In this section, you can access to the latest technical information related to the RECYPACK project topic.
Holistic line competence from Krones, a closed cycle
Can plastic packages be sustainable? Yes, if they are resource-economically produced and kept in a closed cycle. Krones offers a solution for each and every step of the process.
Basically, the traditional path for a PET bottle at Krones begins with stretch blow-moulding – but for a year or so the group has expanded its expertise to cover preform production as well. MHT’s product range includes a sophisticated high-tech injection-moulding tool that achieves outstanding results even with a flakes content of over 70 per cent rPET.
During stretch blow-moulding, filling, closing and labelling, Krones’ long decades of experience in handling PET containers is impressively manifested. For the entire bandwidth of beverages– from water, CSDs and beer to milk or juices – producers find the appropriate equipment. Krones is working continuously on improving its existing kit and driving it to optimum cost-efficiency. The new Contiform 3 Speed, for example, undercuts the already very low energy and media consumption of the Contiform 3 Pro still further, by up to 15 per cent.
Focussing on sustainabilityBut Krones also purposefully pursues unconventional approaches: together with Aptar, the group has developed Flip Lid, for example: the closure links the lid to the bottle, thus preventing plastic waste from reaching the natural environment. Commercial availability of Flip Lid is scheduled as from 2020. For secondary packaging, too, Krones focuses on ecology and economy: in the shape of LitePac, Krones has created a form of secondary packaging that consumes up to 90 per cent less energy in the production process and even creates 70 per cent less weight than shrink-packs.
In order to close the circuit, Krones offers MetaPure recycling systems, which convert used PET bottles into food-grade PET and upcycle polyolefins for higher-quality re-use than hitherto.
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The development of this project has been co-funded with the support of the LIFE financial instrument of the European Union
[LIFE16 ENV/ES/000305]
This publication reflects only the author's view and that the Agency/Commission is not responsible for any use that may be made of the information it contains