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🌱So how do we reduce 600 million tons of construction waste and debris? We recycle. Concrete and asphalt recycling are contributing to a more sustainable solution for the future of the aggregate industry. Additionally, more customers are asking for more sustainable and environmentally friendly solutions to their aggregate needs, so what is recycled concrete and asphalt? 🏗 Concrete recycling involves breaking, removing, and crushing concrete into a material of specified size and quality, which can then be reused as subbase or aggregate for new concrete. Similarly, asphalt recycling is on the rise, with over 80% of asphalt removed from roads being recycled in the US alone (Federal Highway Administration). ♻ Advances in technology have made the recycling process more efficient, allowing for the comprehensive crushing of various concrete and asphalt types with little to no contamination and a higher rate of graduation control. This not only reduces waste but also lessens the need for new natural materials, which can have significant environmental impacts. Recycled concrete and asphalt reduce extraction of natural aggregates, minimize environmental liabilities, lower costs of disposing aggregate waste to landfills, and almost eliminates additional environmental disturbances. Moreover, its a cost effective solution to turn waste material into a profitable material once again. Overall, incorporating recycled concrete and asphalt into construction activities not only contributes to environmental preservation but also have economically appealing as they are more cost effective and their is growing consumer demand. #recycling #sustainable #aggregates #recycledaggregates #concreteconstruction #asphalt #environmentallyfriendly #sustainablesolutions

Did you know that recycling concrete and asphalt is transforming the construction industry? Traditionally, these materials ended up in landfills, contributing to waste and increasing costs. But thanks to modern crushing technology, we can now repurpose them effectively! 🔨 How It Works: Concrete Recycling: Demolished structures are broken down and crushed on-site or at recycling facilities. The processed material can be used as a subbase or even as aggregate in new concrete mixes. Asphalt Recycling: Over 80% of removed asphalt is recycled in the U.S. It’s crushed and reused in paving mixtures, allowing for up to 100% recycled content! ⚙️ The Benefits: Cost-Effective: Recycling often costs less than disposal, plus it saves money on materials. Eco-Friendly: Reduces landfill waste and transportation emissions, promoting a sustainable future. Ready to Transform Your Recycling Process? Call CES Rock today to learn more about our cutting-edge products from Metso! Discover how our innovative solutions can enhance your operations and boost efficiency in recycling concrete and asphalt. 👉 Don’t wait—reach out now and let’s elevate your sustainability efforts! #Recycling #Sustainability #Construction #EcoFriendly #ConcreteRecycling #AsphaltRecycling #Metso #CESRock

Did you know that using recycled concrete can save up to 40% in costs 💸 compared to new concrete? New construction tech is turning waste into wins for your business, bottom line, and customers. ♻️ Keep reading to learn the latest recycling insights in construction: https://lnkd.in/d54V9Y77

Non-circular #plastic building materials like #plasticpipe increase construction waste during installation & after use. Evaluate #sustainability & other considerations for #pipe materials. https://buff.ly/4bS8GBH

Scientists have achieved a significant breakthrough in recycling old concrete, a development that could have profound implications for sustainability in construction and environmental conservation. Traditional concrete recycling methods often involve crushing old concrete into aggregate for use in new concrete, but this process has limitations in terms of quality and performance. The new breakthrough involves a method called "microbial-induced calcium carbonate precipitation" (MICP), where bacteria are used to produce calcium carbonate crystals that bind recycled concrete particles together. This technique not only enhances the strength and durability of recycled concrete but also reduces the need for virgin aggregates and the carbon footprint associated with concrete production. Check out this piece from Rick Kazmer for more info. #Recycling #Concrete #PerformanceSustainability #CircularEconomy

Looking for an eco-friendly and cost-effective solution for your construction project? Consider utilizing 0-3" recycled concrete! Recycled concrete is made by crushing and reusing old concrete that would otherwise end up in a landfill. At sizes ranging from 0-3 inches, recycled concrete is versatile and suitable for various applications. It serves well as a base layer for roads and buildings, as well as for filling trenches and drainage ditches. Additionally, it's commonly used as a sub-base for driveways and patios. One of the primary advantages of using 0-3" recycled concrete is its environmental friendliness. By repurposing old concrete, we significantly reduce waste going into landfills, while also conserving natural resources and cutting down on the energy required for mining and transportation of new materials. If you're interested in incorporating 0-3" recycled concrete into your next project, reach out to us today to learn more. We offer top-quality recycled concrete products ideal for a wide range of construction applications. #eriesand #recycledconcrete #constructionindustry #sustainablebuilding #ecofriendlyconstruction #greenconstruction #environmentallyfriendly #constructionmaterials

Transforming Construction with Green Concrete: The Role of Recycled Concrete Aggregates - Recycled Concrete Aggregates (RCA) are derived from the remnants of demolished concrete structures, offering a sustainable alternative to virgin aggregates. Despite its benefits, RCA lacks sufficient information regarding its longevity and sustainability. Addressing these gaps is crucial, as adopting RCA could transform the construction industry by reducing dependence on natural resources and promoting concrete waste recycling. Click the link below to read the full story... https://lnkd.in/dwQwsHSh

🌍 Upcycling Dirty Polystyrene into Sustainable Construction! 🌍 Polystyrene is widely known for its use in packaging, but did you know that dirty polystyrene is typically non-recyclable? At WastePlan, we see this as an opportunity to innovate and reduce waste. Partnering with an organization that shares our vision for a sustainable future, we've developed a groundbreaking process to turn contaminated polystyrene into valuable construction materials. By crushing, shredding, and mixing it with cement and sand, we produce lightweight yet strong concrete blocks that offer excellent insulation. This innovative solution not only diverts tonnes of polystyrene waste from our oceans and landfills but also reduces the environmental impact and costs associated with manufacturing concrete. Together, we're building a more sustainable future, one block at a time! 🌱 https://hubs.la/Q02K2j6D0 #Sustainability #Innovation #Recycling #Construction #ZeroWaste #WasteManagement #GreenBuilding #WastePlan

Creating value from concrete waste. Construction and demolition activities generate up to 3 billion tons of concrete waste annually, creating significant environmental and landfill concerns. Traditional methods of managing this waste primarily involve downcycling - converting materials into lower-value products - which does not help reduce CO2 emissions. In addition, a significant portion of this waste ends up in landfills, adding to environmental degradation and reducing valuable living space. Advanced concepts in waste management are turning these issues into significant opportunities. A powerful technique addressing these challenges is 'selective grinding', a process which uses attritional grinding at low roll pressures within a LOESCHE Vertical Roller Mill (VRM). This system, patented in 2014, enables the extraction of materials on an industrial scale with a high degree of purity. This technique has been validated in over 100 grinding tests and supports a closed-loop cement and concrete system, supporting a full circular economy for concrete and demolition waste (CDW). By adopting the principles of urban mining and upcycling, we can process and reuse concrete debris on site, even in densely populated urban areas. This strategy reduces the need for expansive landfill space, while ensuring that materials are recycled into high-quality components ready for new construction processes, promoting close material loops and reducing transportation distances significantly. #cdw #wastemanagement #urbanmining #upcycling #circulareconomy #sustainableconstruction #zerowaste

Glass waste recycling is an essential aspect of sustainable waste management. Recycling glass reduces the demand for raw materials, saves energy, and decreases greenhouse gas emissions associated with glass production. Additionally, it helps conserve natural resources and reduces the amount of glass ending up in landfills, where it takes centuries to decompose. Overall, glass recycling has a positive impact on the environment and helps promote a circular economy.