Denmark was the first country in the world to toughen up its building regulations to introduce carbon limits. The goal of the Danish government is to reduce the amount of embodied carbon, as well as energy use in operation – in stages, so that by 2030 the compulsory target will be 7,5kg CO2 per m2 per year and the voluntary target will be 5kg CO2 per m2 per year. But what does this mean for structural embodied carbon limits when we consider that in a typical building 50% of embodied carbon comes from the structure? Our expert structural engineers Sabine Müller, Associate Director from our Berlin office and Paul Roberts, Director at our Copenhagen office have summarised the key strategies and recommendations to reduce the CO2 impact of building structures and meet future targets based on evidence from Buro Happold reference projects. You can also read this article by Buro Happold’s Peter Konnerup for more information on the new Danish regulations: https://buro.im/3YgP9UH #burohappold #engineering #structuralengineering #carbon #embodiedcarbon #carbonlimits #denmark
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Lighting Designer, Sustainability & Daylight Enthusiast, Team Lead Lighting @ Buro Happold
Interesting insights in reducing carbon in buildings from my structures colleagues Sabine Müller and Paul Roberts... Although this is very structures related, we can all learn where we are individually in our disciplines in the carbon footprint of buildings... And seeing that the first recommendation is to re-use the building stock, it gets clear that the main path is to re-use everything that is inside - as much as possible - including the lighting! Thanks for creating such an easy to understand 10 steps for reducing carbon footprint! #lightingdesign #circularity #circulareconomy #reuse #reuserevolution #lighting
Denmark was the first country in the world to toughen up its building regulations to introduce carbon limits. The goal of the Danish government is to reduce the amount of embodied carbon, as well as energy use in operation – in stages, so that by 2030 the compulsory target will be 7,5kg CO2 per m2 per year and the voluntary target will be 5kg CO2 per m2 per year. But what does this mean for structural embodied carbon limits when we consider that in a typical building 50% of embodied carbon comes from the structure? Our expert structural engineers Sabine Müller, Associate Director from our Berlin office and Paul Roberts, Director at our Copenhagen office have summarised the key strategies and recommendations to reduce the CO2 impact of building structures and meet future targets based on evidence from Buro Happold reference projects. You can also read this article by Buro Happold’s Peter Konnerup for more information on the new Danish regulations: https://buro.im/3YgP9UH #burohappold #engineering #structuralengineering #carbon #embodiedcarbon #carbonlimits #denmark
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Great practice advice from Buro Happold on what to focus on when reducing #embodiedcarbon in building projects. #refurbishdontdemolish is a key one!
Denmark was the first country in the world to toughen up its building regulations to introduce carbon limits. The goal of the Danish government is to reduce the amount of embodied carbon, as well as energy use in operation – in stages, so that by 2030 the compulsory target will be 7,5kg CO2 per m2 per year and the voluntary target will be 5kg CO2 per m2 per year. But what does this mean for structural embodied carbon limits when we consider that in a typical building 50% of embodied carbon comes from the structure? Our expert structural engineers Sabine Müller, Associate Director from our Berlin office and Paul Roberts, Director at our Copenhagen office have summarised the key strategies and recommendations to reduce the CO2 impact of building structures and meet future targets based on evidence from Buro Happold reference projects. You can also read this article by Buro Happold’s Peter Konnerup for more information on the new Danish regulations: https://buro.im/3YgP9UH #burohappold #engineering #structuralengineering #carbon #embodiedcarbon #carbonlimits #denmark
