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In an increasingly attentive construction market, it is necessary to use eco-friendly materials that help reduce energy consumption without being a “burden” on the environment. GASBETON, autoclaved aerated concrete with excellent thermal insulation performance and reduced environmental impact, is the right answer to this need. Produced with natural raw materials and low resource consumption, it is a highly performing material because it is light, insulating, solid, versatile and recyclable. Find out more on https://lnkd.in/dz7jfTWt #ecobuilding #sustainability #ecofriendlymaterials #greenconstruction #energyefficient #thermalinsulation #acousticinsulation #lowenergybuildings #ecoconstruction #sustainableliving #recyclablematerials #autoclavedaeratedconcrete #buildingforthefuture #healthylivingspaces #fireresistant #highperformancebuilding #environmentalsustainability #smartconstruction #sustainablearchitecture #gasbeton

Climate change stands as an undeniable consequence affected by unethical construction practices. As responsible designers, it is imperative for us to confront the urgent situation and integrate strategies aimed at minimising resource consumption in buildings, thereby reducing their carbon footprint. With the rise of solar energy technologies and highly efficient material innovations, the need for renewable energy generation will increase. To cater to this, a fundamental shift is necessary in how we approach urban development to address the growth of urban populations and to preserve our environment. #ClimateChange #BuiltEnvironment #Construction #Sustainability #Design #Architecture #CarbonFootprint #ConsciousDesigners

What sustainable innovations have you come across recently? 🏟 Building a Greener Future: Innovations in Sustainable Construction 🌍 As a civil engineer passionate about sustainability, I’m constantly inspired by the groundbreaking innovations transforming our industry. Here are a few remarkable advancements that are shaping the future of construction: 1. Green Concrete: Did you know that traditional concrete production accounts for about 8% of global CO2 emissions? Enter green concrete! By incorporating industrial by-products like fly ash and slag, green concrete significantly reduces the carbon footprint without compromising strength and durability. 2. Modular Construction: Imagine constructing a building in weeks instead of months. Modular construction not only accelerates project timelines but also minimizes waste and enhances efficiency. Prefabricated modules are manufactured in controlled environments, ensuring precision and reducing material wastage 3. Solar Panels Integrated Roofing: Solar panel technology has advanced to the point where we can now integrate them seamlessly into building materials. Solar roofs not only generate clean energy but also blend aesthetically with the building design, promoting sustainable energy use. By embracing these innovations, we’re not only building structures but also creating a sustainable legacy for future generations. Let’s continue to push the boundaries of what’s possible and lead the charge towards a greener, more sustainable world. What sustainable innovations have you come across recently? Share your thoughts and experiences below! #SustainableConstruction #GreenBuilding #Innovation #CivilEngineering #RenewableEnergy #EcoFriendly #FutureOfConstruction

Net-zero energy buildings are at the forefront of sustainable architecture, designed to produce as much energy as they consume over the course of a year. This ambitious goal is achieved through a combination of energy efficiency measures and renewable energy technologies. One of the primary strategies behind net-zero energy buildings is reducing energy demand through high-performance building envelopes. These include advanced insulation, high-efficiency windows, and airtight construction that minimizes heat loss in winter and heat gain in summer. By keeping the internal temperature stable, the reliance on heating and cooling systems is significantly reduced. 🔗 https://lnkd.in/gwQrKYkP #nikhilpattaniofficial #nikhilpattanirealtor #NikhilPattani #destiniva #destinivarealty #scholarsTakshashila #vernaculararchitecture #architecture #sdg #sdgs #sustainablelifestyle #sustainable #sustainableliving #sustainablebuilding #green #ecofriendly #realestate

🌱 Attention Architects: Stay Ahead of Upcoming Sustainability Code Changes! 🌍 As sustainability continues to shape the future of architecture, it's crucial for us to stay informed about upcoming changes in building codes. Here are some key updates you should know: 1️⃣ Energy Efficiency Standards: Expect stricter requirements for energy performance in buildings. Look out for changes in insulation, HVAC systems, and renewable energy integration. 2️⃣ Material Selection: Codes may emphasize using eco-friendly materials with lower carbon footprints. Explore alternatives like recycled materials and sustainable wood sources. 3️⃣ Water Conservation: Anticipate new guidelines for water-efficient fixtures and systems, promoting reduced water consumption in buildings. 4️⃣ Waste Management: Look for provisions encouraging on-site waste reduction and recycling strategies during construction and operation phases. Stay tuned for these changes and adapt your design strategies accordingly to create more environmentally responsible and resilient buildings. Let's lead the way towards a greener future! 🏗️💚 #Architecture #Sustainability #BuildingCodes #GreenDesign #ClimateAction

The strategy targets an end to the sale of new gas boilers by 2035, replacing them with low-carbon technologies, like electric heat pumps or hydrogen boilers. Read more 👉 https://lttr.ai/ASn7r #Architecture #Net-Zero #Sustainability #Eco-Friendly #Decarbonisation

