Brant Cobb’s Post

A few weeks ago, we received an order from a local farmer for some barn poles. As usual, the salesperson requested pictures of the project where the items were used. The image attached is what we received. What a wonderful project to supply! www.cobblumber.com 888-452-3930 #SequestrationCalculator #carboncalculator #woodworks #environmental #sustainable #innovation #renewableenergy #powerlinecontractors #safety #carbonsequestration #greennewdeal #newgreendeal #sequester #greendeal #climatechange #sustainability #climatesolutionsalliance #imagination #construction #constructionjobs #engineering #architecture #buildings #architects #urbanplanning #engineer #xprize #future #design #carbonfootprint #carbon #carbonremoval #obsolescence #Co2

“Keeping the Cows In” can help sequester Co2 when it’s done with wood.   This truck load of fence post that we shipped out contains over 20 tons of Co2. This Co2 would have been released back into the atmosphere- Instead, with proper treatment, these post will last until they are no longer needed. Or "Till the Cows come Home" www.cobblumber.com #tillthecowscomehome #environmental #sustainable #innovation #renewableenergy #powerlinecontractors #safety #carbonsequestration #greennewdeal #newgreendeal #sequester #greendeal #climatechange #sustainability #climatesolutionsalliance #imagination #construction #constructionjobs #engineering #architecture #buildings #architects #urbanplanning #engineer #xprize #12thman #cop26glasgow #trenchshoring #future #design #carbonfootprint #carbon #carbonremoval #obsolescence

As a firm committed to SE 2050, we have the opportunity to engineer the change we want to see. We know that if we take action, positive change will happen. To celebrate #EarthDay, we continue to seek ways to reduce our carbon emissions. A few examples of how our team integrates sustainability throughout our projects include strategies to reduce overall building weight that has domino effects on gravity and lateral framing systems and the foundations that support these elements. We also work closely with local concrete suppliers to utilize sustainable concrete solutions such as specifying low-carbon mixes with supplementary cementitious materials (SCMs) and the use of recycled concrete aggregates whenever possible. Learn more about our SE 2050 Commitment here - https://lnkd.in/g484D8iX #BuildWithElementSE #Sustainability #Architecture #StructuralEngineering #Construction

 When you choose wood foundation piling, you not only get sturdy support for your projects but also an opportunity to sequester Co2 indefinitely. Each timber on this truck contains over 500 pounds of Co2 removed from the atmosphere, making it a much more environmentally friendly option compared to steel or concrete piling, which releases Co2. This use of wood provides structural support at a lower cost and reduces greenhouse gases, making it a win-win for construction and the environment. Wood Works! www.cobblumber.com #woodworks #environmental #sustainable #innovation #renewableenergy #powerlinecontractors #safety #carbonsequestration #greennewdeal #newgreendeal #sequester #greendeal #climatechange #sustainability #climatesolutionsalliance #imagination #construction #constructionjobs #engineering #architecture #buildings #architects #urbanplanning #engineer #xprize #future #design #carbonfootprint #carbon #carbonremoval #obsolescence #Co2

Timber: The Future of Sustainable Construction 🌳 Ready to rethink construction? Timber isn't just for cozy cabins anymore. At RDK Civil Engineering, we're harnessing the power of this natural wonder to create innovative, eco-friendly structures that are both strong and beautiful. Why Timber? Sustainability: Lower carbon footprint, renewable resource. Strength: Engineered timber solutions rival traditional materials. Aesthetics: Warm, natural look that adds character. Let's build a greener future, one timber beam at a time. #timberstructures #sustainableconstruction #ecofriendly #engineering #architecture #design #rdkcivilengineering

Exploring the Intersection of Innovation and Sustainability in Construction As we continue to push the boundaries of what's possible in construction, one question remains at the forefront: How do we balance innovation with sustainability? Whether it's through materials like FRP grating or cutting-edge building techniques, every step towards sustainability is a step towards a better future. I’d love to hear your thoughts! How does your work contribute to sustainable practices in our industry? #Sustainability, #Innovation, #Construction, #GreenBuilding, #EcoFriendly, #BuildingMaterials, #Architecture, #Engineering, #EcoConstruction

