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ON-DEMAND WEBINAR

Unlocking value from plastic waste

Introducing the Shell Recovered Plastics Upgrader

Plastic recycle technologies are advancing, but many plastic waste streams remain challenging to sort, characterise and process. This difficulty arises from significant variability in feedstock contaminants, constantly evolving product specifications and the wide range of operating conditions in adjacent process units.

To increase recycling rates, meet circularity goals and stay ahead of tightening regulations (such as those driven by the EU’s Single-Use Plastic Directive), new solutions are needed. That’s why Shell Catalysts & Technologies has developed the Shell Recovered Plastics Upgrader (SRPU) – a flexible suite of technologies that helps refineries, petrochemical and primary conversion companies transform a wider range of plastic waste into high-value feedstocks for circular products. SRPU includes multiple processing pathways, with modular designs tailored to different feedstocks and investment levels.1

The webinar also shares insights into the first SRPU deployment at a Shell site – a world-first, fully operational reference project that demonstrates how this technology can be deployed at lower capex and integrated into existing infrastructure.

In this webinar, we:

  • introduce the SRPU and its range of technology options;
  • share insights from the first deployment of SRPU; and
  • explore the business case for early investment, phased implementation and flexible feedstock readiness.

Stream the webinar now to discover how the SRPU could support your circularity goals.

 

Featuring

Alexandra Sakamoto

Senior Business Development Manager

Luis Grau

Lead Plastic Circularity and Ethylene Technology

Amin El Aissami

Market Specialist
Technology Licensing

Alexandra Sakamoto

Senior Business Development Manager

Luis Grau

Lead Plastic Circularity and Ethylene Technology

Amin El Aissami

Market Specialist
Technology Licensing

1 As with any processing solution, the effectiveness of SRPU depends on factors such as feedstock characteristics, the selected configuration, and integration with surrounding units.

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