Lv Hongguang | Coal Industry | Best Researcher Award

Dr. Lv Hongguang , Chifeng University, China.

Dr. Hongguang Lv 🎓 is a Teacher and Engineer at Chifeng University 🏫, with a doctorate from China University of Mining and Technology (Beijing) ⛏️. With extensive experience in the coal industry, he has served in senior technical and managerial roles at leading energy enterprises such as Shendong Coal Group and TBEA Tianchi Energy ⚙️. Dr. Lv has published over 10 scientific papers 📝, secured 11 national patents and 3 software copyrights 📑, and led numerous high-impact research projects. Recognized for his innovation and dedication, he has earned multiple prestigious coal industry awards 🏆 and continues to advance intelligent and green mining technologies 🌱🤖.

Publication Profiles

Scopus

Education & Experience

🎓 Educational Background

📅 2020.09–2024.07 | Doctorate – China University of Mining and Technology (Beijing)
📅 2014.10–2017.04 | Master of Engineering – Mineral Processing Engineering
📅 2006.09–2010.07 | Bachelor of Engineering – Mineral Processing Engineering

🧑‍💼 Work Experience

📅 2019.12–2020.09 | Minister & Project Manager – Xinjiang TBEA Tianchi Energy Co., Ltd.
📅 2018.08–2019.12 | Vice Production Director – Shangwan Coal Preparation Plant, Shendong Coal Group
📅 2010.07–2018.08 | Technical Supervisor – Daliuta Coal Preparation Plant, Shendong Coal Group

Suitability for the Award

Dr. Hongguang Lv, currently serving as a Teacher/Engineer at Chifeng University, stands as an exemplary nominee for the Best Researcher Award in recognition of his profound contributions to coal science and engineering innovation. With a Ph.D. from the China University of Mining and Technology (Beijing) and over a decade of integrated experience in research, development, and implementation within the coal industry, Dr. Lv has consistently driven impactful advancements in mineral processing, intelligent mining, and environmental technologies.

Professional Development

Dr. Lv has cultivated a strong career across technical, managerial, and academic roles in the coal industry 🏭. His expertise spans coal slime filtration theory, tailings treatment, intelligent mine design, and process optimization 📊. With hands-on experience in advanced coal preparation technologies and leadership in R&D projects, he integrates scientific theory with industrial applications 🔬⚙️. As an educator and engineer, he continues to publish research, develop patented technologies, and promote smart mining systems using AI and automation 🤖🌍. His work supports sustainable and efficient coal processing through real-time monitoring, data-driven analysis, and intelligent system design 📡🛠️.

Research Focus

Dr. Hongguang Lv’s research is centered on coal preparation engineering, with a focus on moisture-resistivity modeling of coal slime 💧📉, filter cake pore structure deformation, and intelligent coal mine construction 🧱🤖. He has worked on deep dewatering technologies, tailings treatment, and the development of advanced mineral processing systems. His applied studies in intelligent filtration and desliming processes enhance energy efficiency and operational safety ⚡🛡️. His work bridges theoretical research and industrial innovation, contributing to China’s national goals in green mining and sustainable energy development 🌱🔍. He is particularly active in automation, smart sensing, and coal process intelligence 💡.

Awards & Honors

🥇 Youth Innovation and Efficiency Pacemaker – Shendong Coal Group
🏅 Outstanding Communist Party Member – Shendong Coal Group
🛡️ Annual Safety Advanced Worker – Shendong Coal Group
🧑‍🎓 Top Ten Outstanding Youth – Shendong Coal Group

Publication Top Noted

2025 | Investigating the Moisture-Resistivity Model of Coal Slime Based on Archie Equation |
2024 | Effect of Grinding Media, Time, and Particle Size on Coal Particle Shape: Interpretation of Aspect Ratio-Modified Roundness for Products of Ball and Rod Mills |
2024 | Online Analysis of Coal Slime Water Particle Size Based on RRSB Characteristic Parameters |
2023 | Study on Filtration Equations Based on Filtrate Viscosity |
2023 | Comparison and Analysis of Powder Removal and No Powder Removal in Daliuta Coal Preparation Plant |
2022 | Application of Equipment Operation and Efficiency System in Intelligent Coal Preparation Plant |
2022 | Technical Analysis and Rectification Suggestions for Circulating Water Clarification in Daliuta Coal Preparation Plant |

Imkong Rathi | Mineral Processing | Best Researcher Award

Mr. Imkong Rathi , Indian Institute of Technology (Indian School of Mines), India.

Imkong is an enthusiastic and inquisitive mineral engineer with over 10 years of cumulative experience in mineral processing. Based in Dhanbad, India, he has worked extensively in both laboratory and industrial settings, focusing on dewatering, froth-flotation, gravity separation, and more. With a passion for research and development, he currently serves as a Research Fellow at IIT (ISM) Dhanbad. His expertise spans various mineral engineering techniques, with a keen interest in data analysis and computational methods to drive industry innovation.

Suitability for The Award

Mr. Imkong Rathi’s background in mineral processing and his extensive experience in both research and industry make him a strong candidate for the Best Researcher title. With over 10 years of cumulative experience, he has developed a comprehensive understanding of key mineral engineering processes, including dewatering, froth flotation, gravity separation, and magnetic separation. His academic qualifications, professional experience, and notable research contributions highlight his deep commitment to advancing mineral processing technologies.

Professional Development ()

Imkong has steadily developed his expertise through hands-on experience in various mineral processing techniques. His work involves ore characterization, sampling, grinding, and froth-flotation, with an emphasis on the efficient separation of sulphide ores. Throughout his career, he has excelled in using analytical tools such as AAS, microscopic imaging, and zeta potential measurement, and his technical skills extend to computational methods for particle trajectory and fluidized systems using COMSOL software. Imkong’s ability to work in team and individual environments has sharpened his communication and problem-solving skills, making him a valuable asset in the field of mineral engineering.

Research Focus

Imkong’s research primarily focuses on mineral processing and the optimization of ore beneficiation techniques. His expertise lies in gravity separation, froth-flotation, and dewatering processes. He is particularly interested in improving the efficiency of mineral separation methods for challenging ores like chalcopyrite, leveraging both experimental techniques and computational models to optimize processing outcomes. His studies on particle density stratification and fluidized bed separators highlight his commitment to advancing mineral processing technologies that contribute to resource efficiency and sustainability.

Awards and Honors ()

NMD-ATM Goa Chapter 2017 – Study of particle density stratification in a fluidized system
MPT Dhanbad Chapter 2018 – Beneficiation and process optimization of chalcopyrite ore
NMD-ATM Kolkata Chapter 2018 – Review on flotation of chalcopyrite ore

Publication

Statistical Evaluation of Flotation Behavior of Chalcopyrite in the Presence of SIPX and Acetoacetic Acid n-Octyl Ester as a Novel Collector Blend: A Sustainable Approach (2024) – Cited by: 0. DOI: 10.3390/min14101003