Research Focus

Our work is centered on the development and characterization of electrodes made from conductive polymers for bio-electrochemical systems (BES). These systems encompass microbial fuel cells (MFC) for energy output and microbial electrolysis cells (MEC) geared towards producing cleaner fuels. The fabrication process for these electrodes primarily employs traditional coating techniques. To evaluate the performance of the BES, we utilized a model bacterium that is electrochemically active. A key aspect of our study is the characterization of the interaction between the microbes and the electrodes. For this, we employed tools like confocal and scanning electron microscopes, as well as electrochemical techniques. One of our pivotal aims is to harness CO₂ released as a by-product from the BES. We achieve this with the support of bacteria and the use of 3D carbon nanotube (CNT) sponges. This innovative approach is geared towards promoting sustainable energy generation and aiding in environmental remediation.

Research Focus

• Bio-electrochemical Systems (BES):
  • Creation of electrodes from conductive polymers.
  • MFCs for energy generation and MECs aimed at producing cleaner fuels.
  • Utilizing traditional coating methods for electrode preparation.
  • Using a model bacterium that is electrochemically active for performance evaluation.
  • Characterizing the relationship between microbes and electrodes with confocal microscopes, scanning electron microscopes, and electrochemical techniques.
• CO₂ Harnessing:
  • Aiming to harness CO₂ released as a by-product from BES using bacteria and 3D carbon nanotube (CNT) sponges.
  • Efforts towards sustainable energy production and environmental cleanup.