Building Resilience Coalition的动态

The extent of natural carbon uptake can vary by a factor of ten among cement-based elements within the home. ? Natural carbon uptake is an essential element of the life cycle impact of cement-based products but can also be considered a method for neutralizing CO2 emissions. ? There are opportunities for designers, producers, and contractors to increase natural carbon uptake in many cement-based elements where prudent. The extent of natural carbon uptake can vary by a factor of ten among cement-based elements within the home. ? Natural carbon uptake is an important element of the life cycle impact of cement-based products but can also be considered a method for neutralizing CO2 emissions. ? There are opportunities for designers, producers, and contractors to increase natural carbon uptake in many cement-based elements where prudent. Download the Brief here: https://bityl.co/S0MJ

The latest issue of Concrete NZ's Concrete magazine features the New Zealand cement & concrete industry's first-ever "Sustainability Report". This groundbreaking Report is founded in the belief that before we can manage our environmental and social impacts, we must first measure them. It sets a baseline for tracking progress in key areas such as: - CO2 Emissions - Energy Use - Freshwater - Socio-Economic Benefits - Waste &Circular Economy - Workplace Health & Safety The Report encourages industry to collaborate and continue reducing adverse impacts while promoting the many benefits of concrete. Don't miss out! Download the latest Concrete magazine (Vol. 63, Iss. 01) here: https://lnkd.in/gh3uih72 And the full "Sustainability Report for the Aotearoa New Zealand Cement and Concrete Sectors 2021/22" here: https://lnkd.in/g_RBbds3 #concretenz #buildingresilience #concretemagazine #concrete #sustainability #sustainableconcrete #netzerocarbon #netzero #emissionsreduction #water #healthandsafety #recycling #recycledconcrete #lowcarbon #alternativefuels Bernie Napp thinkstep-anz

Sugarcrete is a new housing material that offers an alternative to traditional building materials like clay and concrete bricks. It's made by combining sugarcane waste or bagasse with mineral-based binders. This resulted in blocks that are not only lighter and cheaper than their conventional counterparts but also possess superior fire resistance, compressive strength, thermal conductivity, and durability. The new material offers rapid curing time, reduced weight, and lower production costs, making it an attractive option, especially in sugarcane-producing regions, where it can transform agricultural waste into a valuable construction resource. Sugarcrete is eco-friendly and has a smaller carbon footprint, estimated to be just 15% to 20% of that of concrete. Sugarcrete could cut down global CO2 emissions by an estimated 1.08 billion tonnes. The material's potential was demonstrated in prototype modular floor slabs, which require up to 90% less steel than concrete alternatives and show less propensity to crack under pressure. Self-healing concrete, on the other hand, could revolutionize the durability and longevity of infrastructure. Infused with the ability to automatically repair cracks that form over time, this innovative material incorporates specialized agents—such as bacteria that produce limestone or microcapsules filled with healing agents—that are activated upon cracking. These agents then precipitate to fill in the cracks, effectively sealing them and preventing further damage from water and other deteriorating factors. #sustainability #sustainabledevelopment #construction #engineering #environment #infrastructure #globalwarming #climatechange #agriculture #agriculturaldevelopment

Best wishes for 2025!! Let’s start the year with some good news :) : “The World Cement Association has predicted that global demand for cement and clinker will decrease more than previously expected by 2050 due to changing market trends and sustainable material advancements.” The reasons for that are clear: “Real estate and infrastructure developers – are under pressure to cut the carbon footprint of their projects, often at a rate that is faster than the cement industry can satisfy. This will lead them to take actions that will reduce the demand for conventional cement.” There are several advantages to this evolution: -Less CO2 emissions? -Less waste? -Less need for (carbon intensive) carbon capture & storage installations: expensive machinery that usually has a high embodied carbon footprint and needs constant energy to run? -More opportunities for circular & reusable materials that (have) capture(d) C02 emissions Aside from structural timber for large buildings (that is mentioned in the report), there’s also the possibility for earth based products to replace some cement based ones, like our chape terre that is cement-free. It can replace a lot of classic screed, and offers good mass & acoustics. We’ve already tried it out on a number of test construction sites, with very good results. In the upcoming months larger construction sites will be tackled with the material and a collaboration with contractors. It will still take some time before we launch officially - good things take time ?? - , but? it's a straightforward win to decarbonize flooring systems and reduce waste. (Full report of the World Cement Association: https://lnkd.in/eR2DBXTf

??? Building Strong, Even in the Cold! ?? At Aaradhya Chemicals, we understand the challenges that cold climates bring to construction projects. That’s why our Concrete Super Plasticizer is specially designed to optimize performance in even the harshest weather conditions. Here’s how our Super Plasticizer helps: 1?? Enhanced Workability: Smooth, fluid concrete with minimal water even in freezing temperatures. 2?? Faster Setting: Cold won’t slow you down – our plasticizer accelerates setting times, allowing projects to stay on schedule. 3?? Improved Durability: Dense, frost-resistant concrete ensures your structures stand the test of time, reducing risks of freeze-thaw damage. 4?? Increased Strength: Achieve higher early strength, critical for cold-weather construction. 5?? Cost Savings: Reduce the need for costly heating or insulation during curing. By choosing Aaradhya Chemicals' Concrete Super Plasticizer, you ensure quality and performance, no matter how cold it gets! ????? Let’s build with confidence, even in the coldest climates! ?? #ConcreteSolutions #ColdClimateConstruction #SuperPlasticizer #BuildingStrong #ConstructionInnovation #SustainableBuilding #AaradhyaChemicals #ConcreteDurability #ConcreteTechnology

