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🇺🇸 America's Mass Timber Takeover: How $2B Airport Sparked a New Building Wave! 🪵 The mass timber movement is shaking up the US #building and #construction industry, with #cbs covering the $2 billion redevelopment of Portland's airport. 🔎 Here’s what you need to know: 1️⃣ Innovative Construction: Portland's airport highlights mass timber's advantages, from speedier construction processes to environmental benefits. The project uses 400 glulam beams across its 392,000 square-foot roof, making the airport a benchmark for future mass timber projects. 2️⃣ National Movement: Mass timber is gaining traction beyond the Pacific Northwest, with projects from the Northeast to Milwaukee. This growing trend is supported by research into mass timber's performance in seismic and fire conditions, enhancing its appeal as a safe, sustainable building material. 3️⃣ Legislative Support: The bipartisan Mass Timber Federal Buildings Act could significantly boost the use of domestically produced timber in public buildings, emphasising sustainability and supporting local economies. 🔗 To find out more, click the link below and share your comments below: https://lnkd.in/gPsTyD_7 🗣️ #questionforgroup: What impact do you think mass timber will have on the future of construction and environmental sustainability? Share your views below! #masstimber #masstimberconstruction #timber #timberengineering #engineering #engineering #usmade #madeintheusa #ecobuildings #greenbuildings #architecture #architectureanddesign #portland #airport #Innovation #building #netzero #climatechange #netzero2030 #publicbuildings #woodcentral #woodcentralau1

Do we really need new buildings? 🤔 Before we put up more walls, it's worth taking a broader look at what we already have and how we can use it wisely, environmentally and socially responsible. Urban development is not only about new buildings, it is above all about new thinking. Let's give space a chance to breathe and develop in a sustainable way🌱🌆 Here are the reasons why new buildings should not be built: 🔸 The best spots have already been occupied for a long time 🔸 The building process takes a long time 🔸 Material costs continue to rise 🔸 We increase the negative impact on the environment This is a very good moment to reflect and look for alternatives that will allow cities to develop without destroying their natural beauty and environment! Read more about it here ⤵️ #architecture #urbanism #sustainability

Given its sustainability, cost-effectiveness, and aesthetic appeal, the future of mass timber construction looks promising in the AEC sector. Mass timber is sourced from renewable forests and has a lower carbon footprint compared to traditional building materials, thus making it a great, eco-friendly alternative. In terms of building height and strength, mass timber has also proven to be durable despite its lightweight makeup, making it suitable for a wide range of construction projects to be completed faster and more efficiently. With growing interest and evolving building codes, we can expect to see more timber structures redefining urban skylines. 🌳 #MassTimber #FutureofAEC #Sustainability

🏗️ Vancouver’s New Rules: 18-Storey Towers Made of Mass Timber! 🍁 Vancouver, one of Canada’s most densely populated and earthquake-prone cities, has approved changes to its building bylaws, allowing developers to construct encapsulated mass timber buildings up to 18 storeys. 🔍 Key Insights: 1️⃣ Regulatory Shift: Following the British Columbia construction code update, Vancouver now permits all-timber buildings up to 18 storeys—a 50% increase from the previous limit. This change encourages using timber-based building systems in various projects, from commercial and residential to industrial and educational facilities. 2️⃣ Fire and Earthquake Safety: Addressing fire safety concerns, experts highlight that mass timber can be as fire-resistant as concrete due to its charring properties, which protect the structure. Additionally, mass timber’s lighter weight compared to concrete makes it advantageous in seismic zones, offering better earthquake resilience and cost-effective design solutions. 3️⃣ Sustainable Growth: The push for mass timber construction aligns with Vancouver’s goals to reduce carbon emissions and enhance housing affordability. The city aims to support a greener, more sustainable future by promoting low-carbon materials and innovative building technologies. 🪵 Building the Future: Vancouver’s embrace of mass timber is part of a broader national effort to address Canada’s construction crisis and environmental goals. With projects like the Tallwood House and Vienna House, Vancouver is showcasing the potential of mass timber to redefine urban skylines and set new standards in sustainable building practices. 🔗 Explore the full analysis of Vancouver’s new bylaws and the implications for mass timber construction: https://lnkd.in/g6CccFZR 🗣️ #questionforgroup: How can cities like Vancouver balance the need for high-density urban development with sustainable building practices to create resilient and eco-friendly communities? Share your insights on the impact of mass timber construction on urban planning and sustainability. 💬 Join the conversation on the future of urban development and the role of innovative construction technologies in building sustainable cities. #masstimber #sustainableconstruction #urbanplanning #vancouver #greenbuilding #woodcentral #innovativearchitecture #woodcentralau1 #masstimberconstruction #woodsolutions #timber #engineeredwood #crosslaminatedtimber #canada #clt #timberconstruction #engineering #timberengineering #construction #architecture #netzero #planning #realestate

