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Singapore Catalysis Society

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    • Home
    • About us 
      • Constitution
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      • News
      • SACC 2023
      • SCS Forum 2024
    • Research
    • Presentation
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Singapore Catalysis Society

  • Home
  • About us 
    • Constitution
    • Executive Committee
    • Job
  • News 
    • News
    • SACC 2023
    • SCS Forum 2024
  • Research
  • Presentation
  • Membership
  • Contact us
  • Download
  • …  
    • Home
    • About us 
      • Constitution
      • Executive Committee
      • Job
    • News 
      • News
      • SACC 2023
      • SCS Forum 2024
    • Research
    • Presentation
    • Membership
    • Contact us
    • Download
  •  

    Research Highlights

  • The Latest

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    Design of Organocatalysts with Catalytic Acid-Base Dyad Inspired by Serine Proteases

    A new type of chiral β-amino acid catalyst has been designed computationally mimicking the enzyme catalysis of serine proteases.

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    Development of efficient photocatalysts systems for solar hydrogen production

    Prof Xu Rong's group has successfully developed several new and highly active hydrogen production systems. In particular, the NiS/CdS system exhibited over 50% of quantum efficiencies at 420 nm which is among the highest over the photocatalysts without noble metals.

  • Institute of Chemical and Engineering Sciences (ICES)

    • Carbon-Carbon Coupling Reactions with Heterogeneous Precatalysts
    • Catalytic Conversion of Bio-based g-Valerolactone to Adipic Acid
    • Development of Efficient and Stable Catalysts to Produce Hydrogen via Ethanol Steam Reforming
    • Development of Low-Pt-Loading Catalysts For Oxygen Reduction Reaction (ORR)
    • Industrial Biotechnology Group

    National University of Singapore (NUS) 

    • Design of Organocatalysts with Catalytic Acid-Base Dyad Inspired by Serine Proteases
    • Modeling-guided Catalyst Design
    • Thiocarbamate catalyzed enantioselective bromocyclization reactions

    Nanyang Technological University (NTU) 

    • Developing new catalysts for palladium chemistry
    • Development of efficient photocatalysts systems for solar hydrogen production
    • Formaldehyde Steam Reforming on Cu, PdZn and Ir

    Institute of Materials of Research and Engineering (IMRE) 

    • Advanced catalyst characterization via in-situ capabilities

    Singapore Industry

    Coming soon...

Singapore Catalysis Society

 

Location: 1 Pesek Road, Jurong Island Singapore 627833

 

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Tel :+65 6796 3812
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Email : admin@singapore-catalysis-society.com

 

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