Brookfield’s Post

Cement Decarbonization: a complex but crucial challenge Cement production alone contributes to approximately 3% of global greenhouse gas emissions (Ritchie, 2020). Finding alternative solutions to reduce these emissions is a significant challenge. To address this, there have been investments in various approaches, including: 💡 Supplementary Cementitious Materials (SCMs): These materials can partially replace traditional cement, reducing CO2 emissions during production. 💡Alternative Cement Forms: Innovations in cement formulations can lead to lower carbon footprints. 💡Process Improvements: Enhancing the efficiency of cement production processes can reduce emissions. 💡Carbon Capture and Utilization (CCU) Technologies: These technologies capture CO2 emissions from cement production and repurpose them, reducing the overall carbon impact. Given the urgency, simultaneous investment in all these avenues is essential. This is evident in the presence of organizations at various technology readiness levels within each approach, and additional innovative solutions may likely emerge in the near future. Broadly investing across these diverse solutions is crucial for effectively mitigating CO2 emissions from cement production Discover all this and more in our market research piece. Read the full article here: https://lnkd.in/dUw5CUsw #climatetech #cement #concrete #decarbonisation #trl

The United States cement manufacturing industry is projected to reach $9.9 billion in 2024 🤯 As this industry expands, the U.S. needs to address the environmental impact of cement production and importation to achieve its #NetZero emissions commitment by 2050. Cement accounts for 8% of global emissions and 90% of concrete’s carbon footprint. It needs to be prioritised as we continue to develop and build.     We have a solution that can support U.S. efforts to meet its climate goals - our ACT technology offers #LowCarbon cement that is scalable and without a substantial green premium. Read more here: https://lnkd.in/gcjEKnnw #FutureOfCement #Cement #Concrete #SustainableConstruction | V2 Communications | Steve Bryan | Mike Donovan, P.E., FACI

Modernizing cement manufacturing: A technological step forward. The cement industry's commitment to a low-carbon future is reflected in the growing use of alternative fuel systems for kiln burners. Driven by regulatory compliance and advancements in processing technology, this trend is transforming cement manufacturing worldwide, resulting in increased energy efficiency, higher productivity, and significant reductions in carbon emissions. A prime example of these technologies is the alternative fuel flash dryer, which is impacting the cement industry at the production level. By efficiently drying high moisture materials, flash dryers greatly improve fuel combustion efficiency and reduce overall energy consumption. This technological advance, alongside other innovative pyroprocessing technologies, not only contributes to cleaner processes but also helps to improve economic efficiency, proving that sustainability and profitability can go hand in hand. #cementindustry #modernization #pyroprocessing #alternativefuels

A lot of work to be done on cement.

Electrification is increasingly being mentioned in discussions around the decarbonization of cement. Read: https://ow.ly/JUQy50SkcYM #cementindustry #cementkiln #cementproduction #ECoClay

Had a very engaging day interacting with #Cement industry leaders at the NCB International Conference on #Cement ,Concrete & Building Materials at Delhi. Cement decarbonization is clearly crucial for reducing greenhouse gas emissions.Quickly summarising some key learnings. Current Status :- 1. Carbon footprint : Cement production accounts for around 8% of global CO2 emissions. 2. Process emissions: Most emissions come from the calcination process (60%) and fuel combustion (40%). Decarbonization Strategies to abate the CO2 :- 1. Carbon capture, utilization and storage (CCUS): Implementing CCUS technologies can reduce emissions from cement plants. 2. Alternative fuels: Transitioning to low-carbon fuels like biomass, waste, or hydrogen can lower emissions. 3. Electric cement kilns: Electrifying cement kilns can reduce emissions and improve energy efficiency. 4. Clinker reduction: Reducing clinker content in cement can lower emissions from calcination. Challenges and Opportunities :- 1. Cost and investment : Decarbonization efforts require significant investment, which can be a barrier,Government & Industry sporsorship is a must . 2. Scalability and deployment : Widespread adoption of low-carbon technologies is crucial for significant emissions reduction. 3. Policy and regulation : Supportive policies and regulations can incentivize the transition to low-carbon cement production. #letsdecarbonise #cement #hardtoabate #ccu #ccs Lets #Cement the #Netzero future 💪🏻💪🏻💪🏻 Cement Decarbonisation Cement Plant World Cement

