Sipa and the environment

Sustainability. Technologies and actions for recycling with a view to a circular economy.

SIPA's commitment to the environment is continuous, effective, measurable.
SIPA has always focused on a more reasoned consumption of PET, enabling its customers to produce lighter-weight containers, removing material where it is not necessary. All this without compromising any of the container's mechanical properties or aesthetic features.

SIPA specialists are experts in the sustainability loop, they plan to reduce resin consumption, energy and CO2 emissions in defense of the environment. In addition, they are among the pioneers of the "circular" approach: they design and rethink new technologies in order to give new life to post-consumer resources putting them back into the system. A forward-looking vision that combines environmental sustainability and economic development to deliver a better world to future generations.

XTREME Renew, the right system for the Circular Economy


With the introduction of XTREME Renew, SIPA stands as a leading company in compliance with the principles of Circular Economy. XTREME Renew is the world's first integrated system for the production of food contact preforms containing 100% r PET flakes. XTREME Renew was developed in collaboration with Erema, the Austrian company specializing in plastics recycling technologies.



The system is the synergistic combination of two already successful innovations – Erema's Vacurema and XTREME from SIPA. Compared with alternative systems for recycling old PET bottles back into new ones, it simplifies the process, uses less energy, reduces logistic and costs less to run.

This new technology offers significant advantages:

10% lighter bottles, with the advantage of using less raw material

15% reduction in production costs, compared to the traditional recycling process

20% reduction in logistics and transport costs

Significant energy savings: -30%, only 0.58 kWh / kg of PET

8O% reduction in CO emissions, compared to the use of virgin resin

100% sustainable: only recycled PET flakes

Simplification Vs traditional R-PET production

TRADITIONAL
  • Bottle bales
  • Clean flakes
  • R-PET pelletizing recrystallization
  • Warehouse & Logistics
  • R-PET drying
  • Preform molding
  • Preforms
XTREME RENEW
  • Bottle bales
  • Clean flakes
  • R-PET Preform molding
  • Preforms

LCA – Life Cycle Assessment

SIPA has carried out a life cycle assessment on its XTREME Renew process, so it can quantitatively compare its potential environmental impact in production of preforms from 100% recyclate (rPET) with a traditional process for producing PET preforms from virgin material (using a SIPA XFORM injection molding system). The results were independently verified.


Comparison 1

  • Xtreme Renew, 100% rPET flakes
  • Traditional preform injection system, 100% PET virgin PET granules

Global warming (GWP 100a) [kgCO2eq]

  • Xtreme Renew 100% flakes
  • Traditional 100% virgin

Comparison 2

  • Xtreme Renew, 50% rPET flakes + 50% PET virgin granules
  • Traditional preform injection system, 100% PET virgin granules
  • Xtreme Renew 50% flakes + 50% virgin
  • Traditional 100% virgin

Comparison 3

  • Xtreme Renew, 100% rPET flakes
  • Traditional preform injection system, 100% rPET granules
  • Xtreme Renew 100% flakes
  • Traditional 100% rPET granules

Environmental footprint of plastic

Reduction of raw material

A more rational consumption of PET is the way to a greater environmental sustainability. For some time now, SIPA has been designing machines capable of producing lighter containers, shaving material where it is not needed. All this without compromising any mechanical or aesthetic property of the container, and without disadvantages for the customer


Reduction of consumption

SIPA was one of the first players to successfully process plastic bottles from plants and renewable sources. The company carries out a sustainable innovation program through continuous technical upgrades to minimize the environmental impact of the machines, increasing their efficiency and at the same time reducing energy, compressed air and water consumption.