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We are building an agriculture that operates according to the logic of life itself.

Advances that are redefining the application of biological energy: Bioo Sensor: Sensors that obtain energy from natural microorganisms, operating without conventional batteries. Soil2Power: Autonomous irrigation systems, powered by optimized soil biocells. CONFETI: Underground biobatteries that produce fertilizer in situ from the air. More than technology, it is a new biological infrastructure. We are not only changing the power of farms; we are transforming their operating p

6th MEEP International Symposium

We present self-sufficient agriculture at the world's largest bioelectrochemistry forum. At the 6th MEEP (Microbial/Enzymatic Electrochemistry Platform) symposium, held in Lucerne, Switzerland, Bioo's R&D team demonstrated that the future is being cultivated: from sensors that feed on soil life to irrigation and fertilization systems that run on energy and resources generated on site by the ecosystem itself. It is not about adding technology to the field. It is about activati

The Bilateral Workshop.

This week we had the pleasure of participating in the 2nd #BilateralWorkshop  at the Universitat Autònoma de Barcelona, alongside fellow projects from the #EIC  portfolio: CONFETI Project EU, Mi-Hy, The Acorn Project, and SOIL2POWER . It was a great opportunity to present our latest developments within the CONFETI project, especially around our work on soil-based microbial fuel cell systems. We also had enriching discussions on synergies with other teams working on #soilmicro

Soil2Power aims to transform the way energy is supplied to agricultural systems.

As part of the project, an innovative high-performance microbial fuel cell has been developed, capable of generating electricity by harnessing the activity of microorganisms and organic matter present in the soil. This technology offers a sustainable and autonomous alternative to conventional chemical batteries, whose manufacture and disposal have a high environmental impact. The ultimate goal of Soil2Power is to develop a fully autonomous valve irrigation system, thus elimin

Agriculture is entering a new dimension.

Agriculture is rewriting its source code. We no longer extract from the soil; we connect to its living network. Projects such as Soil2Power capture the biochemical energy of microorganisms, generating autonomy for critical devices such as irrigation valves. Technology is no longer a tool applied to the field but has become a native function of the ecosystem. This is not optimization. It is a fundamental shift: from silicon to biology, from extraction to symbiosis. We are buil

Soil2Power at InfoDay

InfoDay on the Pathfinder and Transition projects organized by FECYT, Spanish Foundation for Science and Technology of the Ministry of Sc...

ExpoAgritech November 26 to 28 Málaga

From November 26 to 28, the city of Málaga hosted the ExpoAgritech, an international event dedicated to cutting-edge innovations in the...

FOODCoST Project meeting

PEDAL presented BIOOCELL in Almeria to Bio Sabor farm - organic vegetables producers, at their premises and the project consortium (TCA...

Smart Cities Expo with Soil2Power

Gathering leading partners in the industry of IoT with Bioo offering Soil2Power as a unique solution to power valves, and many other...

World Agri-Tech Innovation Summit,

PEDAL participated in the international conference focused on Agri-Tech, BIOOCELL presented to over 25 potential clients/business...

A great leap in innovation

Excited to take part in the kick-off meeting of a brand new European Innovation Council funded project - Soil2Power. Together with other...

Kick-off

We are happy to announce our participation in  hashtag#SOIL2POWER  Project.  Today we attended the first online KOM and presented our...

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Funded by the Horizon Europe EIC Transition programme under grant agreement number 101112669
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