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Meet the cement transport ship that makes cement ingredients while sailing
Seabound has developed a carbon capture system for the shipping industry that transforms CO2 emissions into limestone aboard the UBC Cork vessel. The created limestone will be used at Heidelberg Materials' net-zero plant in Norway, aiming to reduce pollution from both shipping and cement production, which account for 3% and 8% of global emissions, respectively.
Key points
- Seabound's carbon capture system converts CO2 into limestone while the UBC Cork ship is sailing.
- The limestone produced will be used at the Heidelberg Materials plant in Brevik, Norway.
- Shipping and cement industries contribute 3% and 8% to global carbon emissions respectively.
- The International Maritime Organization mandates a 30% reduction in greenhouse gas emissions from shipping by 2030 and 65% by 2040.
- Seabound's technology offers a retrofit solution for existing ships, unlike other technologies that require complete upgrades.
Why it matters
- The increasing urgency for maritime shipping companies to meet emissions regulations ties into the wider trend of sustainability and decarbonization in industry.
- The use of ammonia as a zero-emission fuel in shipping reflects ongoing innovations targeting pollution reduction across multiple sectors.
- Heidelberg Materials' prior deal for autonomous vehicles demonstrates the integration of advanced technologies in industries with high carbon output.
Seabound's innovative approach to transforming carbon emissions into useful materials highlights significant strides toward sustainability in both the shipping and construction sectors, aligning with global efforts to reduce carbon footprints.