Cement manufacturing exhibits an exceptionally high Scope 1 emissions, doubling those of utilities (5,415 tonnes of CO2 per $1M revenue). LMG’s by-product, Supplementary Cementitious Material (SCM), becomes a standout example of carbon emission-free alternatives in contrast to traditional cement production. SCM, with a chemistry akin to standard Portland cement, serves as a commendable substitute in concrete manufacturing. Learn more in this Elements article: https://bit.ly/49d3AOm #lmg #latrobemagnesium #sustainabilty #netzero #emissions #greenmetal #flyash #recycle #waste #magnesium #esg #criticalmetal #asx #innovation #magnesiumproduction #cementcarbonemission #cement #carbon #SCM #byproducts #carbonemssions

Ready mixed: How Europe's largest cement producers are rapidly cutting their Scope 1 emissions Europe’s cement industry emits 110 Mt CO2 per annum, accounting for 8.2% of EU ETS verified emissions. Cement comes a close second to the iron and steel industry as the industry with the highest emissions in the EU. The sector is commonly thought of as one of the ‘hard-to-abate’ industries, and as such it is generally expected to struggle to cut emissions in line with the drop in the EU ETS cap. The upshot is that the cement sector is assumed to need much higher carbon prices to decarbonise. Europe’s cement industry is also highly concentrated; three companies (Heidelberg Materials, Holcim, and CEMEX) accounted for almost half (47%) of EU-27 production capacity in 2022. Investments in decarbonisation are already beginning to have a big impact on carbon intensity, and there's much more on the way. #carbonmarkets https://lnkd.in/djh2_puQ

Introducing a game-changer in the cement industry: high-quality, cost-effective alternative fuels! At Green Pyramids Company, we're driving innovation by offering a unique solution for replacing traditional fuels in cement manufacturing. Our alternative fuel stands out for its exceptional properties: Unmatched Consistency: Derived from a single, reliable raw material source, our fuel boasts remarkable stability in chemical, physical, and thermal properties. This translates to consistent performance and predictable kiln operations for your cement plant. Superior Quality: We prioritize quality, ensuring our fuel meets the highest standards. This translates to efficient combustion and potentially improved clinker quality. Cost-Competitive Advantage: Our innovative solution offers a cost-effective alternative to traditional fuels, helping you optimize production costs. The benefits are undeniable: Enhanced operational stability through consistent fuel properties. Potential for improved clinker quality with efficient fuel combustion. Reduced production costs thanks to our competitive pricing. Ready to embrace a more sustainable and cost-effective future for your cement plant? Contact us today to learn more about how our groundbreaking alternative fuel can revolutionize your production process. #alternativefuels #cementindustry #sustainability #innovation #efficiency #Creativity #Business #R&D #Green_Pyramids #Energy  #Biofuel #Recycling  #Waste_to_Energy #Renewable_Energy #sustainability #Climate_change #Environment #Green_Business

3 gigatons.   It's the annual amount of carbon emissions produced byn the #cement industry. This represents around 8% of total CO2 emissions worldwide.   ❌ In the absence of any abatement action, global growth in demand for concrete is forecast to result in 3.8 gigatons of annual CO2 emissions by 2050.   ➡️ The only realistic way to fully abate those emissions and meet the industry’s 2050 #netzero goals involves scaling carbon capture and storage (CCS) to an industrial level. By 2050, more than a third of the industry’s emissions will have to be abated with CCS, requiring an estimated 1.4 gigatons of CO2 in CCS capacity.   💸 This will drive a significant increase in the price of cement, from the current $90-$130 per ton to at least $160-$240 by 2050.   Benefiting from optimal CCS costs will become an increasingly important competitive factor for companies.   🏗 Cement producers looking to maintain or gain a competitive advantage in a changing industry must make critical decisions today regarding how they will allocate capital, innovate, and determine their strategies for success in a net zero future.   📖 Our new BCG report outlines key steps for cement players to navigate this transition.   If you want to learn more: https://lnkd.in/ewrQC_w8   Guillaume Ricome Marta Guzzafame Jason Degnan-Rojeski Ishang Jawa