French biochemist Pierre Calleja is the creator of this lamp powered by algae (micro-algae), which absorbs CO2 and produces light. The idea is to use this technology to replace traditional light bulbs in public spaces or garages. The first one that has been installed is in the 14th arrondissement of Paris, right in front of the Alésia metro.

Its operation is totally independent of the electrical grid. The logic of the process is to take advantage of the photosynthesis of bright green algae to produce energy. The transparent plexiglass windows allow the algae to use part of the sunlight, while the LEDs, connected to the electrical network, illuminate the interior to compensate for the lack of light necessary for the survival of the plants.

The process occurs in a tube filled with algae that, through the natural reaction, carry out photosynthesis, generating energy and luminosity, fueled by CO2 from the outside environment. Each of these lamps will consume 1 ton of CO2 per year.

According to the inventor, who works with his team at the company FermentAlg , each algae lamp is capable of absorbing, on average, one ton of carbon annually, the same amount captured by 150 trees. If modern architecture uses this technology on the roofs and windows of buildings, technically thousands of trees would be planted that would clean the air. ​

There are several main categories of natural carbon sinks, including soil on land called yellow carbon, forests called green carbon, and marine ecosystems called blue carbon. Green algae is a type of blue carbon. Take mangroves as an example to reduce carbon emissions. The effect will be 2.5 times that of forest green carbon in the same area.

The development project developed by Carbcoin and Sun Yat-sen University in Taiwan is a blue carbon detection project based on the 3D lens reconstruction image model. Carbcoin delivers advanced insights the effect that nature has on its environment. Using AI drone machine vision, we can measure and calculate, which would analyze and rebuild 100% carbon data with no need for manpower intervention.

The inventor's suggestion is to use the system in common areas, to eliminate electricity costs and help reduce local pollution levels. The same system provides two important benefits at the same time. To allow new algae to grow, the algae will be regularly purged and sent to a treatment plant, where they will be used to obtain Biomethane. Nothing is lost! Algae are one of the sources of producing biofuels such as bioethanol, biobutanol, and biodiesel.

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