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Tag: cement

  • Cement Ship: Making Ingredients On the Go

    Cement Ship: Making Ingredients On the Go

    Cement Ship: Making Ingredients On the Go

    Specifically, this specialized ship integrates a production plant onboard. It processes raw materials like limestone, clay, and additives while sailing. This on‑the go system eliminates the need for land‑based processing at the source. As a result, it streamlines the cement supply chain and lowers costs.

    How the Cement Ship Works

    This specialized ship integrates a production plant directly onboard. It processes raw materials like limestone, clay, and other additives while en route to its destination. This on-the-go production eliminates the need for land-based processing plants at the source, streamlining the supply chain.

    Key Features:

    • “Importantly, this onboard system processes raw materials into cement ingredients during transit. As a result, it reduces the need to ship heavy, finished cement and slashes fuel and transportation costs.”
    • Cost Reduction: Minimizes transportation of finished cement, cutting shipping expenses.
    • Environmental Benefits: Reduces carbon footprint by consolidating production and transportation.
    • Flexibility: Can operate in various locations, providing flexibility in sourcing raw materials.

    Benefits of Onboard Cement Production

    Producing cement ingredients onboard offers several advantages. Companies like LafargeHolcim could greatly benefit from this technology.

    • Reduced Logistics Costs: By producing ingredients during transport, the need to ship heavy cement is reduced, resulting in lower fuel consumption and transportation costs.
    • Lower Environmental Impact: Consolidating production and transportation reduces overall emissions.
    • Increased Efficiency: The integration of production and transportation streamlines operations.
    • Access to Remote Locations: The ship can access remote areas with raw material deposits, which might be inaccessible to traditional land-based plants.

    Impact on the Cement Industry

    Seabound has deployed a ship that not only transports cement but also manufactures its ingredients while sailing. The vessel processes raw materials like limestone and other additives en route. Accordingly, it removes the need for land-based processing plants and streamlines the supply chain .

    Key Benefits

    • Importantly, onboard processing slashes land-based logistics and cuts costs dramatically.
    • Circular impact: The ship’s carbon-capture system converts exhaust CO₂ into limestone onboard, which is delivered for cement production at Heidelberg’s plant in Norway
    • Sustainability aligned: This technology addresses two major emitters shipping and cement by integrating carbon reuse onboard .

    Industry Implications

    This innovation could significantly impact the cement sector. As companies aim to reduce carbon footprints and boost efficiency, maritime cement manufacturing offers real progress. Companies involved include Seabound and Heidelberg Materials, which plan first shipments from the vessel to their net‑zero cement plant in Norway by mid‑2025 .

  • Terra CO2 Raises $124M to Cut Concrete Carbon

    Terra CO2 Raises $124M to Cut Concrete Carbon

    Terra CO2 Secures $124M to Reduce Concrete’s Carbon Footprint

    Terra CO2 recently announced a successful $124 million Series B funding round. This investment will accelerate the company’s mission to significantly reduce the carbon footprint of concrete, one of the world’s most widely used building materials.

    The Problem: Concrete’s Environmental Impact

    Concrete production is a major source of carbon emissions globally. Traditional cement, a key ingredient in concrete, releases substantial amounts of CO2 during its manufacturing process. Terra CO2 aims to tackle this issue head-on by offering a more sustainable alternative.

    Terra CO2’s Solution: Sustainable Cement Production

    Terra CO2 employs innovative technology to create cement using alternative materials and processes that drastically lower carbon emissions. Their approach focuses on capturing and utilizing CO2, transforming it from a waste product into a valuable resource.

    The $124M Series B Funding

    This significant investment will enable Terra CO2 to:

    • Scale up its production capacity to meet growing demand.
    • Expand its research and development efforts to further refine its technology.
    • Deploy its carbon-reducing cement solutions in more construction projects.

    Impact on the Construction Industry

    Terra CO2’s technology presents a viable pathway for the construction industry to significantly reduce its environmental impact. By adopting sustainable cement alternatives, builders and developers can contribute to a more sustainable future. This aligns with increasing global efforts to combat climate change and promote green building practices.