Problem Solver

Dr Narsimha Kandadi

Areas Dr Narsimha Kandadi is Knowledgeable in:

Integrated waste management with zero-emission approaches and green chemistry concepts
Waste conversion processes to value added products
Biowaste conversion to value added products with zero-emission concepts
Integrated approach to convert the land fill site into high tech industrial park
Advanced analytical instrumentation for surface as well as bulk materials properties(XRD, XPS, solid State NMR, Insitu FTIR, AAS, Near IR, SEM/TEM) as well as chemicals(GC, HPLC, FTIR,

Techniques Dr Narsimha Kandadi Uses:

Novel materials synthesis methods
spectroscopic and adsorption based functional materials(catalysts, catalysts supports, adsorbents) characterisation
Catalyst activity evaluation coupled with analytical setup design and implementation

Dr Narsimha Kandadi's Problem Solving Skills:

  1. Materials surface as well as bulk characterisation with XRD, XPS, FTIR, SEM/TEM
  2. Agricultural waste conversion to value added products, pollution prevention processes, environment-friendly technologies
  3. advanced analytical method development and method validation with HPLC, GC and other analytical methods
  4. integrated waste processing to value added products
  5. green chemistry, zero-emission concepts, alternative green and clean fuels
  6. integrated technical solutions for various processes
  7. Novel nano functional materials development(catalysts, catalyst supports, adsorbents)

Dr Narsimha Kandadi's Problem Solving Experience:

  1. developed bifunctional catalyst based on solid acid catalyst process for single step processing of FCC Gasoline to fuel ethers
    Developed zeolite based catalyst system for vapour phase halide free carbonylation of methanol
    Environment friendly processing of agricultural wastes to chemicals and advanced nanomaterials with zero emission concepts and green chemistry
    Analytical methods developed and validated for health supplements, OTC products based on HPLC, GC, AAS, NearIR
  2. Processes based on catalysts for fuel processing for low temperature fuel cells
    Development of adsorbents for hydrogen storage from agricultural wastes