Techrete UK & Ireland’s Post

AG launches affordable walling solution for sustainable construction AG, a leading manufacturer of low-carbon paving and building products, has launched an new retaining wall range designed to address the construction industry’s growing demand for cost conscious and environmentally friendly solutions. AG Paving and Building Products https://lnkd.in/eEsAdZwy #SustainableConstruction #LowCarbonBuilding #RetainingWalls #GreenBuildingSolutions #AG

🌿🏗️ Engineered Wood: The Sustainable Building Material Transforming Construction 🌳🏰 The construction industry is on the brink of a green revolution, and engineered wood is leading the charge! 💚🪵 As the demand for sustainable building practices grows, architects, developers, and builders are turning to innovative materials like cross-laminated timber (CLT) and glue-laminated timber (glulam) to reduce their carbon footprint and create eco-friendly structures. 🌍🏗️ What makes engineered wood so remarkable? 🤔 🌲 It's a renewable resource that sequesters carbon, contributing to a net reduction in greenhouse gases. 💪 It offers exceptional strength and stability, making it suitable for larger and taller buildings. ⏰ It can be prefabricated off-site, reducing construction time and waste. The rise of mass timber construction is a testament to the power of engineered wood. Projects like the Brock Commons Tallwood House in Vancouver and Mjøstårnet in Norway showcase the potential of this material, proving that it can compete with steel and concrete in terms of performance and sustainability. 🏢🌿 But the benefits don't stop there! 🌟 🌱 Engineered wood consistently outperforms traditional materials in life-cycle assessments, thanks to its renewable nature and energy-efficient production process. 🏅 Mass timber buildings often meet or exceed the requirements for green building certifications like LEED. 🏙️ Engineered wood is proving its commercial viability in urban environments, as demonstrated by projects like the T3 Building in Minneapolis. Of course, there are challenges to overcome, such as outdated building codes and supply chain issues. 🚧 But these challenges present opportunities for innovation and growth within the industry. 💡🚀 As demand for sustainable building materials grows, investment in mass timber research and development is set to increase, paving the way for new products and construction techniques. 📈🔬 The future of construction is sustainable, and engineered wood is at the forefront of this transformative shift. By embracing this remarkable material, we can create buildings that are not only strong and beautiful but also environmentally responsible. 💪🌿 #EngineeredWood #SustainableConstruction #MassTimber #GreenBuilding #FutureOfConstruction

Sustainable Building Techniques: Warm Roofs with Wood Fibre Insulation In the quest for greener and more energy efficient construction, the concept of warm roofs paired with wood fibre insulation is gaining traction. These systems offer a compelling combination of sustainability, performance, and comfort. Here's why they're worth considering: What is a Warm Roof? A warm roof places an insulation layer above the rafters, keeping the entire building envelope warm. This design minimises thermal bridging and enhances energy efficiency, making it ideal for both residential and commercial projects. Why Wood Fibre Insulation? Unlike traditional insulation materials, wood fibre insulation is: Renewable: Derived from sustainably managed forests. Vapour Open(Breathable): Reduces condensation risk by allowing water vapour to pass through. Thermally efficient: Offers excellent thermal performance, keeping spaces warm in winter and cool in summer. Carbon-neutral: Stores carbon during its life cycle, offsetting emissions. Benefits of Warm Roofs with Wood Fibre Insulation: 1, Energy Efficiency: Superior thermal insulation reduces energy consumption for heating and cooling. 2, Comfort: Improved indoor climate through better moisture management and temperature regulation. 3, Sustainability: A step towards carbon-neutral construction, aligning with global climate goals. 4, Longevity: Protects the structure from thermal stress, increasing the roof’s lifespan. A Step Forward for the Industry; As building standards evolve, sustainable methods like these are becoming essential. By integrating natural materials and innovative design, we can reduce our carbon footprint while creating healthier, more resilient buildings. Let’s lead the change! Whether you're a builder, architect, or homeowner, consider embracing sustainable solutions like warm roofs with wood fibre insulation. What are your thoughts on sustainable roofing systems? Have you worked with wood fibre insulation? Share your experiences in the comments below naturheld #Sustainability #GreenBuilding #WoodFibreInsulation #WarmRoofs #ConstructionInnovation #Architects #Retrofit

