Applicable use cases
Select a use case for details
Automated compliance, audit, and reporting
All steps
Strategy and benchmarking support
Compare competitors’ circularity KPIs using AI, and leverage AI-proposed targets and strategic actions
All steps
Trace packaging from sourcing to post-use, visualize waste streams, and generate data such as sorting rate
Material traceability
Material sourcing and processing
Verify raw and recycled inputs and their quality, and support sustainability claims
Material origin verification
All steps
Aggregate data across the packaging value chain, automate regulatory checks, and generate required reports and audits
Automated compliance, audit, and reporting
Raw materials R&D
Generate novel molecular structures and simulate performance-predicting properties with greater possible circularity
Material discovery
Material sourcing and processing
Conversion
Use machine vision and sensor data to monitor packaging lines, reduce waste, and optimize material use
Production and quality control to limit waste
Raw materials R&D
Material sourcing and processing
Conversion
Sourcing
Usage and waste
Collection
Sorting
Recycling and reuse
R&D and design
Material traceability
Strategy and benchmarking support
Material discovery
Production and quality control to limit waste
Lifecycle assessment and costing simulation
Supplier scoring and selection
Forecast and tracking of reuseable/refillable packaging
Material origin verification
Packaging design optimization
Consumer education and interaction
Smart bins
Resource-efficient chemical recycling
Supplier scoring and selection
Generative new design
Advanced sorting
R&D and design
Calculate material impacts such as CO2 and waste, and include any additional country or regional fees for packaging management, such as EPR
Lifecycle assessment and costing simulation
Sourcing
Select and score suppliers based on circular KPIs such as the type of materials they use and the quality of recycled or recyclable content
Supplier scoring and selection
Usage and waste
Collection
Sorting
Recycling and reuse
Predict demand and track usage based on real-time data
Forecast and tracking of reuseable/refillable packaging
R&D and design
Optimize for multiple criteria, including recycling, material usage, and shipping size
Packaging design optimization
Usage and waste
Use chat and targeted marketing to promote habits like proper sorting or to help in making choices based on factors such as packaging circularity
Consumer education and interaction
Sorting
Use computer vision to provide real-time sorting guidance to users at the point of disposal or have bins sort automatically
Smart bins
Recycling and reuse
Use AI to help design enzymes or processes that break plastics into monomers more efficiently, boosting recycling
Resource-efficient chemical recycling
R&D and design
Explore novel formats with deep learning, generative algorithms, and simulation for optimal circularity
Generative new design
Sorting
Combine computer vision, robotics, and real-time analytics to improve the quality of sorted recyclable material
Advanced sorting
Raw materials R&D
Material sourcing and processing
Conversion
R&D and design
Sourcing
Usage and waste
Collection
Sorting
Recycling and reuse
Material sourcing and processing
Select and score suppliers based on circular KPIs such as the type of materials they use and the quality of recycled or recyclable content
Supplier scoring and selection
Value-chain steps