Is lower-carbon concrete a solution to supply chain emissions? YES! Here's why lower-carbon concrete is a game-changer: 1. **Reduced Carbon Footprint**: Traditional cement and concrete is 8% of global greenhouse gas emissions. Lower-carbon concrete helps mitigate this by using alternative energies and processes. 2. **Resource Efficiency**: Current technologies promote the use of industrial by-products, which reduces waste. 3. **Durability and Performance**: New, lower-carbon concrete technologies can enhance structural performance, boasting similar, if not better, strength and longevity compared to conventional concrete. 4. **Energy Savings**: New production process for lower-carbon concrete can consume less energy, contributing to overall energy efficiency in construction projects. As we face growing environmental challenges, adopting sustainable materials in our built environment is essential. Lower-carbon concrete represents a significant step forward, aligning with global commitments to reduce greenhouse gas emissions and fostering sustainable construction practices. Let's embrace the possibilities of lower-carbon concrete and work together to drive innovation in the built environment! #Sustainability #GreenConcrete #Innovation #CleanEnergy #GreenBuilding Share your thoughts and experiences with lower-carbon concrete in the comments below!

Plasti-Fab around the built environment – Exterior Insulation Insulating a residential home with our expanded polystyrene (EPS) and graphite-enhanced polystyrene (GPS) both above and below grade offers exceptional thermal protection and energy efficiency. Above grade, our insulation sheets are installed on exterior walls, effectively minimizing heat transfer and reducing energy consumption for heating and cooling. This insulation also helps prevent air infiltration, maintaining a comfortable indoor environment year-round. Below grade, our insulation serves as a reliable barrier against moisture intrusion and heat loss through the foundation. By insulating below grade, the home remains structurally sound while reducing the risk of mold and mildew growth. Overall, incorporating EPS or GPS insulation above and below grade ensures a well-insulated home, enhancing comfort, energy efficiency, and long-term durability! #plastifab #eps #expandedpolystyrene #exteriorsheathing #rvalue #energyefficient #efficiency #heating #cooling #insulation #polystyrene #customsizes #construction #building #renovation #homeimprovement #healthyhome

?? Siding ROI: Is It Really Worth the Investment? Upgrading your commercial building’s siding? It’s more than just curb appeal—there’s real ROI to consider! ?? Increased Property Value Upgrading to high-quality siding, whether vinyl or fiber cement, boosts market value and extends the life of your property. It’s a smart financial move that pays off long-term. ?? Energy Savings Opting for energy-efficient siding, like insulated vinyl, can cut down on heating and cooling costs. For larger commercial buildings, those savings add up fast! ?? Low Maintenance Modern siding materials are built to last, meaning minimal repairs and lower maintenance costs. Less hassle, more peace of mind. ?? Sustainability New eco-friendly siding options reduce environmental impact and improve your building’s energy efficiency. Good for the planet, good for your wallet. So, is it worth the investment? Absolutely! Whether it’s boosting property value or slashing energy bills, upgrading your siding delivers serious ROI. Need a quote or have questions? Niva Group is here to help! Let’s make your building more valuable. #SidingROI #PropertyValue #EnergyEfficiency #CommercialConstruction #NivaGroup #SidingUpgrade #SustainableBuilding

There is only one way where the Readymix Concrete industry can move.. from the LEFT to the RIGHT. While making the above statement, by LEFT I refer to very high carbon foot-print, higher cost of conversion per cum, high cost of power and fuel (diesel) to keep wet concrete ALIVE over long distances through ever increasing traffic, very high particulate matter pollution resulting from re-handling of bulk materials inside city limits or near to residential areas, a Huge CREDIBILITY CRISIS.. on account of high transit time, traffic and variety of ingredients used.. High chemical dosages, High wastages, water pollution, rejected Hot loads, Recycling plants. high monthly spending on meeting pollution norms, High cost of land inside city/urban areas. Majority issues caused by "SHELF LIFE" of Concrete making it a "PERISHABLE" commodity. WHILE on the RIGHT-- Only Pure raw materials and FRESH concrete without Power/Fuel wastage. Journey to become an extreme RIGHTIST rather than old grumping LEFTIST will begin very soon. The catalysts of this reaction are our patents.. granted and pending.

The future of Ready mix Concrete lies in the following points 1. making readymix concrete "non perishable".. 2. eliminating the material handling inside cities/ urban/ residential areas 3. Thus moving out all the rmc plants away from the residential areas.. 4. eliminating the carbon emissions associated with wet concrete transport 5. Making Fresh concrete available irrespective of time and distance 6. minimising the wastage of materials.. 7. Eliminating the recycling plants 8. Eliminating the water pollution 9. Reducing the transportation cost per cubic meter of concrete. 10. Thus making the readymix concrete more ecofriendly than the present.. #rmc #readymix #concrete