Zouhir Guermat | Energy Saving | Best Researcher Award

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Dr. Zouhir Guermat | Energy Saving | Best Researcher Award

Researcher, Ecole Nationale Polytechnique de Constantine, BP 75, Nouvelle ville RP, Constantine, Algeria

🏆 Dr. Zouhir Guermat, a distinguished researcher at Ecole Nationale Polytechnique de Constantine, Algeria, has been honored with the prestigious Best Researcher Award for his groundbreaking work in energy saving technologies. Dr. Guermat’s dedication and innovative contributions have significantly advanced the field, particularly in developing efficient energy-saving solutions. Situated in the vibrant academic community of Constantine, Dr. Guermat’s work exemplifies the university’s commitment to excellence in research and development. His address at Ecole Nationale Polytechnique de Constantine, BP 75, Nouvelle ville RP, Constantine, Algeria, serves as a hub for intellectual exploration and scientific advancement, inspiring future generations to pursue excellence in energy conservation. 🌟

Profile

Scopus

Education

🎓 Dr. Zouhir Guermat’s academic journey showcases a remarkable dedication to advancing knowledge in mechanical engineering, with a specialization in energy. His recent achievement includes obtaining a Ph.D. in Mechanical Engineering (Energy Specialization) from the National Higher Polytechnic School of Constantine in 2024. Prior to this, he underwent rigorous training sessions focusing on energy efficiency, experimental planning, metrology, and computational modeling. Driven by a passion for innovation, he completed his State Engineer in Mechanical Engineering (Energy Specialty) in 2018. His academic foundation stems from a Bachelor of Science in Mathematics, acquired in 2013. Dr. Guermat’s diverse educational background underscores his holistic approach to tackling energy-related challenges. 🌱

Internships

🔥 Dr. Zouhir Guermat’s internship experiences have been integral in shaping his expertise in thermal engineering. He embarked on immersive internships, beginning with a stint at a Thermal Power Plant in March-April 2016, focusing on gaining general insights into power plant operations. Subsequent internships at AFRICAVER in December 2016 and March 2017 honed his understanding of boiler systems, a critical component in thermal power generation. Expanding his knowledge, he delved into compressor analysis during another AFRICAVER internship in March-April 2018. His commitment to advancing in thermal sciences led him to an enriching internship at INSA Lyon – CETHIL in June-July 2023, where he conducted in-depth analysis on thermal conductivity of bio-based phase change materials. 💡

Skills

🌟 Dr. Zouhir Guermat demonstrates exceptional organizational skills, evident in his structured approach to tasks and projects. With a keen sense of organization, he effectively manages deadlines and prioritizes responsibilities, ensuring smooth workflow and project completion. His adept communication skills foster collaboration and teamwork, enabling seamless interactions with colleagues and stakeholders. Dr. Guermat’s ability to articulate ideas and actively listen cultivates a productive working environment. Proficient in various computer tools including Excel, Word, Origin, Hycs, Fluent, and COMSOL, he leverages technology to enhance efficiency and problem-solving. With these skills and tools at his disposal, Dr. Guermat consistently delivers results with precision and proficiency. 🚀

Publications

Title: Numerical investigation of the integration of new bio-based PCM in building envelopes during the summer in Algerian cities

Authors: Guermat, Z.; Kabar, Y.; Kuznik, F.; Boukelia, T.E.

Publication: Journal of Energy Storage

Year: 2024

 

 

 

Karan Sharma | Waste Valorisation | Best Researcher Award

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Mr. Karan Sharma | Waste Valorisation | Best Researcher Award

Project Associate, Indian Institute of Chemical Technology, India

Mr. Karan Sharma, renowned for his exceptional contributions in Waste Valorisation, has been honored with the prestigious Best Researcher Award. 🏆 As a Project Associate at the esteemed Indian Institute of Chemical Technology in India, he has pioneered groundbreaking research aimed at transforming waste into valuable resources. With unwavering dedication and innovative approaches, Mr. Sharma has significantly advanced the field, addressing critical environmental challenges while fostering sustainable solutions. His remarkable achievements underscore a commitment to excellence and a profound impact on shaping a greener, more sustainable future. 🌱

Profile

Orcid

Education

Karan Sharma, a recent graduate from the Institute of Chemical Technology, Mumbai Marathwada Campus, Jalna, MH, India, distinguished himself with an Integrated M. Tech. in Chemical Engineering Major, culminating in August 2023 with an outstanding CGPA of 8.29. His thesis, titled “Exploring the High Pressure Carbonation Kinetics and Synthesis of novel Non-Isocyanate based Polyurethane using Jatropha Oil: An Experimental Study,” earned the highest grade of AA. Karan’s research signifies a significant leap in chemical engineering, accentuating environmentally sustainable materials synthesis. His exhaustive experimentation and insightful analysis have charted new pathways for eco-friendly polyurethane production. 🎓🔬

Research Experience

At CSIR-Indian Institute of Chemical Technology in Hyderabad, India, Karan Sharma serves as a Project Associate since Aug’2023. 🌟 His multifaceted role encompasses diverse projects: A. Currently, he focuses on the hydrogenation of plastic pyrolysis oil from COVID-19 waste PPE, aiming for gasoline-grade fuel production. He has developed a process employing Ni-based catalysts, enhancing oil properties to match commercial gasoline standards. B. Another endeavor involves developing a novel reactor for monomer recovery from waste plastics via catalytic thermal-cracking. Tasks include reactor design using COMSOL/ANSYS CFD, catalyst assessment, and techno-economic analysis. C. Additionally, Karan is engaged in designing a Basic Engineering Package for nano cellulose production, conducting pilot-scale experiments, and assessing membrane effectiveness for post-acid hydrolysis neutralization. 🚀

Work Experience

Karan Sharma, a seasoned Data Analyst with a rich background in chemical engineering, made significant contributions during his tenure at Chemvera Speciality Chemicals Pvt. Ltd. in Mumbai, MH, India, from January to February 2022 📊. Prior to this, as an intern at Grasim Industries – Century Rayon, Kalyan, MH, India, he led a pioneering project on “Recovery of Barium Sulphate from Depleted Brine” 🌊. His responsibilities included intricate mass and energy balance calculations, ensuring plant safety measures, and devising alternative extraction strategies. This initiative resulted in a notable cost recovery through the sale of 93% pure barium sulphate 📈. Karan also gained invaluable engineering insights during an internship at Laxmi Cotspin Pvt. Ltd. in Jalna, MH, India, further enriching his expertise in the field 🔬.

Awards

Karan Sharma received accolades at the IISER Bhopal – 4th National Conference on Advances in Chemical Engineering and Science (2023) for his exceptional oral presentation, earning the Best Oral Presentation Award. 🏆 His presentation titled “Plastic oil upcycling: Grey Hydrogen Production for Circular Economy” captivated the audience with its innovative approach towards addressing environmental concerns. 🌱 Karan’s research delved into the realm of sustainable solutions, emphasizing the importance of circular economy principles in mitigating plastic pollution. 💡 Through his work, he showcased the potential of grey hydrogen production as a viable pathway for upcycling plastic waste and fostering a more sustainable future. 🌟

Publications 

Hydrogen Production Potential from Plastic Pyrolysis Oil: Experimental and Economic Insights

Published in 2024

DOI: https://doi.org/10.1016/j.jece.2024.112220

From Pandemic Protection to Fuel Production: Conversion of Waste Personal Protective Equipment-kits to High-Quality Hydro-processed Fuels

Exploring Carbonation kinetics and novel method for synthesis of non-isocyanate based Polyurethane using Jatropha Oil