Department of Chemical Sciences

 FACULTY OF SCIENCES & TECHNOLOGY

Catalysis for Renewable Energy & Environmental Sustainability (CaREES)

Vision

To promote catalysis technology as the disciplinary key to future sustainable community

To initiate the integration of homogenous, heterogeneous and bio catalysis in embarking new challenges in catalysis

Mission

CaREES is committed in promoting the scientific knowledge transfer and the catalysis research networking between CaREES scientists, industries, policy makers and stakeholders at national and international levels for a sustainable future.

Research Niche

Section 1: Catalytic Design and Novel Reaction

  • Design, synthesis and understanding of physicochemical properties of catalysts at molecular stage and their applications through experimental and theoretical modellings.
  • Understanding the operating mechanism of solid catalysts at atomic level in the reactive cycle through advanced experimental and theoretical modellings.
  • Development of nano / hierarchy structured catalyst, including bi-functional catalyst, nano alloy catalysis and the reactor design.

 

Section 2: Catalysis for Renewable Energy

  • Storing and converting solar energy through catalysis.
  • Chemical catalysis based on solar for the production of renewable energy (solar fuel).
  • Catalysis and materials for fuel cell (SOFC, DMFC, PEM) and redox reaction of battery.

 

Section 3: Catalysis for Sustainable Environment

  • Advanced oxidation catalysis that is efficient for pollutions encounter during water treatment and sewage treatment.
  • Control release of gases from automotive and industries including adsorption and conversion of greenhouse gases through catalysis.

 

Section 4: Catalysis for the Synthesis of Value-Added Chemicals

  • Chemical catalysis based on solar for the synthesis of value-added chemicals.
  • Catalysis for the conversion of biomass and waste into chemicals and combustible products.
  • Chemical catalysis for the synthesis of organic compounds containing ammonia and nitrogen.
  • Catalysis for the bond formation of organometallic and bio organometallic.
  • Desulphuration catalysis.
  • Polymerization catalysis.

Research Affiliates

  • Mohamad Azuwa Mohamed (Lead)
  • Dr. Mohammad B. Kassim
  • Dr. Muhammad Mukram Bin Mohamed Mackeen
  • Dr. Muhammad Rahimi Yusop
  • Wan Nur Aini Wan Mokhtar
  • Teh Lee Peng
  • Muntaz Binti Abu Bakar

Distinguished Professor

Dr. Mohd Ambar Bin Yarmo