Pathways to decarbonization or the dissolution of our illusions.
In the midst of a scorching summer, a weary homeowner welcomed the arrival of a shiny new air conditioner, seeking respite from the oppressive heat. Grateful for the cool breeze that soon filled the living room, they savored the relief it brought. However, unbeknownst to them, each cycle of the AC emitted gases that gradually contributed to the warming of the planet. Despite their intentions of seeking comfort, the homeowner inadvertently added to the environmental burden, a small piece in the puzzle of climate change, unaware of the broader impact of their actions.
Cooling the world is warming the planet.
Context:
Decarbonizing the construction industry involves reducing or eliminating carbon emissions throughout the entire lifecycle of buildings. This can be achieved by implementing sustainable practices, adopting green technologies, and making informed decisions at each stage of the process. From materials, transport, building construction to operating the building and demolition.
Our focus is on reducing co2 emissions from HVAC systems
Our Pathway to Decarbonization:
“Achieving Sustainable Comfort: By Decarbonization through innovative alternatives to traditional HVAC systems,
And promoting a circular economy by redefining the way we cool spaces for a more environmentally responsible future”
Target regions:
State of the art:
improve thermal comfort and reduce energy consumption – Magdi Rashad, Navid Khordehgah, Alina Zabnienska-G ora, Lujean Ahmad, Hussam Jouhara
https://bura.brunel.ac.uk/bitstream/2438/22060/2/FullText.pdf
2) and 3) The vernacular architectural ventilation techniques in hot?Dry climates
https://www.researchgate.net/publication/274861497_The_vernacular_architectural_ventilation_techniques_in_hot-Dry_climates
https://www.researchgate.net/publication/274861497_The_vernacular_architectural_ventilation_techniques_in_hot-Dry_climates
5) ADIABATIC COOLING PROTOTYPE, AREP
https://www.arep.fr/nos-projets/prototype-de-rafraichissement-adiabatique/
6) DESIGN AND INSTALLATION OF A COST-EFFECTIVE, ECO-FRIENDLY OUTDOOR COOLING SYSTEM
Monish Siripurapu, Abhishek Sonar, Atul Sekhar, Sudhanshu Kumar
https://ant.studio/beehive/m0hlpumv2pedn9wmzikggvcu88kwz0
Practical solutions:
- Interior spaces:
- Window and door lintels
- Sculptor – Wine cooler
- Partition wall
- etc
A step ahead to make it as a “CIRCULAR ECONOMY”.
Sourcing local and vernacular materials for construction projects has gained traction in recent years due to its sustainability and community-driven benefits. Utilizing materials such as clay and metal frames not only reduces carbon emissions associated with transportation but also supports local economies and preserves traditional building techniques. Incorporating a pumping system to reuse waste water and rainwater further enhances the eco-friendliness of the project, reducing water consumption and minimizing strain on municipal resources. Additionally, employing easy and self-installation systems akin to IKEA services streamlines the construction process, making it more accessible and cost-effective for homeowners and developers alike. Collaboration with architecture and design firms, craftsmen, and local vendors helps ensure the authenticity and cultural relevance of the project while contributing to the growth of the local economy. Embracing a circular economy model emphasizes the importance of minimizing waste and maximizing resource efficiency throughout the project’s lifecycle, creating a sustainable and harmonious built environment for generations to come.
