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Brikoole

The Brikoole represents a rethinking exercise in building materials and advancement in sustainable building temperature control.

  • Revolutionizing home cooling the Natural Way No electricity, No Noise, just Brikoole.

  • This video shows our Brikoole design process and testing methodology along with its performance

    This video shows our Brikoole design process and testing methodology along with its performance

  • An overview of the functions and capabilities of Brikoole.

  • A detailed breakdown of the functions, construction and configurations of Brikoole.

  • Potential real-life applications of Brikoole.

  • Testing & Data: Physical Prototype Testing and Data Collection of Brikoole's ability.

What it does

Brickoole is a passive cooling system within a building's structure. It uses controlled airflow and evaporative cooling to reduce indoor temperatures without external energy.

Your inspiration

Our design philosophy is deeply rooted in the convergence of ancient wisdom and nature's ingenuity. We've drawn inspiration from diverse sources, including the sophisticated ventilation systems of termite mounds, the elegant efficiency of wind catchers in traditional Middle Eastern architecture, the cooling properties of Salsabil Fountains, and the temperature-regulating capabilities of porous ceramics. This multifaceted approach and contemporary research in passive cooling technologies have allowed us to create a truly innovative and sustainable solution.

How it works

The Brikoole employs a multi-layered approach to achieve its cooling effect. The exterior of the brick features strategically placed ventilation holes that allow air to enter. This air then passes through an intricate internal structure - currently, a 3D-printed mesh made of wood PLA, with plans to transition to ceramic in the final design. This mesh is kept consistently moist via an integrated water distribution system. As air traverses this humid environment, evaporation occurs, effectively cooling the air. This cooled air is channelled into the building's interior, creating a refreshing and comfortable atmosphere.

Design process

Our journey began with extensive research into historical and contemporary passive cooling techniques. This knowledge formed the foundation for our initial concept, which aimed to synergize the benefits of ventilated bricks with evaporative cooling principles. We then embarked on an iterative design process, utilizing advanced 3D modelling and prototyping techniques. Each iteration was subjected to rigorous airflow simulations, allowing us to optimize the brick's design for maximum cooling efficiency. This continuous refinement and testing process has resulted in a product that pushes the boundaries of sustainable building technology.

How it is different

The Brikoole stands out in sustainable architecture due to its unique integration of evaporative cooling into the building material. Our solution is inherently modular and scalable, unlike traditional passive cooling methods that often require separate systems or significant architectural modifications. Brikoole allows for seamless incorporation into various building designs and styles, making sustainable cooling more accessible and adaptable.

Future plans

We will focus on refining and expanding the capabilities of Brikoole. Our immediate plans include transitioning from the current wood PLA mesh to a more efficient 3D-printed ceramic internal structure. We are also committed to conducting comprehensive real-world testing in the tropics. Additionally, we are exploring potential design variations to cater to specific building types and regional climate challenges. Our long-term vision involves fostering partnerships with forward-thinking construction companies to facilitate the implementation of this revolutionary technology, potentially transforming the landscape of sustainable architecture.

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