BioVolt Solution
NASA-Backed Shewanella Technology
Revolutionary Approach: BioVolt harnesses the natural electron transfer capabilities of Shewanella bacteria to generate electricity from organic compounds, providing a sustainable power source that operates independently of sunlight.
Shewanella Bacteria
Naturally occurring microorganisms that can transfer electrons to external surfaces, creating bioelectric current from organic matter decomposition
Continuous Power
24/7 electricity generation without light dependency, ideal for environments where solar panels are ineffective or impossible
Waste Treatment
Simultaneously processes organic waste while generating electricity, providing dual environmental and energy benefits
Extreme Conditions
Operates in harsh environments including underwater, underground, and extreme temperature conditions where traditional power sources fail
NASA Integration: BioVolt technology aligns with NASA's goals for sustainable space exploration, providing reliable power sources for missions where traditional energy systems are inadequate or unavailable.
NASA Validation & Research
NASA Ames Research Center
Extensive research at NASA Ames has validated Shewanella's performance in simulated space environments, including microgravity conditions and radiation exposure tests.
International Space Station
Preliminary experiments aboard the ISS have demonstrated that microbial fuel cells can function effectively in space, opening possibilities for long-duration missions.
Mars Simulation Studies
NASA's Mars simulation chambers have tested Shewanella's performance under Martian atmospheric conditions, showing promising results for future Mars missions.
NASA Quote: "Bioelectric systems represent a paradigm shift in space power technology, offering sustainable alternatives for missions where traditional energy sources are limited."
- NASA Space Technology Mission Directorate
🌱 How BioVolt Works
1. Organic Input
Organic waste materials provide fuel for Shewanella bacteria
2. Bacterial Processing
Shewanella bacteria metabolize organic compounds and release electrons
3. Electron Transfer
Electrons flow through specialized protein pathways to electrodes
4. Power Generation
Continuous electricity production for monitoring systems