Newcastle University
Browse
DATASET
H.Xiang_etal_2019 RSC Sus. Eng.& Fuel Main Fig.2.csv (83.97 kB)
DATASET
H.Xiang_etal_2019 RSC Sus. Eng.& Fuel Main Fig.3.csv (4.02 kB)
DATASET
H.Xiang_etal_2019 RSC Sus. Eng.& Fuel Main Fig.4 a.csv (0.36 kB)
DATASET
H.Xiang_etal_2019 RSC Sus. Eng.& Fuel Main Fig.4 b.csv (1.02 kB)
DATASET
H.Xiang_etal_2019 RSC Sus. Eng.& Fuel Main Fig.5.csv (0.29 kB)
DATASET
H.Xiang_etal_2019 RSC Sus. Eng.& Fuel Main Fig.6a.csv (2 MB)
DATASET
H.Xiang_etal_2019 RSC Sus. Eng.& Fuel Main Fig.6b.csv (1.34 MB)
DATASET
H.Xiang_etal_2019 RSC Sus. Eng.& Fuel Main Fig.6c.csv (899.8 kB)
DATASET
H.Xiang_etal_2019 RSC Sus. Eng.& Fuel Main Fig.6d.csv (868 kB)
DATASET
H.Xiang_etal_2019 RSC Sus. Eng.& Fuel.xlsx.xlsx (8.62 MB)
1/0
10 files

Highly-efficient formate production from CO2 electrochemical reduction and its direct application in formate fuel cell

Download all (13.78 MB)
journal contribution
posted on 2019-09-27, 11:19 authored by Hang XiangHang Xiang, Hamish Andrew Miller, Marco Bellini, Henriette Christensen, Keith Scott, Shahid RasulShahid Rasul, Eileen H. Yu
The data describes a study of producing formate from CO2 electrochemical reduction with high efficiency and the direct utilization of this product to power a formate fuel cell.

Funding

EP/R021503/1

NE/L014246/1

EP/N009746/1

History

UoA

  • Engineering

Usage metrics

    Newcastle University

    Categories

    Keywords

    CO2 electrochemical reductionFormate ProductionTin catalystDirect Formate Fuel FellChemical Engineering not elsewhere classified

    Licence

    CC BY 4.0

    Exports

    RefWorks
    BibTeX
    Ref. manager
    Endnote
    DataCite
    NLM
    DC