HEAT EXCHANGER

This project explores the development of a minimal disposable heat exchanger, intended to replace the large units that are currently discarded after each operation in hospital settings.
 

The concept is driven by the ambition to use principles found in nature to solve functional challenges with maximum efficiency and as little material as possible. By learning from natural systems, the design aims to reduce waste while maintaining high performance.
 

Two biological strategies inform the design. The internal structure is inspired by brain corals and their ability to compress an extensive surface area into a compact volume. In this context, it creates the largest possible interface between two fluids, improving heat exchange efficiency.
 

The outer structure draws inspiration from butterfly eggs. These lightweight forms are optimized to withstand external pressure while containing fluid, making them highly effective as natural vessels. This structural logic is translated into the exterior of the design.
 

The result is a single material solution with minimal material use, suitable for modern manufacturing methods, and designed to significantly reduce waste.