Nilesh onole

Graduate BTech Chemical Engineer with an MSc in Chemical Engineering from the University of Nottingham. I have ambitious goals to work towards a net zero carbon fuel development programme such as H2, Ammonia, Bio Diesel, Synthetic fuel and Carbon capture programme for sustainable earth plant.  Worked as Intern in R&D Institute CSIR Leachability study of heavy metals from the disposal of coal combustion residue and understand the importance of a carbon neutral environment.  Has a noticeable leadership quality to manage independently effluent treatment plants to assist industry to save water bills and also the environment. 

I look forward to joining an organization where my chemical and environmental engineering knowledge can be utilized effectively for development of sustainable techno-economical cost-saving and efficient processes.  I am confident to ethically deliver the best work confidently.

• Reva Enviro Systems Pvt Ltd, Commissioning officer.                                                  Jan 2020– Feb 2021 

Ran the project to successfully commission of an effluent treatment plant and responsible for day to day analysis of effluent sample from idea conception to completion and handover. 

• CSIR- National Environmental Engineering Research Institute, Project trainee,           Jan – Jun 2018    Ran sample acquisition and report generation in investigating the leachability study of heavy metals from the disposal of coal combustion residue, ICP-OES. 
• Visvesvaraya National Institute of Technology, Intern.                                                     May – Jun 2017 

Ran the project successfully, Gasification of rice husk by downdraft gasifier. 

MSc Chemical Engineering/  Sep 2021-2022      

University of Nottingham 

• MSc Project: Sep-2022,(UON NOTTINGHAM) : Real-time monitoring of polymerization reaction. This project aims to develop a Real-time monitoring technique by using an integrated system of microfluidics chips with dielectric measurement properties for quality control of HDDA (polymeric microparticles), where with the help of supervisor, we developed microfluidic chip setup to analyse real time monitoring of samples.
• Accelerated design training: Assigned to design a plant project titled: “Food from Air” from a design brief for a client. A group project of 5 members. It included the preparation of PFDs and P&IDs using AutoCAD, mass and energy balances, HAZID and HAZOP studies, Functional Design Specification, Environmental Impact Assessment, and Economic Analysis reports, in this project I contributed for project Design proposal ,Equipment specification and Economic analysis. 
• Process synthesis and design: Tasked to design a process with emphasis on maximizing economic returns and plantwide optimization using Aspen HYSYS. 
• Power generation and carbon capture: Tasked to analyse different direct CO2 Capture technologies and provide advice for consideration of strategic investment. 
• Renewable Energy from Waste: Tasked to compare different types of biomasses with American Coal, using CcalC2 and RET screen tools. 
• Advanced Rheology and Materials: Fluid flow behaviour and measurement , Multiphase flow systems and Advanced Reaction Engineering, Advanced computational Method (MATLAB) 
•  Research planning 
• Process Risk and Benefit Analysis: Early-stage business plan development. Performed risk assessment and SWOT analysis on microwave assisted malt roasting.