When Sandra Rey discovered that certain fishes were able to produce light without electricity, she was struck with an idea: why not reproduce this natural technology, bioluminescence, and use it as an alternative to electric lights? And so Glowee was born.
A form of biotechnology (the term for technology inspired by nature), Glowee has developed a microorganism-based material that produces bioluminescence, just like fireflies, glow-worms, and over 80% of marine organisms, including jellyfish, plankton, and squid. This substance can be used for many different applications: in the form of a gel, the light it produces can light billboards, infrastructure, storefronts, and streetlights – hence the goal of working with energy companies, municipalities and architects, to better understand how bioluminescence could be used in the future.
They can always grow more of this eco-friendly light source, so it is a great solution for reducing the electricity consumption and environmental impact of lighting. How? By conserving exhaustible natural resources (like the rare metals used in LEDs) and reducing the pollution generated by traditional lighting systems.
The technology emits ten times less CO2 than the LED bulbs that are normally used to light storefronts. This soft light is easy on the eyes, helps reduce light pollution, and is non-disruptive to existing natural ecosystems.
The disruption of bird migration patterns and insect reproduction caused by artificial light is a contributing factor to the rapid decline in biodiversity. Glowee is currently working to optimize the performance of its lighting solutions in terms of brightness and self-sufficiency.
Over the past three years, the lifespan of the material has increased from a few hours to seven days. Sandra Rey is relentless in pursuing her goal: to make a real difference in the world by revolutionizing the urban lighting – and landscapes – of tomorrow.
In 2016 Sandra Rey, founder, and CEO of Glowee was chosen as one of the world’s most promising French innovators under 35 by MIT. We can’t wait to see what she does next!
Spoken Languages: French, English