The Invisible Monster in Our Buildings: Tackling Embodied Carbon in Construction #sustainability #construction #greenbuilding The construction industry is a massive contributor to climate change, but not just from the energy used in buildings. There's a hidden villain lurking within – embodied carbon. This refers to the greenhouse gas emissions associated with building materials, throughout their entire lifecycle – from resource extraction and processing to transportation, construction, and even end-of-life disposal. While operational carbon (the energy used to heat, cool, and power buildings) has been a major focus, embodied carbon is a growing concern. Studies suggest it can account for up to 11% of global emissions, and with the increasing focus on energy efficiency in new buildings, embodied carbon's share is only expected to rise. So how do we slay this invisible monster? Here's our battle plan: The Hierarchy of Embodied Carbon Reduction: Reduce Demand: Repurpose existing buildings whenever possible. Renovations can achieve a 50-75% reduction in embodied carbon compared to new builds. Optimize Design: Design for efficiency! Less material translates to lower embodied carbon. Explore modular construction and prefabrication techniques that minimize on-site waste. Low-Carbon Materials: Choose building products with lower embodied carbon footprints. Timber, recycled steel, and certain types of concrete are good options. Research and adopt innovative materials like bio-based composites or carbon capture technologies. Local Sourcing: The shorter the distance materials travel, the lower their embodied carbon. Prioritize locally-sourced products to minimize transportation emissions. Transparency is Key: Demand Environmental Product Declarations (EPDs) from manufacturers. EPDs provide a standardized way to compare the environmental impact of building products, including their embodied carbon footprint. Collaboration is Critical: Architects, engineers, contractors, and material suppliers need to work together to integrate embodied carbon considerations throughout the design and construction process. Standardizing embodied carbon calculations and incorporating them into building codes will further accelerate progress. By tackling embodied carbon, we can make a significant contribution to a sustainable future for our built environment. Let's build greener, healthier spaces for ourselves and future generations! #LetsBuildGreen #ClimateAction #SustainableFuture #EmbodiedCarbon #LifeCycleAssessment

Concrete is an integral part of our urban landscape. But does it mean that we are consigned to excessive CO2 emissions and negative effects on our environment? ❎🚨 The construction industry, which has relied on traditional materials for years, is starting to recognise the need for change. Manufacturers and architects are looking for innovative solutions that not only reduce our carbon footprint, but also improve the quality of life in cities. Innovative building materials are becoming increasingly popular. Materials such as ecological concrete, made from coal meal or industrial residues, are opening the door for a new era in construction. ✅ Not only are they more environmentally friendly, but they can also compete in terms of durability or thermal isolation. ✅ A greater percentage of green space is another possibility that not only reduces urban heat islands, but also promotes water retention, reduces the effects of heavy rainfall and has a positive impact on residents' living comfort. It's time to look beyond the concrete. It's time for changes that have the power to improve our environment and counteract the negative effects of climate change! Read more about it ⬇️ #constructionindustry #sustainability #architecture

Welcome Carbon Lite Standard! During a seminar organised by The Green Register, Tim Martel, (AECB) Association for Environment Conscious Building Standards & Certification Programme Manager, presented groundbreaking findings on the CarbonLite Retrofit (CLR) standards. My highlight from the seminar is that CLR standards often produce fewer carbon dioxide emissions than the Passivhaus standard, which is traditionally seen as the gold standard in energy efficiency. This underscores the effectiveness of cost-effective, pragmatic measures in reducing carbon emissions. The key moves of for a Carbon Lite approach are very similar to what we advise on our nomoregas website: 1. An electric energy engine is the most important step towards reducing carbon emissions. Pragmatic and effective actions to reach a degree of insulation that allows the installation of a heat pump are the first considerations. 2. Insulation Requirements: For Step 1 retrofits, recommended measures include cavity wall insulation, 300-400mm loft insulation, and at least double-glazed windows. These ensure that the running costs of heat pumps remain manageable. 3. Ventilation: Installing efficient ventilation systems to maintain indoor air quality while minimising energy use. Proper ventilation prevents moisture build-up and ensures a healthy indoor environment. 4. Step-by-Step Approach: The CLR standards allow for a step-by-step approach to retrofitting, where the process can be done in stages. Step 1 is the minimum permissible step, offering a low-carbon interim measure that can be built upon with deeper fabric retrofits in the future. Visualising the Impact: The Carbon Emissions Graph The AECB’s findings were illustrated through a graph showing cumulative CO2e (operational + embodied) emissions over 60 years for a semi-detached house. The graph compared various retrofitting approaches: • 194 tonnes CO2e for a gas boiler. • 99 tonnes CO2e for CarbonLite Full Retrofit without ASHP. • 76 tonnes CO2e for EnerPHit without ASHP. • Significantly lower emissions for CarbonLite Step 1 Retrofit with ASHP, showcasing it as the least carbon-intensive intervention. At Unagru Architecture Urbanism, we are committed to expanding the agency of ecological design and integrating sustainable practices in all our projects. #Sustainability #EcologicalDesign #CarbonLiteRetrofit #GreenArchitecture #UnagruArchitecture #NetZero #RenewableEnergy #AECB #GreenBuilding #RetrofitRevolution