ROMON - Mexico
Author Profile
Early Academic Pursuits
Dr. Rosendo Monroy Loperena, born on November 6, 1957, in Tenancingo, State of Mexico, embarked on his academic journey at the Universidad Iberoamericana, where he earned his Bachelor’s Degree in Chemical Engineering (1976-1980). His dedication to education and academic excellence was evident early on, as he graduated with honors. Continuing his studies at the same institution, he pursued a Master’s Degree in Systems Planning and Informatics from 1982 to 1984, further solidifying his foundation in chemical and systems engineering.
In 1997, Monroy Loperena began his Ph.D. at the Metropolitan Autonomous University (UAM), Iztapalapa Unit, completing it in 1999. His doctoral studies were marked by an impressive performance, culminating in the receipt of the University Merit Medal, an acknowledgment of his exceptional academic contributions. Monroy Loperena’s thirst for knowledge and innovation led him to a postdoctoral fellowship at the prestigious Center for Research and Advanced Studies of the National Polytechnic Institute (CINVESTAV-IPN) from 2012 to 2014, where he specialized in biotechnology.
Professional Endeavors
Dr. Monroy Loperena’s professional career is characterized by a blend of academic and industrial experiences. Starting as a Development Engineer at the Mexican Petroleum Institute (1980-1982), he quickly transitioned to academia as a Full-time Professor at the Universidad Iberoamericana (1983-1988). Here, he also served as the Research Coordinator in the Department of Systems, demonstrating his ability to bridge theoretical research and practical applications.
In 1989, he founded Systemic Approach, S.A. de C.V., a consulting firm that he led until 1997. This entrepreneurial endeavor highlighted his knack for applying academic knowledge to real-world challenges. Later, he served as a Research Scientist “A” in the Molecular Engineering Program at the Mexican Petroleum Institute (2000-2004), where his research significantly contributed to the field of chemical engineering.
Monroy Loperena’s expertise was also sought in various administrative roles. Notably, he coordinated financial and administrative monitoring for the Executive Secretariat for Construction, Material Resources, and General Services at the Federal Judiciary Council (2011). He also held the position of Administrative Coordinator at the National Human Rights Commission (2009-2011).
In 2012, he founded ROMON – Engineering, Planning and Systems Consulting, where he continues to serve as CEO. This role allows him to leverage his extensive experience to provide strategic consulting services, further extending his impact on the engineering and scientific community.
Contributions and Research Focus
Dr. Monroy Loperena’s research contributions span various aspects of chemical engineering, with a particular focus on fluid phase equilibria, distillation processes, and the development of robust computational methods for chemical engineering applications. His extensive publication record includes influential papers on vapor-liquid flash calculations, the Rachford-Rice equation, and multicomponent distillation column simulations.
His research is characterized by the development of efficient algorithms and innovative solutions to complex engineering problems. For instance, his work on enhancing cubic polynomial solutions and providing new perspectives on the Rachford-Rice equation has garnered significant attention in the scientific community. Monroy Loperena’s publications, such as “An Efficient Method to Calculate Multisolid-(Wax) Precipitation” and “A Simple, Reliable and Fast Algorithm for the Simulation of Multicomponent Distillation Columns,” highlight his contributions to advancing chemical engineering methodologies.
Accolades and Recognition
Dr. Monroy Loperena’s academic and professional excellence has been recognized through numerous awards and distinctions. He was a National Researcher Level 2 in the National System of Researchers from 2001 to 2016, reflecting his sustained contributions to scientific research. Additionally, he received the Best Reviewer Award from Computers & Chemical Engineering (2012-2013) and the Second Place award for his doctoral thesis in the petroleum industry from the Mexican Petroleum Institute (2000).
His commitment to academic excellence was further acknowledged with the University Merit Medal from UAM and the IMIQ Mention for his work presented at the Annual Convention of the Mexican Institute of Chemical Engineers in 1983. These accolades underscore his influence and leadership in the field of chemical engineering.
Impact and Influence
Dr. Monroy Loperena’s impact extends beyond his research contributions. As an educator, he has influenced countless students through his teaching roles at various institutions, including the Metropolitan Autonomous University, the Technological Institute of Higher Studies of Ecatepec, and the Rosario Castellanos Institute of Higher Studies. His dedication to teaching and mentorship has inspired a new generation of engineers and researchers.
His role as a member of the CONACYT Register of Accredited Evaluators and as a jury member for the Best Doctoral Thesis in Thermodynamics Contest demonstrates his commitment to advancing scientific standards and supporting emerging researchers. His participation in various coordination committees, such as the FIRST COLLOQUIUM ON SIMULATION, reflects his leadership in fostering academic and research collaborations.
Legacy and Future Contributions
Dr. Rosendo Monroy Loperena’s legacy is marked by his profound contributions to chemical engineering, both as a researcher and educator. His innovative research, impactful publications, and dedication to academic excellence have left an indelible mark on the field. Moving forward, his continued involvement in research and consultancy through ROMON promises to yield further advancements and applications of chemical engineering principles.
As he continues to publish groundbreaking research and mentor the next generation of engineers, Monroy Loperena’s influence will undoubtedly persist, shaping the future of chemical engineering and contributing to its evolution in addressing complex industrial and environmental challenges.