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The Science of Carbon Sequestration in Ecological Architecture 💚 Ecological architecture, particularly in the form of living walls, has emerged as a powerful tool in the fight against climate change. Let's delve into the science behind this process and explore how living walls contribute to a greener future. Read the full blog here 👀 https://lnkd.in/eC999YA5

Incorporating #biophilic elements into #architecture and #interiordesign has proven benefits such as reduced stress and enhanced productivity. Natural light, organic materials, water features, views of nature, and nature-inspired patterns are all ways that biophilia can be incorporated into the built environment. Take a look at all the ways our team integrated biophilic design into a Colorado State University building: https://lnkd.in/dWCK6REh

Preserving historic architecture while integrating modern energy efficiency solutions can be challenging, but our insulation coating technology makes it possible with ease - especially when applied by spraying. Even on the intricate murals of an 1879 Italian Renaissance-style building in Hungary, now an embassy, the coating is easily sprayable. It efficiently covers large surfaces without compromising the integrity of the original artwork. The result is a flawlessly refreshed surface that honours the building’s storied past while enhancing energy efficiency. It's inspiring to see how tradition and innovation come together in projects like this. If you're planning your next project, we’d love to help. #coating #spraying #application #applicationtechnique #historicpreservation #energyefficiency #insulation #renovation #architechturalheritage #sustainability #beschichtung #sprühen #anwendung #anwendungstechnik #denkmalschutz #energieeffizienz #isolierung #renovierung #nachhaltigkeit

Choosing what surface materials to use in urban spaces isn't always straightforward. Material properties (thermal, optical, radiative) will greatly impact the local #microclimate and occupant thermal #comfort. Find out how to make these decisions early in the design process using the Microclimate Tool by Virtual Climate #architecture #sustainability #urbandesign #construction https://lnkd.in/dM3srGnV

Blending ancient and modern architecture is an art we've passionately explored over the last decade, leading to some truly inspiring discoveries. It all began with simple questions. Our first question was: How did ancient buildings manage heating and cooling without today's technology? We found that ancient builders used natural methods to keep interiors comfortable, incorporating physical laws directly into their designs. We adopted these ideas, focusing on maximizing sunlight, enhancing underground airflow for cooling, and building thick walls that naturally stores temperature. By integrating these ancient methods with modern materials like energy-efficient windows and various insulation options, we learned to design buildings that naturally heat and cool themselves. This breakthrough led us to explore further, like how ancient civilizations managed clean water and wastewater. Today, at BIOTONOMY, we specialize in merging these ancient strategies with cutting-edge technology to create Autonomous (self-sufficient) buildings. We're committed to developing self-sufficient buildings in heating, cooling, water, and wastewater management that are both resilient and beautiful. Ancient knowledge has shown us the importance of building in harmony with nature, and modern technology helps ensure our buildings are efficient and durable. #biotonomy #ancientarchitecture #naturebasedsolutions #architecture

Designing in Harmony with Geography and Climate: The Art of Orientation in Architecture In construction, the orientation of a building is much more than just a matter of physical placement. It's about finding the balance between geographic north and climatic north to create spaces that are both practical and sustainable. The geographic north helps position a building in alignment with the Earth's axes, essential for site layout and mapping. But beyond simple geometry, it is crucial to consider the local climate. Designing a climate-responsive building means maximizing natural sunlight, optimizing ventilation, and using local materials to minimize environmental impact and reduce energy needs. In the end, a well-designed building integrates with its environment, respects natural conditions, and creates living spaces in harmony with the world around it. This is where the science of architecture meets the art of sustainability. #SustainableArchitecture #ClimaticBuilding #GeographicNorth #EcoFriendlyDesign #ArchitecturalOrientation #ConstructionInnovation #SustainabilityInDesign

Modern architecture is a weapon. It shapes how we feel, how we think, and how we live. The destruction of older, healing structures and their replacement with soulless brutalist designs is no accident. It's a deliberate effort to erase memory, connection, and harmony. What once uplifted and nurtured us now alienates and suppresses us. Every detail, every angle, every material is chosen to control our energy and keep us subdued. It is prudent to come out of these glass and steel buildings for a while to soak in greenery and sun. Make sure you take enough outside breaks to restore your sanity and energy. #architecture #modern #brutalist #harmony #connection #soulless #sun #greenery #energy #connection #suppression #sanity

The Art of Blending the Ancient with the Modern For a decade, we have explored how ancient architecture can inspire innovative solutions for modern design. How did they do it before? Without modern technology, ancient builders mastered the art of maintaining pleasant temperatures, all thanks to natural methods and physical laws embedded in their architecture. Our approach: Utilise sunlight, enhance the circulation of underground air, and use walls that naturally regulate temperature. We incorporate these methods with modern materials, such as high-efficiency windows and advanced insulation. Result: Buildings that autonomously regulate their climate. Today, at BIOTONOMY, we merge these age-old strategies with cutting-edge technology to create completely self-sufficient buildings. We specialize in autonomy in heating, cooling, and water management, constructing not only functional spaces but also aesthetically beautiful ones. The past taught us to build in harmony with nature, and modern technology ensures the efficiency and durability of our projects. Rewriting the future, merging the traditional and the modern. #Biotonomy #Future #Architecture

Natural Ventilation - A Timeless Solution to a Modern Crisis As climate change intensifies, rising temperatures and energy demands push us to rethink how we design buildings. One of the most effective yet overlooked strategies is natural ventilation-a solution deeply rooted in traditional architecture. In places like Yazd, Iran, where the desert climate demands creative approaches, features like windcatchers (badgirs), courtyards, and thick adobe walls have been used for centuries to cool spaces passively. These systems harness natural airflow, reducing energy use and promoting comfort without relying on mechanical systems. In my recent research focused on Sistan, I studied how these traditional techniques-wind towers, underground wind channels, and dome-shaped structures-can inspire modern sustainable designs. By blending local wisdom with modern tools, we can create architecture that adapts to climate change while minimizing environmental impact. 🌍How can architects integrate natural ventilation into today's designs to combat climate change? I'd love to hear your thoughts!🌱 (l've attached visuals from my study to showcase some insights.) #architecturestudent #sustainabledesign #climatechange #architecturedesign

In a world filled with concrete, how can we find back nature that cools and restores us? Cooling and Restorative Water-Wind Facade is a Master of Architecture thesis proposing an alternative passive cooling system for buildings in hot and humid climates. Keeping an existing hospital ward intact, water flows down multi-coloured recycled glass panels as cool air is drawn into the ward, with a double-skin facade retrofit. The cool air is generated by stack ventilation and evaporative cooling, with solar chimneys and a stormwater retention system. To know more, check out the full version in my profile’s Projects section. With kind support from Prof. F. Peter Ortner for architectural design, Prof. Zheng Kai for passive cooling systems, Dr Ashutosh A. for decarbonisation, Dr Anuj Jain for biomimicry, and Eu Gin Lee and Selina Seah of Changi General Hospital for the hospital drawings as reference.   #regenerativedesign #buildingperformance #greenbuilding #sustainability