Logo TUIasiLogo CH TUIasiLogo CH TUIasiBio-based porous materials for hydrogen storage and environmental applications

Acronym: BIOPOROMAT, Grant No. 118/2022, UEFISCDI code: PN-III-P4-PCE-2021-1455, June 2022 - November 2024

Results

Phase I   Phase II   Phase III

Estimated results

The results on the preparation and investigation of the new bio-based derived materials, performance on hydrogen storage and environmental remediation will be valorized in at least 5 manuscripts published in high-impact ISI ranked journals; 1 patent request (OSIM), detailed scientific reports.
Design, obtaining and morpho-structural investigation of CNMSs resulted through biomass thermo-chemical conversion, including surface chemical functionalization and porosity enhancement. 2 manuscripts submitted for evaluation to high-ranked ISI journals.
Design and preparation of porous polymeric composites of p-HEMA with embedded carbon nano / microstructures (CNMSs). 2 works presented at international conferences; 1 manuscript submitted for evaluation to a high-ranked ISI journal; 1 national patent request.
Testing and morpho-structural adaptation of engineered porous polymer composites for hydrogen storage and environmental remediation. 2 works presented at prestigious international conferences; 2 manuscripts submitted for evaluation to high-ranked ISI journals; 1 extensive research report