FDB Facade Design & Building’s Post

Perfect summary of the advantages of #equitone fibercement panels- from the perspective of recycling. FDB Facade Design & Building Reduce- cutoff waste by optimaziation of the facade panel layout, and using the cutoffs like pe. Cladding material inside! Reuse- when demolishing buildings the fibercement panels could be still reused on another building thanks to its lifespan of more than 50 years Recycle- 100% can be recycled of our boards. Cutoffs and even the dust can be recycled and reused when producing new panels this way promoting the circular economy. #equitone #equitonehungary #fibercement # facade #szálcement #homlokzat

October is Circular Economy Month! We’re incredibly excited by the circular qualities of cement and concrete. Whether it's recycled aggregates being used underneath a road, or a concrete building being re-used, concrete plays an essential and increasing role in the circular economy. #circulareconomy

You might not think it, but the concrete industry is one of the largest contributors to CO2 pollution 🏙️ Cement production alone generates around 2.5 billion tonnes of carbon dioxide (CO2) per year—about 8% of the global total. So - it's super important that we find a suitable alternative to concrete to protect the future of our planet. Our Smartawood™ recycled plastic lumber is a great sustainable alternative to using concrete, timber, metal, and virgin plastics. Are you considering durable alternatives to concrete, timber and metal that not only require zero maintenance, but are carbon negative? Find out more about the benefits of using Smartawood™️ on our website. #Lumber #RecycledPlastic #SustainableMaterials #Concrete #Construction

🌍🔗 RD Industries Limited Presents: Recycled Steel Wire from Tire Pyrolysis – Strong, Sustainable, and Versatile! 🔗🌍 Unlock the potential of waste with Steel Wire from Tire Pyrolysis—an eco-friendly byproduct of the tire pyrolysis process. RD Industries Limited is excited to offer this valuable, recycled steel that supports sustainable construction, manufacturing, and creative applications while conserving resources and reducing waste. Applications of Tire Pyrolysis Steel Wire 1. Steel Manufacturing & Recycling: Send recovered steel wire to recycling facilities to be transformed into construction materials, automotive parts, machinery, and more—reducing reliance on virgin iron ore. 2. Reinforcing Bars & Mesh Production: Perfect for creating reinforcing bars and meshes for sustainable construction, supporting infrastructure projects with durable, recycled steel. 3. Steel Wool & Brushes: Processed for industrial and household brushes or steel wool for polishing and cleaning, offering versatility and durability. 4. Art & Craft Material: Ideal for sculptures, installations, and upcycled furniture—this steel wire brings industrial elegance to creative designs. 5. Filtration & Separation Systems: Durable steel wire meshes offer reliable filtration solutions for mining, agriculture, and wastewater treatment. Why Choose Recycled Steel Wire? • Resource Conservation: Reduces the need for virgin materials, conserving iron ore, coal, and limestone. • Energy Efficiency: Recycling steel uses less energy, lowering the industry’s energy footprint. • Waste Reduction: Minimizes landfill waste by repurposing tire steel, reducing ecological impact. • Support for the Circular Economy: Enables continuous reuse of materials, reducing resource consumption. • Lower Greenhouse Gas Emissions: Recycling steel emits fewer greenhouse gases than traditional steel production. Join RD Industries Limited in building a sustainable future—one recycled steel wire at a time! 🌿♻️ #RecycledSteel #CircularEconomy #SustainableIndustry #EcoMaterials

Turn your waste concrete challenges into reusable solutions with Chryso®Convert C! 🚧 Did you know? 3% of total concrete production is the estimated amount of returned concrete generated during ready-mixed deliveries. In our industry, every challenge is an opportunity for sustainable innovation. Chryso®Convert C is the solution for producers to #recycle returned concrete. This #admixture can be simply mixed with plastic concrete, turning it into a dry granular material. The resulting product can be used as road base material, compacted backfill or as a partial replacement for standard aggregate in new concrete. This results in improved conservation of natural resources and #lower #CO2emissions through transport savings. 🚚 🍃 Watch the video to learn more about Chryso®Convert C solution and discover how we’re shaping a greener future! 🌱👷♂️ #SustainableConstruction #Chryso #Innovation #SaintGobainConstructionChemicals

