Ayush Panda Email and Phone Number

Performed breakthrough studies of various gases on adsorbent in ASPEN AdsorptionModelled a single bed dynamic PSA unit for H2 purification form a feed of H2, CO, CO2 with enhanced recovery of 94.3%Modelled and simulated 2 and 4 bed Cyclic dynamic PSA Dual layer bed for H2 purification from a CH4,CO, CO2, H2 feed with a recovery of 96% and purity of 99.3% having activated carbon and zeolite 5A as adsorbents

• Conducted Aspen simulation for an LPG Treatment Unit to determine the optimal caustic utilization, enhancing the process efficiency. • Modelled the Absorber and oxidation tower using design specs and performed sensitivity analysis. • Offered expertise in resolving flooding issues encountered within the FCC off-gas scrubber unit, deploying scientific troubleshooting and methodologies to ensure seamless operation. • Successfully performed sensitivity analysis and rigorous mathematical conditions to calculate the flooding condition, tray pressure drop, temperature profile, and flooding point.

• Fabrication of Neuro-muscular junction on microfluidic devices using primary stem cells and neurons in a microfabricated cellular platform• Successfully designed and fabricated of photoresist in AutoCAD for photolithography.• Designed a microfluidic device for the co-culture of hepatocytes and neurons using COMSOL, developed the mass transfer coefficient, Stokes flow regime, and micropillar for cell entrapment and cellular culture. • Studied the in vitro cell culture in flow and calculated of shear stress

• Studies the Atmospheric Vacuum Unit, Catalytic Reforming unit, Motor Spirit Upgradation Unit and Delayed Coker Unit• Performed Material and Energy Balance Calculations in the AVU unit.• Studied Desalter Unit and devised new ways for coagulants and electrophoresis methods for particle separation.• Industrial overview and close-up tour of the Hydrotreater Unit, Sulphur Recovery Section, Nitrogen Production Unit, and Hydrogen Generation Unit.

• Developing and implementing ideas on paper-based microfluidics incorporating the detection of harmful heavy metals using different fabrication methods• Devised fabrication methods and implemented new strategies for using nitrocellulose nebulizers for color gradient• Experimental studies on different kinds of Whatman paper substrates and making a flow regime model and its data analytics. • Devising innovative methods of pattern methods, maintaining the proper flow rate of the analyte in Reynold’s Number Laminar Flow.