Partnered with WSP Canada to evaluate Hydrogen's adoption potential in 4 transportation sectors, aiming to accelerate the transition to clean energy in the most promising sector. • Analyzed and identified the most promising sector for adopting Hydrogen for 2035 and 2050 by developing a comprehensive ranking system-based framework that compared Hydrogen on 18 different parameters, rated on a scale of 1 to 4.• Enhanced the framework's robustness by incorporating expert input from… Show more Partnered with WSP Canada to evaluate Hydrogen's adoption potential in 4 transportation sectors, aiming to accelerate the transition to clean energy in the most promising sector. • Analyzed and identified the most promising sector for adopting Hydrogen for 2035 and 2050 by developing a comprehensive ranking system-based framework that compared Hydrogen on 18 different parameters, rated on a scale of 1 to 4.• Enhanced the framework's robustness by incorporating expert input from five industries to assign weighted values to each parameter, ensuring a comprehensive and well-informed evaluation.• Provided key environmental insights with the framework for government policymakers and industry stakeholders, aiding in pinpointing transportation sectors for hydrogen use in alignment with Canada’s clean energy goals. Show less

At Smart Label Solutions (SLS), I was tasked with evaluating the environmental benefits of electronic shelf labels (ESLs) in Canada's retail sector. I discovered that one ESL could replace 5840 paper labels over eight years, saving 8.52 Kg of CO2eq and potentially reducing the sector's CO2eq emissions by 0.235 Mt/year.1. Executed a sensitivity analysis, corroborated by the Migros Etrembières case, confirming ESLs' efficacy in emission reduction.2. Addressed ESL battery disposal… Show more At Smart Label Solutions (SLS), I was tasked with evaluating the environmental benefits of electronic shelf labels (ESLs) in Canada's retail sector. I discovered that one ESL could replace 5840 paper labels over eight years, saving 8.52 Kg of CO2eq and potentially reducing the sector's CO2eq emissions by 0.235 Mt/year.1. Executed a sensitivity analysis, corroborated by the Migros Etrembières case, confirming ESLs' efficacy in emission reduction.2. Addressed ESL battery disposal issues, proposing recycling initiatives and sustainable material exploration to mitigate impacts.3. Recommended retailer-specific research and life cycle analyses to optimize ESL implementation and enhance data precision.4. Highlighted e-paper technology’s capacity for energy-efficient, dynamic advertising, and underscored the need for consumer education and collaboration to elevate ESL sustainability.These insights affirmed ESLs’ potential to significantly curtail GHG emissions, paving the way for a greener Canadian retail landscape. For in-depth findings and recommendations, read the full report here: https://sustain.ubc.ca/about/resources/potential-waste-and-ghg-emissions-reduction-replacing-paper-shelf-labels-retail Show less

During my time as a Technical Professional - Process at KBR, Inc., I had the opportunity to work as a member of the Furnace Analytical Team in the energy sector. My work focused on contributing to the design of hydrogen reformers with a focus on sustainability, clean energy, and renewable energy solutions.One of my major accomplishments during my time at KBR was improving the efficiency, performance, and profitability of heaters. Through my work, I was able to troubleshoot and resolve… Show more During my time as a Technical Professional - Process at KBR, Inc., I had the opportunity to work as a member of the Furnace Analytical Team in the energy sector. My work focused on contributing to the design of hydrogen reformers with a focus on sustainability, clean energy, and renewable energy solutions.One of my major accomplishments during my time at KBR was improving the efficiency, performance, and profitability of heaters. Through my work, I was able to troubleshoot and resolve technical issues using my knowledge and experience in furnace technologies. I am proud to have played a key role in making these heaters more efficient and effective, which ultimately helped our clients achieve their goals in a more sustainable manner.I also collaborated with cross-functional teams to identify and implement innovative solutions for reformer design and improvement in energy efficiency, prioritising sustainability and renewable energy in all decision-making processes. This was a challenging but fulfilling experience that allowed me to contribute meaningfully to the field of clean energy.Overall, my time at KBR was a valuable experience that allowed me to apply my skills and knowledge to real-world problems. Show less

