Microbial electrosynthesis (MES) is a bioelectrochemical system that utilizes chemolithoautotrophic microbes to convert **CO₂ into valuable chemicals**, contributing to carbon capture and sustainable bioprocessing. By optimizing **CO₂ delivery and electron transfer**, this system enhances microbial electrosynthesis efficiency for industrial applications.

Key Research Areas:

• CO₂ Bioconversion & Chemical Production:
  • Microbial conversion of CO₂ into acetate and methane.
  • Enhancing CO₂ reduction efficiency in microbial electrosynthesis (MES) systems.
• Innovative Electrode Design:
  • Utilizing porous nickel fiber cathodes for improved CO₂ delivery.
  • Enhancing microbial growth and electron transfer with carbon nanotube-coated electrodes.
• System Optimization & Scalability:
  • Optimizing CO₂ flow rates for improved conversion efficiency.
  • Exploring renewable energy sources, such as solar, to power the MES system.

By integrating **bioelectrochemical processes with CO₂ reduction**, the system contributes to **scalable, energy-efficient solutions** for carbon-neutral chemical production and industrial CO₂ mitigation.