🏗️ Vancouver’s New Rules: 18-Storey Towers Made of Mass Timber! 🍁 Vancouver, one of Canada’s most densely populated and earthquake-prone cities, has approved changes to its building bylaws, allowing developers to construct encapsulated mass timber buildings up to 18 storeys. 🔍 Key Insights: 1️⃣ Regulatory Shift: Following the British Columbia construction code update, Vancouver now permits all-timber buildings up to 18 storeys—a 50% increase from the previous limit. This change encourages using timber-based building systems in various projects, from commercial and residential to industrial and educational facilities. 2️⃣ Fire and Earthquake Safety: Addressing fire safety concerns, experts highlight that mass timber can be as fire-resistant as concrete due to its charring properties, which protect the structure. Additionally, mass timber’s lighter weight compared to concrete makes it advantageous in seismic zones, offering better earthquake resilience and cost-effective design solutions. 3️⃣ Sustainable Growth: The push for mass timber construction aligns with Vancouver’s goals to reduce carbon emissions and enhance housing affordability. The city aims to support a greener, more sustainable future by promoting low-carbon materials and innovative building technologies. 🪵 Building the Future: Vancouver’s embrace of mass timber is part of a broader national effort to address Canada’s construction crisis and environmental goals. With projects like the Tallwood House and Vienna House, Vancouver is showcasing the potential of mass timber to redefine urban skylines and set new standards in sustainable building practices. 🔗 Explore the full analysis of Vancouver’s new bylaws and the implications for mass timber construction: https://lnkd.in/g6CccFZR 🗣️ #questionforgroup: How can cities like Vancouver balance the need for high-density urban development with sustainable building practices to create resilient and eco-friendly communities? Share your insights on the impact of mass timber construction on urban planning and sustainability. 💬 Join the conversation on the future of urban development and the role of innovative construction technologies in building sustainable cities. #masstimber #sustainableconstruction #urbanplanning #vancouver #greenbuilding #woodcentral #innovativearchitecture #woodcentralau1 #masstimberconstruction #woodsolutions #timber #engineeredwood #crosslaminatedtimber #canada #clt #timberconstruction #engineering #timberengineering #construction #architecture #netzero #planning #realestate

Retrofitting older, traditional, or historic buildings carries a significant risk of damaging the building fabric, especially if the work is not conducted with care or if inappropriate materials are utilised. This risk is particularly noteworthy in cases where the original construction involved solid brick. For further insights, you may find this informative blog worth reading: https://lnkd.in/eRHETjT9 #Retrofit #PAS2035 #TraditionalBuildings

Fantastic way to keep public spaces cleaner and safer

🔸Project Progress 🔸 Charters, Guildford. Amazing progress captured by Ivett Design + Build at our Charters, Guildford Project. A few more months to go to see this sustainable new office development and 2-bedroom flat come to fruition. The project consists of... 🔸A zero carbon, ultra-low energy footprint office development, employing a “fabric first” approach to building design. 🔸Offices heating and cooling strategy using a reversible heat pump, changeover system either supply heat or cooling. 🔸Thermally Activated Building Structure (TABS). 🔸Offices are to be fitted out to a Cat.B standard. 🔸A design that will result in a significant biodiversity net gain within the site and provide a valuable stepping stone for wildlife within an urban environment. Capital And Provincial Kaon #engineeringconsultancy #constructionindustry #mep #projectprogress

🚧 Breaking News: The UK Construction Industry Builds More Than Just Walls! 🚧 Let’s face it – the UK construction industry is like tea: we just can’t live without it. 🏗️ From turning sketchy pub napkin designs into towering skyscrapers (we’ve all been there, right?!) to making the impossible possible, this sector is always under construction – literally AND figuratively! Did you know? 🔨 Brits lay enough bricks each year to build a wall to the moon and back (okay, maybe not, but it feels that way on a cold Monday morning!). 🚜 Our industry employs over 2.3 million people – that’s more than the population of Birmingham! Imagine the queue at the tea van. ☕ 🌧️ No matter the weather – whether it's raining cats and dogs or just the usual drizzle – UK construction soldiers on. We’re basically the Olympic champions of working in waterproofs. 🏅 But it’s not all hard hats and cement mixers. Innovation is taking over! 💡 From sustainable building materials to high-tech facades, we’re shaping the future of cities. So next time you see a crane on the skyline, give a little nod – that’s progress in action. To all my fellow industry folks – what’s the most surprising thing you’ve seen on-site? Share your stories (or the wildest building requests) in the comments!👇 Let’s build a conversation. 🧱 #ConstructionLife #BuildingBritain #InnovateOrExcavate #FacadesOfTheFuture

Selective demolition might sound like a modern innovation, but its roots go back much further than you might expect. From ancient structures to post-war recovery efforts, this precise method of dismantling specific parts of a building has evolved into an essential practice for today’s construction and environmental standards. Ancient Beginnings While early demolition practices were mostly destructive, ancient civilizations laid the groundwork for more targeted methods. In Ancient Rome, for instance, entire cities were demolished to make way for grand infrastructure projects like aqueducts. The idea of preservation didn’t factor into the process, but it set the stage for understanding how specific parts of a structure could be removed without leveling everything. The Post-War Evolution It wasn’t until after World War II that selective demolition truly began to take shape. Europe’s cities were left in ruins, and architects faced a decision: demolish everything or preserve what was salvageable. Many chose the latter, giving rise to selective demolition as a crucial tool for rebuilding war-torn cities. Notable examples include the restoration of Germany’s Reichstag, where damaged portions were removed but the building’s historical essence was preserved. Environmental Impact and Recycling The environmental movement of the 1970s brought selective demolition into the spotlight once again. As society became more focused on sustainability, this method became essential for reducing construction waste. Instead of sending tons of material to landfills, selective demolition allowed contractors to recycle valuable materials like steel, wood, and brick, offering a more eco-friendly approach to building and renovation. Modern-Day Examples Selective demolition isn’t just about historical preservation — it’s now a crucial tool in modern construction. A famous U.S. example is the Truman renovation of the White House. The building’s structure had become unstable, but instead of tearing it all down, workers gutted the interior while leaving the iconic exterior intact. This allowed for modernization while maintaining its historical appearance, a perfect balance of old and new. The Future of Demolition Selective demolition is more important than ever in today’s construction landscape. With growing emphasis on sustainable building practices, this method offers an efficient way to reuse materials, preserve historical sites, and minimize waste. As cities grow and evolve, selective demolition will continue to play a key role in shaping the future of urban development.