays produced from paper pulp. The<br />
material properties of the sugar cane by-product make it<br />
possible to produce an end product that is not aesthetically<br />
inferior to packaging manufactured from traditional raw<br />
materials. The trays are smooth, retain their shape, ideal<br />
for presenting products and are highly resource efficient:<br />
unlike trays made from paper pulp, no trees need to be cut<br />
down to source the materials used for their production.<br />
Last but not least, the trays made from sugar cane byproduct<br />
are completely biodegradable, Home & Industrial<br />
compostable and they comply with the well-known EN<br />
13432 standard for biodegradability. After use, they can be<br />
discarded in the biological waste bin, the paper recycling<br />
bin or on the compost heap. This completes the product’s<br />
life cycle with minimal harm to the environment, because<br />
the trays produce less waste and lower CO 2<br />
emissions, in<br />
addition to providing fertiliser for new sugar cane plants.<br />
Hence, this latest compostable product from Bio4Pack is<br />
truly a circular economy-based green initiative. MT<br />
www.bio4pack.com<br />
14 bioplastics MAGAZINE [<strong>02</strong>/17] Vol. 12