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!

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

Sharing ilmu part 16 The following is a summary of recycled concrete technology. Hope it is useful. Thx

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

🌍 Green Production at Bisotoun Steel Complex: Paving the Way for a Sustainable Future 🌍 At Bisotoun Steel Complex, we believe that the future of steel production lies in sustainability. That’s why we’re committed to adopting green production practices that minimize our environmental impact while maintaining the highest standards of quality. From optimizing energy efficiency in our production processes to reducing emissions and recycling materials, every step we take is aimed at contributing to a cleaner, greener planet. Our focus on sustainable practices not only supports the global push toward environmental responsibility but also ensures that our products are created with the future in mind. Join us in our mission to forge a path toward a more sustainable steel industry—one that balances innovation, quality, and respect for our environment. #Sustainability #GreenProduction #SteelIndustry #Innovation #EnvironmentalResponsibility #BisotounSteel

Sorting grabs are one of the most multipurpose and useful attachments in the recycling sector. They could be called in different and fancy ways, but it is mandatory to have one, or at least try one, to understand how it can be used and useful in one’s own yard… and then to decide how to call… #sorting #sortinggrab #fancy #recycling #recyclingsector #unhcr #demolition #laoding #grabs #osa #osademolition #dehaco #hydraram #sloop #sloopwerkeren #rivning #kiesel #kieselnorgeas #ifat #bauma #baumaschinen #kobelco #hyundai #liebherr #quick #quickcoupler #aeded #manonthemoon #galaxy #pollutec

Did you know that asphalt is one of the most recycled materials in the world? Old asphalt from torn-up roads and runways can be collected and reused to make new roads, drastically reducing waste and the need for new raw materials. Of course, if you’re not cutting a large area, the Diatech AVR20 is an economical option for those smaller tar patching jobs. The narrow gullets on 22-segment AVR20 asphalt blade give it the edge on its rivals, at a very reasonable price. If you haven’t read our latest blog on asphalt yet, you’ll find it here: https://bit.ly/3ygPIVV

🌟 Exciting News Alert! 🌟 Thrilled to share that my research article titled "Influence of fly ash, copper slag, plastic waste, and recycled aggregate on the fresh and mechanical properties of self-compacting concrete using Taguchi technique" has been published in *Innovative Infrastructure Solutions*! 🔬 Our study, led by myself and supervised by the brilliant #vaibhavsharma, delves into the dynamic world of self-compacting concrete (SCC) and its potential enhancements through the incorporation of various sustainable additives. By leveraging the Taguchi technique, we've explored the effects of fly ash, copper slag, plastic waste, and recycled aggregate on both the fresh and mechanical properties of SCC. 📈 Our findings hold immense promise for the construction industry, offering insights into creating concrete mixes that not only meet rigorous performance standards but also contribute to sustainability goals. This research represents a significant step forward in the pursuit of eco-friendly infrastructure solutions. 📚 You can access the full article here: [Influence of fly ash, copper slag, plastic waste, and recycled aggregate on the fresh and mechanical properties of self-compacting concrete using Taguchi technique](https://lnkd.in/gjEGh6hh) 🙌 Huge thanks to my supervisor #Vaibhavsharma, for their invaluable guidance and expertise throughout this endeavor. It's been a privilege to collaborate on this groundbreaking research. I'm excited to continue pushing the boundaries of innovation and sustainability in the field of infrastructure solutions. Let's build a brighter, greener future together! 💪🌍 #Research #ConcreteInnovation #Sustainability #InfrastructureSolutions #lovelyprofessionaluniversity #schoolofcivilengineering