Posterprize for HZB postdoc Prince Saurabh Bassi

Bassi presented results on new phases in the quaternary Fe-Ti-W-O system for application as photoelectrocatalyst in light-assisted water splitting.

Bassi presented results on new phases in the quaternary Fe-Ti-W-O system for application as photoelectrocatalyst in light-assisted water splitting. © HZB

Dr. Prince Saurabh Bassi was awarded the poster prize at “International Bunsen-Discussion-Meeting on Fundamentals and Applications of (Photo) Electrolysis for Efficient Energy Storage”. He is a postdoctoral fellow working with Prof. Sebastian Fiechter in the Institute for Solar Fuels.

The poster was titled: “Survey and Synthesis of Photoactive Phases in the Quaternary System Fe-Ti-W-O Supported by Combinatorial Screening Experiments”. It was chosen from 53 posters presented during two poster sessions of the conference with 150 participants. The meeting was held in Taormina, Italy from 1st to 5th April 2019. The prize was sponsored by the Royal Society of Chemistry (Journal of Materials Chemistry A, B and C and Materials Horizons). A book voucher was also gifted to him by the society.

In the poster, Bassi presented latest results on the survey and synthesis of new phases in the quaternary Fe-Ti-W-O system for application as photoelectrocatalyst in light-assisted water splitting. The inability to find systems possessing favorable characteristics like optimum band gap for efficient solar light absorption and electrochemical, aqueous and thermodynamic stability, have led the scientific community to explore com­plex ternary and quaternary oxide systems. Since they encompass complimentary properties of their constituent binary oxides, their properties can be tuned by varying their stoichiometry.

He fabricated thin film photoelectrodes of the hit composition Fe48Ti30W22Ox, obtained from the combi­natorial screening, using a simple spin coating route. The structural analysis revealed that - after temperature annealing – a new quaternary oxide appeared crystallizing in a distorted Ferberite structure together with the ternary phases Fe2TiO5 and Fe1.7Ti0.23O3. His work proves to be a bridge between combinatorial studies and thin film fabrication and characterization of photoactive hit region compositions.

 

red.

  • Copy link

You might also be interested in

  • Two precision mechanics from HZB are Berlin's best trainees
    Interview
    30.10.2025
    Two precision mechanics from HZB are Berlin's best trainees
    Two former apprentices from the HZB workshop have achieved something remarkable: Fiete Buchin and Edgar Lunk completed their training as precision mechanics, taking first and second place in all of Berlin. In this interview, they share what it took to reach the top, what makes their training special, and the advice they would give to future apprentices.
  • Successful master's degree in IR thermography on solar facades
    News
    22.10.2025
    Successful master's degree in IR thermography on solar facades
    We are delighted to congratulate our student employee Luca Raschke on successfully completing her Master's degree in Renewable Energies at the Hochschule für Technik und Wirtschaft Berlin - and with distinction!
  • TT-Award 2025: Perovskite solar cells from Germany
    News
    15.10.2025
    TT-Award 2025: Perovskite solar cells from Germany
    Photovoltaics is the leading technology in the transition to clean energy. However, traditional silicon-based solar technology has reached its efficiency limit. Therefore, a HZB-team has developed a perovskite-based multi-junction cell architecture. For this, Kevin J. Prince and Siddhartha Garud received the Helmholtz-Zentrum Berlin's (HZB) Technology Transfer Prize of 5,000 euros.