🔨 The Future of Construction: Why Contractors & Architects Should Invest in Building Science 🏠 In an industry where every dollar counts, building science-based construction offers a clear edge. While the initial costs may be higher, the return on investment (ROI) over time is unbeatable, as shown in the recent graph below comparing building science-based vs. traditional construction. Here’s the breakdown: 1️⃣ Energy Savings: Building science prioritizes insulation, airtightness, and efficient materials, leading to annual energy savings that can be up to 4x higher than traditional builds. 2️⃣ Lower Maintenance Costs: With high-performance systems and materials, these buildings require less frequent repairs, reducing long-term costs. 3️⃣ Higher ROI: Within just a few years, the cumulative savings make up for the initial investment—and beyond. In a 20-year span, owners see substantial returns, making it an attractive value proposition for clients. Why It Matters: Contractors and architects who embrace building science are not only leading the way in sustainable practices but are also positioning themselves to meet rising demands for energy-efficient, cost-effective buildings. Let’s lead the change together. Embrace building science to deliver better outcomes for your clients and the planet. #BuildingScience #ConstructionInnovation #Architecture #SustainableBuilding #EnergyEfficiency

As sustainability becomes a critical focus, the structural engineering field is shifting its gaze to the end-of-life phase of buildings. Deconstruction—methodically dismantling structures to salvage and recycle materials—offers a promising approach to reduce waste and enhance sustainability. By incorporating deconstructability into the design phase, we not only meet environmental goals but also unlock new revenue opportunities through material resale. This proactive strategy is essential for aligning with modern carbon mandates and optimizing building lifecycles. 📖Read more: https://lnkd.in/gFN-Rguz #SustainableDesign #CircularEconomy #Deconstruction

#Chapter 2 🌍 Unveiling the Carbon Impact of Construction: A Deeper Dive into Embodied Carbon 🌱 Discover how every stage of a building's #lifecycle contributes to carbon emissions—from raw material extraction to demolition. This insightful presentation sheds light on how different materials like concrete, steel, wood, and glass impact global #CO2 emissions, and explores innovative methods like #prefabrication and modular construction to significantly reduce the carbon footprint. Learn how design choices, material selection, and #energyefficient #construction can pave the way toward more sustainable building practices. Whether you're an architect, engineer, or sustainability enthusiast, this presentation has valuable insights to help you build greener. 🌱🏗️ 👀 Check out the full presentation now and take your #sustainability knowledge to the next level! #Sustainability #EmbodiedCarbon #Construction #GreenBuilding #CarbonFootprint #ModularConstruction #Prefabrication #SustainableArchitecture

20/30-Seconds Survey: Balancing Cost and Environmental Impact in Structural/Architectural Design https://lnkd.in/dJpx9heZ In today’s design and construction industry, professionals are increasingly faced with the challenge of making tough trade-offs between cost and environmental impact. How do you decide between a more eco-friendly option that might be costlier, or a more budget-friendly choice with a higher carbon footprint? For instance, if you had to choose between: - Timber: 100 kg CO2 eq./m² | Cost: 350 €/m² - Concrete: 200 kg CO2 eq./m² | Cost: 200 €/m² How would you strike the balance? If you’re using a Multi-Criteria Decision Analysis (MCDA) method like MARS-SC to normalize sustainability criteria (environment, cost, function, etc.) into one overall performance score, how would you weigh each factor? I’m conducting this survey to gather insights and better understand how professionals in our industry prioritize these crucial factors. Your feedback will be invaluable for my research and could help shape future approaches to sustainable design. Please take just 20 seconds to share your perspective. Your input is greatly appreciated! Thank you for your time and support! #Sustainability #Architecture #Design #Construction #CostVsImpact #Survey #Research #Environment