🏢✳️A Review on the Recycled Utilization of Solid Wastes in Building Materials: The substantial generation of solid wastes globally from sources including households, industries, commercial activities, and construction demolitions raises significant environmental cpncerns. Utilization of these wastes in making building construction materials can reduce the magnitude of the associated problems. When these waste products are used in place of other conventional materials, natural resources, and energy are preserved, and expensive and/or potentially harmful waste disposal is avoided. Recycling which is regarded as the third most preferred waste disposal option, with its numerous environmental benefits, stands as a viable option to offset the environmental impact associated with the construction industry. This review the results of laboratory tests and important research findings, and the potential of using these wastes in building construction materials with a focus on sustainable development. Research gaps, which includes; the need to develop standard mix design for solid waste-based building materials; the need to develop energy efficient method of processing solid waste use in concrete; the need to study the actual behavior or performance of such building materials in practical application and the limited real life application of such building materials have also been identified. Research is being proposed to develop an environmentally friendly, lightweight building block from recycled waste paper, without the use of cement, and with properties suitable for use as a walling unit. Source:Internet #recyling #solidwaste #buildingmaterials #aacblocks #mortar #utilization #ecofriendlycencept #environmentconcern

Over 3 billion tonnes of construction and demolition waste are produced globally every year, and how we deal with it is changing. As part of our signature GREENKEY SOLUTIONS, S/CRETE technology makes possible concrete recycling on an industrial scale. With its unique selective grinding technology, we can efficiently separate and reuse the components of waste concrete to reduce energy dependency and water consumption while minimizing carbon emissions. This patented process brings a new opportunity to achieve a truly circular economy in the cement industry. Our goal for selective concrete recycling is outlined in detail in this technical article, available for download here: 🔗 https://lnkd.in/dfTmyvv4 #concreterecycling #sustainableconstruction #circularity #cementinnovation Article by Dr. Martin Reformat & André Trümer published in Global Cement Magazine, September 2024 issue.

Our mission: closing the loop! Cement and concrete are high-quality and much needed building materials that require a lot of energy to produce. This makes it all the more important to utilise their full potential and strengthen circularity along the entire value chain. As a next step towards our circularity and carbon reduction targets, we have now commissioned an innovative recycling plant for selective separation at the Heidelberg Materials production site near Katowice, Poland: The first-of-its-kind facility features a proprietary crushing mechanism that enables sophisticated separation and sorting capabilities to fully recycle demolition concrete and substitute virgin materials in concrete production. By also recovering recycled concrete paste (RCP), our patented ReConcrete process combines circularity with decarbonisation. RCP can then be used as an alternative raw material in clinker production or as an alternative cementitious material. In addition, it can absorb and permanently bind CO₂. Learn more about ReConcrete and our circular approach in the video:

This could solve one of the biggest issues in climate: Recycling old cement. I know it doesn't sound so sexy, but: 1. Concrete (from cement) generates 8% of global CO2 - that's more than any nation besides US and China 2. Cement making is super energy-intense - Impossible to recycle, virgin, with fossil fuel use 3. Now scientists have found a way to solve this: - Using processes from steel recycling, r-cement is born This does not add any significant costs to concrete or steel production and heavily cuts emissions from both concrete and steel. That's what we need: Innovation at a massive scale. Profitable. Using waste as a resource. Big thumbs up for this one! 👍 Hit follow for more circular news ♻️ Repost to celebrate this win #circulareconomy #climatechange #construction

Concrete is fundamental to our modern world, but its production is a significant source of CO2 emissions. The reuse of old cement could be a ‘game changer’ for reducing the carbon footprint and cost of concrete used in the construction industry. Let's champion sustainable innovation and build a better future, one concrete step at a time. #Sustainability #LowCarbonConcrete #GreenBuilding #ClimateAction #CircularEconomy