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How to transition the Dutch construction sector to build within planetary boundaries - 4 key solutions after a series of research on the CO2-impact of the built environment in The Netherlands. 🌡️ Under current building practices—business as usual—the entire Dutch construction sector (including housing, utilities, and infrastructure) will exceed its allocated 1.5°C CO2 budget by 2026. This research series begins by examining the tension between the need to increase construction to meet demand and the critical goal of reducing environmental impact to align with the Paris Agreement. In the past year, various studies have examined the CO2 impact of new residential construction, civil engineering, and the utility sector. Today, we publish an overarching study in collaboration with Copper8, NIBE experts in sustainability, and Alba Concepts., commissioned by the Transitie Team Circulaire Bouweconomie and the City Deal Circulair en Conceptueel Bouwen. 💡Key solutions for a circular and sustainable construction sector following this series of research include: -Focusing on lifespan extension and circular renovation. -Exploring alternatives to new construction. -Changing design, construction, and material choices. -Accelerating sustainability in the building materials industry. Interested in reading more? Check out the report (in Dutch): https://bit.ly/43l29LP We presented these findings during the #weekofthecirculareconomy2024, at Pakhuis de Zwijger in a session with Circular Economy Club yesterday. You can catch the recording here (in Dutch): https://lnkd.in/dHpYW8MB Nico Schouten, Mink Rohmer Merlijn Blok #circulaireeconomie #circulairbouwen #circulareconomy
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The construction industry has to adapt to meet new environmental problems as the effects of climate change become more apparent. Tanance Group GmbH is setting the standard for creative engineering and building design and is adapting climate-resilient solutions in response to these changes in the world. Through the integration of energy-efficient technologies, sustainable materials, and forward-thinking designs, we make sure that our projects are ready to face any future uncertainty. Tanance Group GmbH helps to ensure that modern buildings are prepared for the difficulties of the future as Our team integrates sustainable materials, energy-efficient technologies, and climate-resilient designs into every project. From insulating buildings against extreme temperatures to utilising renewable energy systems, Tanance Group GmbH is committed to creating constructions that are not only environmentally friendly but also prepared for future climate uncertainties. This proactive approach ensures both the durability and sustainability of our projects in the face of evolving environmental conditions. By facing the effects of climate change directly, Tanance Group GmbH and other industry leaders are influencing the direction of the building industry. Collaborate with Tanance Group GmbH to design structures that will fulfil the needs of the future. Get in touch with us right now to talk about climate-resilient project solutions. You can contact us at: contact@tanance.ch or +41435507588 Visit our website: www.tanance.ch/ #FutureFocusedDesign #SustainableConstruction #TananceClimateReady #SwissConstruction
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As temperatures rise and climate concerns loom, architects and developers are incorporating sustainable design practices to minimize environmental impact. By incorporating eco-friendly materials, renewable energy systems, and climate-resilient design elements, developers can enhance occupant comfort while reducing carbon footprints. https://bit.ly/3ZwfOzZ
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As temperatures rise and climate concerns loom, architects and developers are incorporating sustainable design practices to minimize environmental impact. By incorporating eco-friendly materials, renewable energy systems, and climate-resilient design elements, developers can enhance occupant comfort while reducing carbon footprints. https://bit.ly/3ZkEds9
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Head of Construction & Building Performance in the School of Architecture, Building and Environment, TU Dublin
15 years ago, in 2009, I wrote a paper with Benat Arregi (then a colleague in Building Life Consultancy, now in TECNALIA Research & Innovation, Spain) about the thermal performance of Irish hollow blocks with or without insulation. The paper has just joined my other papers on the #TUDublinArrow repository. It's free to read and download. Check it out: https://lnkd.in/gP2hQ2Hu Here's a key quote from that paper: "The Irish #hollowblock, with its large squarish voids, made of dense highly-conductive #concrete, is representative of the very poorest thermal performing #cellularblocks being manufactured in Europe today. We are confident that the technology and know-how is available in Ireland to replace this block with a far, far better performing block on the model set-out above. In light of the national targets for both #carbonreductions and #energyefficiency in both use and construction (and the international context in which those targets have been set) we advise that the use of Irish hollow blocks as currently designed for purposes other than sheds or the inner leaf of cavity walls should cease. We would be happy however to assist in the design of