During my tenure as a Senior Process Engineer at Technip Energies India Limited, I had the privilege of working on diverse and exciting projects. One notable project was the Engineering Procurement and Construction project for HPCL Rajasthan Refinery Limited in Rajasthan. This endeavour allowed me to apply my process engineering skills and collaborate effectively with a team to achieve exceptional results.Additionally, I took on a crucial role during the pre-commissioning and… Show more During my tenure as a Senior Process Engineer at Technip Energies India Limited, I had the privilege of working on diverse and exciting projects. One notable project was the Engineering Procurement and Construction project for HPCL Rajasthan Refinery Limited in Rajasthan. This endeavour allowed me to apply my process engineering skills and collaborate effectively with a team to achieve exceptional results.Additionally, I took on a crucial role during the pre-commissioning and commissioning of the Prime G unit at the HPCL refinery. It was a challenging yet rewarding experience to ensure the completion of commissioning tasks within a tight deadline of 60 days.I am honoured to be promoted to Senior Process Engineer within four years, which is a testament to my hard work, dedication, and expertise in the field. This promotion allowed me to assume additional responsibilities and significantly contribute to the company's success. Show less

During my tenure as a Process Engineer at Technip Energies India Limited, I successfully completed multiple projects, gaining extensive expertise in process engineering. Here are some highlights of my accomplishments:Executed three Detailed Engineering and six Basic Engineering projects, honing my skills in the field.Led the successful revamp of fired heaters in seven refineries, resulting in a remarkable 25% reduction in greenhouse gas emissions (CO, CO2) and an 8% improvement in… Show more During my tenure as a Process Engineer at Technip Energies India Limited, I successfully completed multiple projects, gaining extensive expertise in process engineering. Here are some highlights of my accomplishments:Executed three Detailed Engineering and six Basic Engineering projects, honing my skills in the field.Led the successful revamp of fired heaters in seven refineries, resulting in a remarkable 25% reduction in greenhouse gas emissions (CO, CO2) and an 8% improvement in overall average efficiency.Oversaw the Digboi refinery revamp project for CDU and VDU heaters, delivering annual fuel savings of 2000 tonnes and a 50% decrease in NOx emissions, contributing to a more sustainable and environmentally friendly operation.Led a revamp project for a 25 MW Heater at Gujarat Refinery, implementing hydraulic and equipment sizing calculations to achieve a 20% reduction in NOx emissions and a 10% improvement in fired heater efficiency.My time at Technip Energies India Limited was both challenging and fulfilling, allowing me to contribute significantly to the field of process engineering. I am grateful for the experience and eager to continue making a positive impact in future endeavors. Show less

During my time at the Indian Institute of Technology, Kharagpur, I had the opportunity to complete an internship working on the project titled "Optimization of Membrane Processes" under the guidance of Professor Sirshendu De, Head of the Department of Chemical Engineering.My work involved studying the effect of incubation time and pectinase concentration on the color, clarity, viscosity, pH, salt content, and protein, polyphenol, pectin, and sugar content of Bael juice. Through this… Show more During my time at the Indian Institute of Technology, Kharagpur, I had the opportunity to complete an internship working on the project titled "Optimization of Membrane Processes" under the guidance of Professor Sirshendu De, Head of the Department of Chemical Engineering.My work involved studying the effect of incubation time and pectinase concentration on the color, clarity, viscosity, pH, salt content, and protein, polyphenol, pectin, and sugar content of Bael juice. Through this project, I gained valuable experience in the field of optimization of membrane processes and learned new skills in experimental design and data analysis.I am grateful for the opportunity to have worked with such a knowledgeable and experienced mentor and to have been a part of the Indian Institute of Technology, Kharagpur's research community. Overall, my internship was a challenging and rewarding experience, and I look forward to applying the skills and knowledge I gained to future research opportunities. Show less

I also had an opportunity to work on a project focused on the ultrafiltration of Ajwain extract. This project involved using a hollow fiber module under total recycle mode to clarify the extract through cross-flow ultrafiltration.I worked with surface-modified polysulfone-based membrane cartridges with a molecular weight cut-off of 44 kDa for the ultrafiltration process. My work focused on investigating the effects of operating conditions, such as the transmembrane pressure drop and… Show more I also had an opportunity to work on a project focused on the ultrafiltration of Ajwain extract. This project involved using a hollow fiber module under total recycle mode to clarify the extract through cross-flow ultrafiltration.I worked with surface-modified polysulfone-based membrane cartridges with a molecular weight cut-off of 44 kDa for the ultrafiltration process. My work focused on investigating the effects of operating conditions, such as the transmembrane pressure drop and cross-flow rate, on the permeate flux and permeate quality.Through this project, I gained valuable experience in the field of ultrafiltration and learned new skills in experimental design, data analysis, and problem-solving. I enjoyed working with the innovative technology and was excited to see the potential for its applications in the food and beverage industry. I am grateful for the opportunity to have been a part of such a dynamic research community and to have worked on a project with real-world applications. Show less