Northwest Cement Council’s Post

Incorporating the Effect of Carbonation in Concrete Life Cycle Assessment The effect of greenhouse gas emissions on the atmosphere is a hotly debated topic. Within this debate, there is a specific focus on the role of carbon dioxide (CO2) emissions. Concrete has been the target of much criticism as a source of CO2 emissions. Much of this criticism reflects a lack of understanding of the difference between cement and concrete as a building product. https://bityl.co/OQ8L

Concrete giants rejoice! A new Northwestern University-led process tackles CO2 emissions and strengthens concrete at the same time. By using a simple, carbonated water solution during mixing, researchers achieved a 45% CO2 capture rate without sacrificing strength. This innovative approach could be a game-changer for sustainable construction, offering a path to reduce the cement industry's hefty 8% share of global greenhouse gas emissions. #climateaction #quickread #sustainableconstruction

Concrete is responsible for more than four percent of all global CO2 emissions. In the race to find alternatives, some companies are using it to sequester CO2 instead

This concrete can eat carbon emissions Concrete is responsible for more than four percent of all global CO2 emissions. In the race to find alternatives, some companies are using it to sequester CO2 instead source https://lnkd.in/ezJmZ8nX

Fly Ash: Transforming Waste into a Construction Resource 🏭➡️🏗️ 🌡️ Fly Ash is a finely divided residue produced from the combustion of pulverized coal. It can be utilized to enhance concrete durability and workability, while reducing permeability. Fly Ash Applications and Uses: Building Materials 🧱 Structural Fill 🚧 Concrete Improvement 🚀 Cost and Environmental Impact: Fly ash cement is generally more affordable to produce than traditional cement, making it an attractive option for manufacturers. Using fly ash in construction materials reduces the environmental footprint by preventing the hazardous waste from polluting water and air. It also lowers CO₂ emissions by decreasing the amount of traditional cement needed in concrete production. 🌎 D2O | D2O Inc. #FlyAsh #ConcreteInnovation #EcoFriendlyConstruction #SustainableBuilding #RecyclingWaste #d2olearning

According to a new report from the American Council for an Energy-Efficient Economy (ACEEE), governments and industry could reduce their CO2 emissions by 7.3 million metric tons by switching half of their concrete to lower-carbon alternatives. The study, produced in partnership with Global Efficiency Intelligence (GEI), looked at the greenhouse gas reduction potential of limestone calcined clay cement and concrete as an alternative to traditional concrete. #Sustainability #GreenConstruction https://hubs.ly/Q02sgsbv0

Efforts to cut concrete's environmental impact are paying off with new materials and standards. Using alternative fuels, efficient production, and less clinker reduces CO₂ emissions. Non-hydraulic cements and supplementary materials also help by capturing CO₂ and lowering carbon footprints. Read more in this ASTM International article: https://lnkd.in/gRaAHaK2. #concretemasonry #co2 #carbonreduction #masonrystrong

Cement manufacturing currently contributes to 8% of worldwide greenhouse gas emissions, a figure that is expected to rise as the construction sector expands. By adding biochar to concrete, the required cement production can be minimized without compromising the performance of the concrete, while also offering a lasting approach to carbon removal. 🤝 For any interest, you can visit our website https://lnkd.in/gX2dSNEA #BiomassCarbonization #Sustainability#NetZero #Sustainability#CarbonRemoval #ClimateChange #NegativeEmission #Biochar#cleanenergy #greenhouse  #sustainableenergy #wastetoenergy

While cement and concrete are essential materials and are vital for modern infrastructure, their manufacture and wide use account for around 7 percent of the world’s CO2 emissions. Hence, decarbonizing the cement and concrete sectors worldwide is essential to reducing CO2 emissions and tackling climate change. The partnership agreement includes pledges to: Provide recommendations for decision-makers on creating the right market environments for the development of low—and near-zero-emission cement and concrete. Develop innovative technological solutions to help meet net-zero commitments. Organize joint international industry and government events. Jointly author and publish documents, recommendations, and research tools. Identify promising companies and innovative solutions and showcase these at relevant events and publications. https://bityl.co/R7Db