MacRebur Limited’s Post

With some of the poorest road conditions we have ever seen, now is a great time to explore using MacRebur products. Our recycled polymer products are a cost effective additive suitable for all asphalt mixtures. Users can take comfort in knowing that not only can MacRebur offering financial savings in asphalt production, our products are also ISO14064-3 accredited to demonstrate they reduce the CO2E within the mix. With manufacturing facilities in the UK, Spain, Estonia, USA, New Zealand, Moldova and Turkey, MacRebur has the flexibility to supply product across the world. #quality #polymer #asphaltpaving #sustainability #carbonreduction #pavingtheway #rpm #SustainableConstruction #surfacing #asphalt #partnership circulareconomy #sustainableasphalt #carbonreduction #carbonfootprint #infrastructure #polymermodifiedasphalt #asphalt #paving #asphaltplant #pavingtheway #sustainability #gogreen #netzero

We are happy to share our latest book chapter titled "Properties of concrete containing polyethylene terephthalate and artificial lightweight aggregates: a case study" in the book "Reuse of Plastic Waste in Eco-efficient Concrete" https://lnkd.in/dGGkf9eM Artificial lightweight aggregates (ALWAs) produced by using waste materials are a suitable alternative to natural aggregates. This work proposes a multicriteria decision model to select the ALWAs through an experimental process. The integrated mechanical (crushing test), environmental (life cycle assessment), and economic (life cycle costing) analysis was carried out for ALWAs to choose the most suitable aggregate. These ALWAs were used to create light concrete (LC), and a portion of the ALWAs was replaced with recycled polyethylene terephthalate (PET). Thank you to all our co-authors Jehangeer Raza, Narinder Singh, Ph.D., Ilenia Farina, Ph.D.

Our latest book chapter has just been published!

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

🔘 ELKON engineers are continuously striving to create machines that use resources efficiently, have a minimal carbon footprint, and are eco-friendly. The ELKON concrete recycling system is a machine built with this in mind. This system, with its 20 m³ water tank, is highly efficient and doesn't require a particular foundation. The recycling system plays a vital role in achieving the goal of zero waste in ready-mix concrete production. #ELKON #Sustainability #Engineering #EcoFriendly #Innovation #ConcreteBatchingPlants

The process of soil stabilization is grounded in scientific principles, not mystical powers. By adopting a systematic approach, natural soil can be fortified to endure substantial loads and maintain its strength over an extended period. RoadPacker Group Ltd employs established chemical techniques and methodologies to meticulously prepare the soil, verify its stabilizability, and expertly administer ionic chemicals, inducing a lasting transformation in the soil's molecular makeup. Notably, RoadPacker's technology is eco-friendly, avoiding the introduction of harmful chemicals that could seep into the soil. This sustainable solution minimizes maintenance needs, curbing the formation of potholes, fractures, and dust on treated roads. #EcoFriendly #RoadPacker #Sustainability #SoilStabilization #Geotechnical #GroundImprovement #GeotechnicalContractor #InfrastructureRepair #HeavyEquipment #HeavyMachinery #HiTechSoilStabilization #construction #philippines #asean #indonesia #thailand #malaysia #potholes

Increased durability = increased sustainability = reduced lifetime cost. Simple.

Did you know that approximately 1.5 billion waste tires are produced globally each year? There is a clear and growing demand for high-performance road construction materials that can mitigate ruts and cracks, thereby reducing maintenance costs. Addressing this need is crucial. A patented process developed by Evonik offers a potential solution to these challenges while enhancing road conditions. This involves blending VESTENAMER®, a polyoctenamer, with crumb rubber derived from recycled tires, and incorporating this mixture into the bitumen and asphalt used in pavement. The outcome is asphalt blends enriched with rubber. Scientific research has demonstrated that increasing the rubber content in pavement can reduce noise levels by one to two decibels. The #innovative method of producing asphalt from old tires represents a significant advancement in #roadconstruction. This approach not only tackles mounting environmental concerns associated with tire waste but also provides a cost-effective and durable alternative for road materials. By adopting this recycling technique, we are moving closer to a #sustainable and #environmentally friendly future in infrastructure development. #ACEOil

Siniat’s metal framing products are a good example of “#circular products” and the closed loop usage model. End-of-life refers to the end of a product’s life cycle. In the case of building products, this stage is often the #deconstruction of the building it was installed in. According to the 2018 National Waste Report, we know that an average of 90% of the metal products produced in Australia are recycled at end-of-life by factories that produce new steel that then goes back into the loop. Siniat uses BlueScope steel with 25% #recycled content to make our products. We have also made significant progress in the reduction of the scrap we generate on site, with 50% less waste compared to 2016. All on-site waste we generate in the manufacture of our metal products is recycled. #Circularity is one of the pillars of the Etex Road to Sustainability 2030, and an important part of our sustainability strategy. To find out more the life cycle of Sinat products and their environmental impact, download our Environmental Product Declarations (EPDs) for plasterboard and metal framing from our website https://lnkd.in/gTFZYcb9.

Did you know cement contributes 8% of global CO₂ emissions? Enter recycleX—a bold idea born in 2020 to transform waste into sustainable construction solutions. With Eco-Concrete, they’ve replaced cement with steel and coal waste, slashing emissions by 85%! From humble beginnings in Bharuch to producing 25,000 eco-friendly bricks daily, RecycleX has already saved 1,500+ tons of waste and dreams even bigger—roads, prefab products, and reducing India’s carbon footprint by 1%. Concrete change starts here. #RecycleX #CircularEconomy #EcoConcrete #SustainableConstruction #ClimateAction