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Recent Advancements in Geosynthetic Engineering for Sustainable Construction This article reviews the role of geosynthetics in promoting sustainable construction, focusing on techniques like prefabricated vertical drains (PVDs) combined with vacuum preloading to improve soft soils, particularly in large projects in China. It highlights the use of geosynthetic-encased stone columns (GESCs) to enhance soil load-bearing capacity and control lateral displacement. The study also includes tests on geosynthetic tensile strength under different pressures, revealing benefits in soil stabilization. Overall, it emphasizes innovative, environmentally friendly methods for ground improvement. For more information, you can view the article. https://lnkd.in/d6PYdM38

The future of construction revolves around #sustainability. Builders are exploring sustainable construction materials to replace things like concrete, which is a major source of emissions.  ⬇️ Check out more sustainable construction materials in this article!

On 1st October 2024, EUTECH - Construction Council powered by the SIERA Alliance hosted a webinar on "Carbon-Neutral Construction: Strategies for Reducing Greenhouse Gas Emissions." The event explored innovative methods and technologies for minimizing greenhouse gas emissions in the construction sector, aligning with ESRS E1 standards. Moderator Dr. Igor V. Gladkov opened the session, emphasizing the crucial role of carbon-neutral practices in the construction industry and the potential for sustainable construction to transform the sector. Our Keynote speaker delivered the presentation, focusing on the challenges of high carbon emissions from materials like cement and steel. He also outlined key solutions such as lifecycle assessments and carbon footprint assessments, vital for reducing the environmental impact of construction projects. The panel featured: • Prof. Dr.-Ing. Niels Bartels, Professor for Digital Design & Construction at the Cologne University of Applied Sciences • Gernot Schubert, Sustainability Program Manager at Hilti Group Prof. Dr.-Ing. Niels Bartels discussed the use of digital design tools, such as Building Information Modeling (BIM), to enhance energy efficiency and reduce emissions throughout the lifecycle of construction projects. Gernot Schubert highlighted practical strategies for incorporating sustainability into construction practices, particularly when using high-carbon materials, and stressed the importance of lifecycle assessments and regulatory compliance to align with ESRS E1 standards. The panelists emphasized the need for smart building technologies, transparent data sharing, and stakeholder engagement to successfully implement carbon-neutral strategies. They also discussed the benefits of sustainable practices in construction, including cost savings, regulatory compliance, and enhanced market competitiveness. During the Q&A session, participants explored challenges such as regulatory hurdles and the use of recycled materials. The panel also shared insights into the importance of certifications like DGNB in driving sustainability initiatives. A heartfelt thanks to our attendees for your active participation. Your engagement made the webinar interactive and impactful. We also appreciate the support of our Council Board Members. As we continue to address critical sustainability challenges in the construction sector, we look forward to your participation in future webinars organized by EU Tech Chamber (EUTECH) - Construction Council powered by SIERA-Alliance. Stay tuned for upcoming events that will offer valuable insights and opportunities to connect with industry leaders. Visit our council website: https://lnkd.in/dkEsyRiY Florian Freiherr Tucher von Simmelsdorf Sierra von Tucher Marcus Wiemann

The 9 Goals of Sustainable Construction.  Sustainable construction aims to create buildings and infrastructure that have the lowest negative impact on the planet while delivering the highest positive impact on nature, people and communities.

How do you advance #sustainable #construction? Specify low-carbon concrete! The Construction Specifications Institute provides several examples of projects that have relied on innovative #concrete mix designs to achieve ambitious sustainability, resiliency & performance goals. https://ow.ly/ubix50SPwKj

Forming the Future with: The Permanent Concrete Forming System (PCFS) is poised to transform the construction industry by providing sustainable solutions that enhance performance and expedite project timelines, while offering structural, thermal, physical, health, safety, economic, and environmental advantages. The primary concern of this innovation is the Built Environment Crisis. Buildings account for roughly 37% of global carbon emissions. Embodied and Operational carbon represent the whole-life carbon footprint of a building. Addressing this issue requires clean and effective solutions.