an Irish-made low carbon and thermally high-performing alternative." I'm not aware of ANY innovation in the technical design and manufacturing of Irish cellular/hollow block technology since then. In addition, there are still companies (e.g. Premier Insulations) filling the voids of Irish hollow blocks as a so-called quality retrofit solution. I am convinced there are many, many opportunities for Irish manufacturers to create #innovative #lowcarbon #buildingmaterials to support the emerging #ZEB (zero emissions building) standard, #energyefficiency #retrofit and urgent #climateaction. The opportunities for new quality building products from #biomaterial and post-consumer and post-industrial #wastestreams are particularly exciting. Irish universities (including Technological University Dublin), EnterpriseIreland TechCentres and Environmental Protection Agency (EPA) Ireland are very interested to support this. Sustainable Energy Authority of Ireland (SEAI) Archie O'Donnell John Morehead Fergal McGirl FRIAI Environmental Protection Agency (EPA) Ireland Construction Industry Federation (CIF) #concretefederation Irish Manufacturing Research Irish Green Building Council ITFMA (The Irish Timber Frame Manufacturers’ Association) Royal Institute of the Architects of Ireland (RIAI) Dr Hector Altamirano-Medina UKCMB Oliver Kinnane Dr Niall Holmes niall crosson Fergus Merriman Fergus Moore Paddy Byrne John Desmond Peter McCaughey Patrick Barry Patrick Daly
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Director, Full Professor and Chairholder (talks about LCA, carbon footprint and circular economy)
To mitigate carbon emissions in the building sector, particularly from existing buildings. Existing literature focuses predominantly on technological strategies such as low-carbon materials. This prompts the question: Can technological strategies alone drive the decarbonization of buildings, or are non-technological strategies also part of the solution? more details in our final open access version – containing full bibliographic details – now available online 👇 Unveiling the potential for decarbonization of the building sector: A comparative study of technological and non-technological low-carbon strategies Article link: https://lnkd.in/egmDhdQg Sogand Shahmohammadi Marianne Pedinotti-Castelle Enjoy and comment 😊
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On Wednesday September 18th, a week ahead of Climate Week, I’m joining the “Decarbonizing Construction: Innovations and Strategies in Reducing Embodied Carbon” webinar as a moderator, with all-star panelists Katie Poss, Jacob Dunn, and Tolga Tutar. For the design and construction industry, embodied carbon remains a significant challenge, as the built environment accounts for nearly 40 percent of carbon emissions globally, with 11 percent embodied in construction materials and 28 percent stemming from building operations. Join us for a virtual discussion on innovative technologies and strategies in decarbonizing the construction material supply chain, and what experts hope for the future. Register here for the 'Decarbonizing Construction: Innovations and Strategies in Reducing Embodied Carbon' webinar: https://lnkd.in/eCK8SEgk #Decarbonization #SkanskaImpacts #Construction #AEC #Design #ShapingOurFuture
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🌿 Environmental Sustainability in Construction: Enhancing Material Transportation 🚚 Even in transportation, the Emmedue Building System remains a beacon of environmental consciousness. The transportation process hinges on two crucial factors: Maximum Weight Capacity: Governed by engine power, this parameter sets a limit on the weight of materials that can be transported. Maximum Volume Allowance: Dictated by local regulations, this parameter restricts the volume of materials that can be transported. Traditional construction methods often face challenges due to the weight of materials, limiting volume optimization. Conversely, the Emmedue System, crafted with EPS (Expanded Polystyrene) – a notably lighter material (15-25 Kg/m3) – enables maximized transportable volume. This results in a greater quantity of panels per transport, ultimately leading to increased wall coverage per transportation unit. By reducing the number of transportation units required, we simultaneously decrease CO2 and other harmful emissions, contributing to a healthier atmosphere and environment. This aspect is crucial to consider in a comprehensive Life Cycle Assessment (LCA) analysis. Let's continue our journey towards sustainable construction! 🌍🏗️ #EnvironmentalSustainability #Construction #EmmedueBuildingSystem #Optimization #EcoFriendlyTransportation #mdue #emmedue #emmedue_spa #M2 #buildingsystem #buildfastbuildsafebuildgreen
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Excellent suggestions, Buro Happold.