Ironing out the carbon emissions of clinker production Premium
The use of iron-rich industrial wastes can provide one of the pathways to decarbonising the global cement industry with high-ferrite cement types embodying less CO 2 than their ...
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The use of iron-rich industrial wastes can provide one of the pathways to decarbonising the global cement industry with high-ferrite cement types embodying less CO 2 than their ...
Heidelberg Materials’ new GeZero project will completely decarbonise cement production at the Geseke plant in North Rhine-Westphalia, Germany. The first of its kind project will...
Arbitration is often used for the resolution of commercial disputes, particularly in the context of international trade and shipping. This article provides a brief introduction ...
RHI Magnesita’s low-carbon products form part of the company’s commitment to the decarbonisation of the refractory industry. Two case studies featuring kilns that operate with h...
Waste heat is the largest unused energy resource in the world. Harnessing this untapped potential can be a game-changer. A flexible and proven technology, modular organic-Rankin...
Mineral carbonation is being explored within the cement and concrete industry to chemically convert CO 2 emissions into stable minerals leading to permanent CO 2 storage within ...
For the last few years, Buzzi SpA has been hosting a pilot project to demonstrate the efficiency of calcium-looping CO 2 capture technology for a cement plant. Results from the ...
Decarbonising concrete and cement transportation poses challenges – hydrogen may be the missing puzzle piece given payload and uptime benefits. The industry should take this opp...
As supply chain sustainability becomes a key priority for organisations, CEMEX is committed to investing in innovative heavy-duty transport solutions. Dave Hart, supply chain di...
At the Saint-Pierre-la-Cour cement plant in France, Holcim has developed and commissioned its own patented technology to produce calcined clay with the lowest-possible CO 2 foot...