Ignova
Project Overview
University
Year
About
Ignova recovers low-grade waste heat, often lost from factories, solar thermal panels, and data centres, and repurposes it for clean cooling and thermal storage. The system uses newly developed ultra-porous materials, similar to molecular sponges, that absorb and release water vapour at low temperatures. It enables cooling without compressors or refrigerants, using up to 90% less electricity than traditional systems. Designed for easy retrofitting, Ignova extends the value of wasted heat, supporting climate goals and boosting energy resilience
Team
Alexis Van Wesemael
Université PSL (Paris Sciences & Lettres)
After an engineering degree in 2018, I spent seven years driving innovation within leading French companies. My early career focused on advancing 3D printing technologies—from research and development to full-scale industrialization—across Singapore, France, and Germany. I later led digital transformation projects in the wine and spirits sector. In September 2025, I joined PSL University to pursue an advanced master's in Deeptech Entrepreneurship. There, I launched a startup project centered on heat storage, collaborating with pioneering researchers who developed breakthrough materials. Together, we are building a venture that aims to reshape energy efficiency and contribute to a more sustainable future.
Gallery
