Eco-efficient cements: Potential economically viable solutions for a . . . It has been UNEP-SBCI’s pleasure to support Dr Karen Scrivener and Dr Vanderley John as they skillfully lead dedicated researchers through the review of available knowledge to successfully identify scientifically sound technologies that, if further developed, have a potential to contribute to CO2 mitigation in the cement-based materials
Eco-efficient cements - ResearchGate Additionally, the carbonation-curing approach could be applied to MgO-based cements made from abundant natural magnesium silicates (MOMS as discussed above) with even greater benefits for net
Eco-efficient cements: Potential economically viable solutions for a . . . The report shows that there are several new materials-based solutions that could provide significant CO2 emissions reductions at costs below those of CCS To help these solutions become accepted on a large scale, new or enhanced standards better adapted to actual applications will be necessary