Microbial Cell

A microbial fuel cell is a bioelectrochemical system that uses the metabolic activity of microorganisms to convert chemical energy directly into electrical energy. Unlike conventional fuel cells, organic matter is used as fuel instead of hydrogen.

FB-25-01

Gold plated current collectors Machined graphite separator plates Banana plugs for monitoring voltage Belleville washer Built-in silicon rubber heaters (120 watt) for maintaining cell temperature Nylon fittings for gas tight connection to 1/4” tubing Gaskets: Silicone (standard) Size At (H x W x L): 11cm x 9.5cm x 4.5cm Weight: 1,35 kg Normal Operating Temp: 65 to 75 °C Maximum Temp: 180 °C

€5,590.00

MFC-H-Cell

H-cell as Microbial Fuel Cell (MFC) reactor chamber, 100 ml volume on each side of chamber,

€1,090.00

Functionality and technology:

Biocatalysis: At the anode, specialized bacteria (exoelectrogens) biochemically break down organic substrates, such as those found in wastewater.
Electron transfer: During this oxidation process, the microorganisms release protons and electrons. The electrons are conducted to the cathode via the external circuit, generating usable electrical current.
Proton exchange: The protons migrate through a selective membrane to the cathode, where they combine with oxygen to form water.
Fields of application in research and industry:
Energy-autonomous wastewater treatment: MFCs enable the simultaneous treatment of organically contaminated wastewater and the generation of energy.
Biosensor technology: Due to the direct correlation between microbial metabolism and current flow, these cells are ideal as sensors for monitoring water quality or pollutant levels.
Basic research: In science, MFC test cells are used to research biofilm structures, extracellular electron transfer, and new electrode materials.

Your advantage:

Microbial fuel cells offer a sustainable approach to decentralized energy generation from biomass and waste materials. They combine environmental technology with efficient energy conversion.