As a R+D company, our research team is focused on the field of biotechnology developing unique solutions were nature is the essence of our product.
The next green revolution depends on a leap yet under development, and Bioo aims to be a fundamental part of it.
Research &
Development
Bioo Sensor
Our bioreactor's technology within Bioo Sensor is part of the research FET project with other 9 entities from all around Europe. In this project, a GrowBot is developed, and we're providing green energy to its incredible mechanism.
Developing the first 100% sustainable sensor for precission agriculture energetically powered by the land itself, saving costs by eliminating chemical batteries and their replacements, and avoiding the use of expensive solar panel installations or their maintenance.
Energy Output*
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Height
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Diameter
100ms 28W discharge/day
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20 cm
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10 cm
*Every discharge is automatically re-charged by the soil every 24h in-field.
Applicable to humidity, temperature and pH sensors among others, including a wireless communication system.
A biological battery nourishing from soil
The cell's mechanism is powered by a consortium of microorganisms living in their natural medium
Organic matter from fertilizers and the soil is dragged by irrigation and rain-water inside the cell
Bioo's microbical fuel cell is powered by organic matter and fertilizers
Microorganisms break down the organic molecules setting electrons free, thus generating an electrical current in the cell
Durable, Inexpensive &
Climate-proof
Bioo Sensor works only with soil, naturally present bateria, fertilizers and water. It has no dependency on photoautotrophs on the field. This makes it suitable to measure the terrain before and after planting the crops. It's twice as cheap as batteries and 10 times cheaper than solar panels on agricultural sensors.
Bioo Panel
Installed underground it will visually fit to the landscape and constantly produce electricity during day and night.
Bioo Panel is part of Bioo's R+D SME project funded by the European Comission under the H2020 framework.
Developing a unique natural panel that generates and supplies energy from earth's bacteria to light up systems on parks and gardens.
Its goal is to be applicable in automatic irrigation systems (V1) and light points in parks and gardens (V2).
Energy Output
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Height
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Area
20Wh/year per m²
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25 cm
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40x40 cm
Microbiology
Electrochemical characterization of microorganisms, electrogenic biofilms and study of microorganism-electrode interactions.
Plant
Biology
Controlled plant growth in climatic chamber, plant electro-physiology studies, stress conditions and plant-microorganism interactions.
Electronic Engineering
Electrochemical characterization of microbial fuel fells, energy harvesting optimization, sensor management and wireless communications.
Industrial & Project Engineering
Design and implementation of industrial projects through testing, selection of providers and components, technical reporting and installations.
