Skip to main content
){kind=logo}
Description
ContainerGrid is developing a digital take-back platform to enable scalable, circular supply chains across industries. We already operate a SaaS waste management platform for over 70 customers, including Vista and the City of Kaiserslautern. Building on this, our take-back platform reached TRL 7, with a paid pilot project running with Hitachi Energy for the energy system, demonstrating strong early traction and real-world validation. We are now focusing on scaling our solution, integrating AI-driven decision-making, Digital Product Passports, and IoT data for enhanced recycling and traceability. With this project, we aim to validate our platform further with additional pilot customers, refine key features like cradle-to-gate traceability, and prepare for full commercial rollout across sectors such as energy, automotive, and construction. Our goal is to close material loops at scale, reduce CO2 emissions, and enable circularity across global supply chains.
- Built
- Construction
- Construction material
- Green Building
- Smart city
- Circular economy
- E-waste
- Product-as-a-service
- Recycling
- Reverse Logistics
- Shared Mobility
- Upcycling
- Waste management
- Emissions control, reporting and offsetting
- Carbon Accounting
- Supply Chain Tracking And Management
- Energy
- Battery
- Energy efficiency
- Power Grid
- Food and Agriculture
- Food and Beverage
- Food Waste and Loss
- Industry
- Advanced Materials
- Chemical
- Components
- Packaging and packing
- Petrochemical and plastic
- Steel
- Transport
- Electric Vehicle
- Fleet Management
- Fuel Efficiency
- Logistics
- Mobility
- 7 to 9 (Deployment)
- Yes
Company Website
https://containergrid.de/Address
Heßstraße 89Munich
Germany
80797
Germany
Contact
Company Size
1-10Year Founded
2021-
)
ContainerGrid develops a platform that digitizes and automates circular reverse logistics to scale circular supply chains. As the digital backbone of the circular economy, our take-back platform conne ...
-
Recycling supply chains suffer from feedstock issues, unpredictable flow, quality, and availability, disrupting recyclers, OEMs, suppliers, and circular economy goals.