Biochar: A sustainable construction alternative

"The cement industry can be identified as one of the largest greenhouse gas emitters causing serious environmental impacts. The use of biochar in cement composites is identified as a potential advantage in construction engineering." While temperatures rise and our climate shifts to new levels, the evidence of CO2 contributing to the environmental changes can no longer be overlooked. The carbon footprint that stains our earth from human activities, construction, livestock, and other factors need to be address with immediate alternative and renewable solutions. BioRegion provides a possible solution to combat carbon emissions and replace damaging ingredients used within concrete. BioRegion offers a low carbon footprint and renewable solution called TruBlack™ Nano. This additive is 100% USDA BioPreferred and displays good dispersibility. Learn more at bioregiontech.com TruBlack™ sales and inquiries at nagase/trublack.com #concrete #carbonemissions #trublacknano #renewable #sustainable #bioderived #bioregiontech #nagase 

🌿 BioBinder Lignin: Nature’s Antioxidant for Asphalt 🛣️ Did you know that lignin, a natural polymer, plays a key role in enhancing asphalt durability? Thanks to its polyphenolic structure -OH group, lignin acts as a powerful antioxidant, reducing oxidation and slowing the ageing of bitumen. 💡 Why is this important? By incorporating BioBinder lignin into asphalt mix designs, we can: ✔️ Prolong pavement lifespan ✔️ Improve resistance to cracking ✔️ Reduce maintenance needs This not only boosts performance but also supports sustainability by repurposing a renewable biomass product. Nature-inspiring modern engineering solutions! 🌍 #EmpoweredByBiomass #GautamZenUK To learn more https://lnkd.in/gePu2FNZ | Ray | Sreeparna | TechTeam #BioAsphalt #Biobinder #EcoFriendly #Lignin #Antioxidants #GreenSolutions #Sustainability #AsphaltInnovation #RoadsForTheFuture #Decarbonization #CarbonFootprint #ClimateAction #LCRIG

This study explores microbial-induced carbonate precipitation (MICP) to modify biochar for use in low-carbon cement. MICP improves biochar’s mechanical properties, enhancing cement hydration and strength. The technique offers a sustainable solution for reducing carbon emissions in construction while maintaining material performance. https://buff.ly/4eaOv1Q #Biochar #Pyrolysis #CarbonCapture

A study optimizes biochar particle size distribution (PSD) in cement to enhance carbon capture, permeability, and water absorption. Using bamboo-derived biochar, it identifies ideal PSD, content, and water-to-cement ratios, offering a sustainable, low-carbon alternative for construction, reducing emissions and energy consumption. https://buff.ly/3AVxpaw #Biochar #Pyrolysis #CarbonCapture

Cross-linked structures reinforced the bamboo fiber/poly(lactic acid) composites with high heat resistance and their environmental impact through the life cycle assessment analysis Frontiers https://lnkd.in/gcMdEs93

A study explored biochar as a green additive in cement for carbon sequestration. Biochar improved mortar strength by 24.2% and captured 6% CO2 after 28 days. This sustainable approach reduces carbon emissions and enhances cement’s mechanical properties, offering eco-friendly construction solutions. https://buff.ly/3Bctmq2 #Biochar #Pyrolysis #CarbonCapture

Researchers developed functionalized biochar-enhanced cement composites using polydopamine and polyacrylic acid. These composites achieved superior strength (up to 54 MPa) and significant carbon reductions (up to 170%), offering a sustainable pathway to carbon-negative building materials while maintaining workability and performance for construction applications. https://buff.ly/409pa4x #Biochar #Pyrolysis #CarbonCapture

🌿 From Waste to Innovation: How Nature Inspires Future Materials 👏 At Latvian State Institute of Wood Chemistry (LSIWC) we are proud to share two groundbreaking studies that demonstrate how wood processing residues can be transformed into sustainable solutions for construction and technology. 🔹 Under the leadership of Dr. sc. ing. Janis Rizikovs, and in collaboration with our partners from the BarkBuild project, our scientists have developed a dense, moisture-resistant board made from tree bark. The material is obtained from the solid residues of the extraction of birch bark suberinic acids and spruce bark polyphenols. Both by-products were mixed in a particular ratio and pressed under high temperature to achieve the optimal result. This innovative material is suitable for use in construction, reducing manufacturing waste while opening new doors for sustainable building practices. 🔹 Led by our researcher, Ph.D. Alexandr Arshanitsa (with co-authors Matīss Pals, Laima Vēvere, Lilija Jašina, and Oskars Bikovens), the study titled The Complex Valorization of Black Alder Bark Biomass in Compositions of Rigid Polyurethane Foam” has been published in the journal Materials. This research highlights the potential of black alder (Alnus glutinosa) bark biomass in creating rigid polyurethane foams, offering a greener alternative to conventional insulation materials. The study also shows how incorporating black alder bark in polyol synthesis improves the mechanical and thermostability properties of the polyurethane foams, expanding their potential applications in construction and other industries. By turning wood processing residues into valuable products, we can: 🌱 Reduce waste 🌍 Promote the circular economy 🏡 Create future materials for sustainable construction This interdisciplinary approach, combining material science, chemistry, and resource valorization, demonstrates how innovation and sustainability can go hand in hand. At LSIWC, we remain committed to developing practical solutions to global challenges such as climate change and resource efficiency. 📄 Would you like to learn more? Read the study by the Head of the Lignin Chemistry Laboratory, Ph.D. A. Arshanitsa et al. #Sustainability #Innovation #MaterialsScience #CircularEconomy #BarkBuild #BlackAlderRevolution #GreenFuture #LSIWC

🌱 Successful Commissioning Alert! 🌱 . . . . We are excited to announce the successful commissioning of another innovative facility! 🎉 At Hasslacher Nordica Timber in Sachsenburg, biomass condensate is now efficiently treated using our advanced C-MEM MBBR technology. 👉 Key Facts about the Plant: Capacity: Up to 288 m³/day Objective: Direct discharge into the receiving water body thanks to exceptional effluent quality Highlights: Compact design – minimal space requirements Low operating costs – sustainable and economical High effluent quality – including nutrient and heavy metal reduction A big thank you to the Hasslacher Nordic Timber team for their trust in our technology and the seamless collaboration. Together, we are contributing to greater sustainability in the industry! 🌍   #Innovation #Sustainability #WastewaterTreatment #Biomass #CMEM #HasslacherNordicTimber #WaterTreatment

🚀 Exciting News! Our latest paper, "Kainite Crystallization from RO Bittern: A Novel Approach Using Discontinuous Evaporation," has just been published in the prestigious journal, Desalination. 🔍 This study introduces innovative techniques for recovering valuable minerals from reverse osmosis brine, focusing on Kainite—a mineral with significant industrial and environmental applications. Our research presents a novel temperature-altering technique that enhances Kainite crystallization, proving more effective than traditional methods. 🌍 This breakthrough not only addresses the challenge of high-salinity waste but also contributes to sustainable water management practices, emphasizing our commitment to solving global water scarcity. 💼 I am incredibly proud to have contributed to this research alongside my mentors, Pr. Rachid BENHIDA and Pr. Khaoula KHALESS, and my talented colleagues, Sara AIT HAK and Dr.FADDOULI Ali. Their expertise and guidance were instrumental in the success of this project. 🔗 Check out the full article for a detailed look at our methods, findings, and the potential impact on the industry: https://lnkd.in/et_ydKAP 💡 I’d love to hear what my network thinks! How do you see these findings influencing the future of desalination and mineral recovery? #Desalination #WaterManagement #SustainableDevelopment #Innovation #ResearchImpact