Hyperscale Companies Drive the Shift Toward Sustainable Construction Practices with the Adoption of Green Concrete - In an era where sustainability is a growing priority, the construction industry is undergoing significant transformations to reduce its environmental footprint. Green concrete, or low-embodied carbon concrete, is emerging as a critical innovation among these efforts. The Open Compute Project Foundation (OCP) has recently announced a collaboration with hyper-scale companies like Google, AWS, Meta, and Microsoft to test and deploy green concrete in the construction of data centers. This initiative marks an important step toward making one of the world’s most essential building materials more eco-friendly. Green Concrete's Role in Reducing Carbon Emissions Concrete, a staple of modern construction, has long contributed to greenhouse gas emissions. Conventional concrete production relies heavily on limestone, heated in kilns to produce cement. This process generates large quantities of CO2 and depends on fossil fuels like coal and gas to heat the kilns, further exacerbating emissions. As a result, the cement industry is responsible for nearly 8% of global carbon emissions. Click the link below to read the full story... https://lnkd.in/dGWxU93D

Is this the model for a sustainable construction industry? One of the focus areas for the recently reinvigorated National Construction Industry Forum will be to look at moving the industry from a zero sum game to one in which everyone gets what they are looking for. Is this possible or just a fantasy? We think this is entirely possible but it will require significant changes to how the industry operates and trust from all stakeholders in each other to the right thing. What do you think? Is this possible ? What is the biggest change that is required? Who needs to take the first step? I would love to read your thoughts in the comments below. #movementforchange

Building for the Future: How Vertice Montis Construction Prioritizes Quality and Sustainability in Every Project At Vertice Montis Construction, we believe that every project, whether large or small, is an opportunity to build a stronger, more sustainable future. Our approach combines quality craftsmanship with sustainable practices to ensure our projects not only serve today’s needs but also stand resilient for generations to come. Why Quality Matters in Construction Quality is the foundation of every successful project. Poor-quality construction can lead to safety issues, increased maintenance costs, and reduced longevity, ultimately impacting the community. At Vertice Montis Construction Montis, we’re committed to delivering exceptional quality on every project, from initial design to final inspection. Here’s how we ensure top-notch quality: Thorough Planning and Design High-Quality Materials Rigorous Inspections Sustainability: Building with the Future in Mind Sustainability is no longer optional—it’s essential. In construction, this means choosing methods and materials that minimize environmental impact and promote long-term resilience. Here at Vertice Montis Construction , we are dedicated to sustainable practices that reduce waste, conserve resources, and enhance energy efficiency. Our sustainable approach includes: Green Building Materials Energy-Efficient Designs Waste Reduction The Benefits of Prioritizing Quality and Sustainability Investing in quality and sustainability isn’t just beneficial to the environment—it also offers clear advantages for clients, communities, and the construction industry as a whole. Here are some of the top benefits: Increased Durability and Lifespan Lower Operational Costs Enhanced Safety and Reliability Positive Environmental Impact Our Commitment to Innovation and Excellence At Vertice Montis Construction , we’re constantly learning and adopting new technologies and best practices that enhance our ability to deliver quality, sustainable projects. Whether it’s implementing digital tools for efficient project management, using drone technology for accurate site assessments, or employing green construction methods, we are dedicated to innovation and continuous improvement. Building Today for a Better Tomorrow As a leader in construction, Vertice Montis Construction is driven by a vision of quality and sustainability. We believe that our work can make a lasting impact, not just on the skyline, but on communities and the environment. Our commitment to excellence ensures that every project we take on is built to last, meets the highest standards of quality, and supports a sustainable future. If you’re looking to bring your vision to life with a team that values quality, integrity, and sustainability, connect with us at Vertice Montis Construction. #VerticeMontis #ConstructionExcellence #QualityInConstruction #SustainableBuilding #BuildingTheFuture #InnovationInConstruction #GreenBuilding #LinkedIn

How do you advance #sustainable #construction? Specify low-carbon concrete! The Construction Specifications Institute provides several examples of projects that have relied on innovative #concrete mix designs to achieve ambitious sustainability, resiliency & performance goals. View them below: