Satya Sai Rahul Gudivada

Development of a method for the scalable design of a ship bunker system for cryogenic hydrogen using Aspen Hysys. 1. Literature research and determination of the state-of-the-art for cryogenic liquids between tank systems. 2. Developed a method for scalable dimensioning of a bunker system. 3. Development of a P&I flow chart for the cryogenic transfer system. 4. Dimensioning of the central components, such as cryopumps, hoses and pipes, and valves. 5. Market analysis for the selected components.

The scope of the work consists of • Design of MS Pipe • Manufacturing of MS Pipe • Laying of MS Pipe • Welding and joining of MS Pipes • Wrapping and coating • Testing of Pipes

Thermal Process Engineering Process System Engineering Plant Design (and Process Safety) Mechanical Process Engineering Advanced Fluid Dynamics Advanced Heat and Mass Transfer Chemical Reaction Engineering SELECTIVE SUBJECTS Fuel Cells Nanoparticle Technology Dispersion of Hazardous Materials Transport phenomena in granular and porous media Sustainability Assessment (LCA) for Biofuels

Logistics and Supply Chain Management, Production Planning and Control, Modern Manufacturing Methods and Energy Conservation and Management.Chemistry of Advanced Materials, Manufacturing Technology, Material science and Engineering, Applied Thermodynamics, C Programming, Fluid Mechanics, Fluid Machinery, Machine Design, Computational Methods in mechanical, Dynamics of Machinery, Industrial Engineering and Management, Measurements and Metrology, Heat and Mass Transfer, Power Plant Engineering