This video shows the DecarbonICE container concept in action — a standard 20-foot container specially insulated to safely transport CO₂ in solid form (dry ice). Using existing shipping infrastructure, it enables cost-effective, scalable, and flexible CO₂ transport as part of the DecarbonICE carbon capture and storage solution.
This video demonstrates the preparation and configuration of the DecarbonICE container, a standard 20-foot unit adapted for transporting CO₂ in solid form (dry ice). It highlights the container’s insulation, safety features, and integration into existing logistics, showcasing its role in scalable, cost-effective carbon capture and transport.
This video offers a sneak peek into DecarbonICE’s virtual reality environment, showcasing how CO₂ is captured, solidified into dry ice, and transported using insulated containers. The immersive VR experience highlights the system’s scalability, safety, and integration with existing logistics networks.
In this interview, Henrik O. Madsen discusses the design and purpose of the DecarbonICE container, highlighting its role in safely transporting solid CO₂ (dry ice) using existing logistics infrastructure. He emphasizes how this approach enables scalable and cost-effective carbon capture and storage.
This video documents the DecarbonICE container’s testing journey in Jutland, May 2025. It features loading with dry ice at Cold Jet in Bramming, weighing in Esbjerg, transport by Anco Trans, and display at Energy Cluster Denmark’s annual meeting in Esbjerg. The footage highlights the container’s integration into real-world logistics and its role in scalable CO₂ transport.
This playful LEGO DUPLO video uses colorful bricks to explain the DecarbonICE concept. It illustrates how CO₂ is captured, solidified into dry ice, and transported in insulated containers, making complex carbon capture ideas accessible and engaging for all ages.