Sustainable Building Techniques: Warm Roofs with Wood Fibre Insulation In the quest for greener and more energy efficient construction, the concept of warm roofs paired with wood fibre insulation is gaining traction. These systems offer a compelling combination of sustainability, performance, and comfort. Here's why they're worth considering: What is a Warm Roof? A warm roof places an insulation layer above the rafters, keeping the entire building envelope warm. This design minimises thermal bridging and enhances energy efficiency, making it ideal for both residential and commercial projects. Why Wood Fibre Insulation? Unlike traditional insulation materials, wood fibre insulation is: Renewable: Derived from sustainably managed forests. Vapour Open(Breathable): Reduces condensation risk by allowing water vapour to pass through. Thermally efficient: Offers excellent thermal performance, keeping spaces warm in winter and cool in summer. Carbon-neutral: Stores carbon during its life cycle, offsetting emissions. Benefits of Warm Roofs with Wood Fibre Insulation: 1, Energy Efficiency: Superior thermal insulation reduces energy consumption for heating and cooling. 2, Comfort: Improved indoor climate through better moisture management and temperature regulation. 3, Sustainability: A step towards carbon-neutral construction, aligning with global climate goals. 4, Longevity: Protects the structure from thermal stress, increasing the roof’s lifespan. A Step Forward for the Industry; As building standards evolve, sustainable methods like these are becoming essential. By integrating natural materials and innovative design, we can reduce our carbon footprint while creating healthier, more resilient buildings. Let’s lead the change! Whether you're a builder, architect, or homeowner, consider embracing sustainable solutions like warm roofs with wood fibre insulation. What are your thoughts on sustainable roofing systems? Have you worked with wood fibre insulation? Share your experiences in the comments below naturheld #Sustainability #GreenBuilding #WoodFibreInsulation #WarmRoofs #ConstructionInnovation #Architects #Retrofit

Great article in Building Magazine on Materials Passports where Anastasia Stella and our project members from Edenica at Fetter Lane discuss this first-ever standardised approach and how this industry game-changer will shape the future of construction.

Wood-based buildings have roots dating back to the 18th century, but early designs were limited to 1-2 stories. Today, however, mass timber is changing the game, enabling structures to reach remarkable new heights—including a 25-story building in Milwaukee, the world’s tallest timber structure! Not only is mass timber as strong as steel by weight, but it's also a more sustainable choice compared to concrete and steel, which together contribute to 15% of global carbon emissions. One key challenge in using mass timber for construction is moisture control. Wood’s vulnerability to humidity makes it essential for builders to monitor and manage moisture levels during transport to ensure structural integrity. Discover more about the innovations driving mass timber construction: https://buff.ly/48Qtusc

Design for disassembly and reassembly. #greenbuilding #sustainabledesign #wholelifecarbon #greenconstruction #greenarchitecture #sustainablearchitecture #efficientconstruction https://lnkd.in/gCaeMByx

Sustainable approaches to construction have not progressed at the same rate as systems to light, heat, and cool our buildings have. Why? And what can we do about that? One solution: Embrace material reuse in the design and construction of our built environment. Read more below.

After celebrating Earth Day this week, we thought we'd continue the theme of #sustainablematerials #prefabbuildings #steelbuildings #prefabricatedbuildings Prefab buildings are constructed with sustainable materials and are designed to have a smaller environmental footprint than traditional construction. Additionally, because the building process is more streamlined, there is less material waste and less impact on the surrounding environment. Have you considered pre-fab buildings? I think you might be surprised. Learn more: https://lnkd.in/eFb75E6d

We are often asked why people should consider building in timber frame here's just 5 reasons why you should choose timber frame as your method of construction: Design Flexibility Our highly skilled design team can easily customise architectural designs no matter how unique! Speed of construction Timber frame has a much faster build time compared to traditional methods of construction. Cost efficiency Timber frame construction has minimised on-site waste and reduced labour costs compared to other methods of construction and greatly reduced site prelim costs. Thermal Efficiency Timber frame homes are energy-efficient due to natural insulation and greater airtightness performance. Sustainability Timber is a renewable and versatile building material which can be 100% sustainable when properly managed.