Project Description:

In my final project during my first year at university, I embarked on a visionary endeavour known as "Steam on the Clyde." The project aimed to create a tidal-powered steam room that not only harnessed the river's energy but also contributed to environmental sustainability and offered a unique architectural experience.

The core concept of "Steam on the Clyde" revolved around harnessing the power of the tides to generate steam for the steam room. This innovative approach aligned with sustainability goals and paid homage to the river's historical significance in powering industrial machinery during the steam era.

A distinctive feature of the design was the utilisation of curved teardrop shapes. These elegant curves added visual appeal and served functional purposes, optimising the flow of energy and water. The design created a harmonious blend of form and function, reminiscent of the efficiency found in Roman tile designs.

The project also incorporated a water filtration and treatment system, ensuring that the river water used for steam production met the highest standards of purity. Additionally, basalt insulating rock was integrated into the design to retain the generated heat efficiently, contributing to the sustainability and energy efficiency of the steam room.

"Steam on the Clyde" stands as a testament to the innovative application of traditional and modern technologies, merging sustainability with architectural beauty. The project not only addresses environmental concerns but also provides a unique space for relaxation and community engagement, honouring Glasgow's industrial past while looking towards a sustainable future.