Mr. Amin Tia Saasi | Lithium | Best Researcher Award 

Mr. Amin Tia Saasi | Lithium | Graduate Research Assistant at University of Virginia | United States

Mr. Amin Tia Saasi is a dedicated scholar in the field of Chemical Engineering with a strong commitment to advancing sustainable technologies for global impact. His expertise lies in developing innovative solutions for lithium extraction, sustainable energy materials, and environmentally friendly process design. With a foundation built on rigorous academic training and impactful research, he has emerged as a promising contributor to addressing critical challenges in renewable energy and green engineering. Mr. Amin Tia Saasi combines academic excellence, technical innovation, and leadership qualities that align with the vision of modern scientific advancement. His journey reflects both depth in research and breadth in academic and professional engagement, positioning him as a future leader in his discipline.

Academic Profile

ORCID

Education

Mr. Amin Tia Saasi has pursued advanced studies in Chemical Engineering, focusing on areas of material science, process optimization, and sustainable chemical processes. His educational path is marked by strong performance in foundational engineering principles and a deepening expertise in energy-related chemical systems. He has enhanced his academic training by engaging in research-intensive programs that blend theoretical knowledge with experimental and computational approaches. This balance of education and research has enabled him to apply engineering fundamentals to solve pressing industrial and environmental challenges.

Experience

Throughout his academic and professional journey, Mr. Amin Tia Saasi has been actively involved in a variety of research and leadership experiences. He has contributed to high-impact projects addressing the recovery of lithium from geothermal brine, advancing process designs for sustainable large-scale production, and collaborating on studies that explore the optimization of resource efficiency. His experience extends beyond laboratory research into teaching assistance, mentoring, and leadership roles within academic associations. He has served as a mentor for undergraduate researchers, supported knowledge dissemination through presentations, and taken leadership in professional communities that foster collaboration and innovation. These experiences collectively demonstrate his ability to balance scientific inquiry with community-oriented service.

Research Interest

The research interests of Mr. Amin Tia Saasi are primarily centered on sustainable chemical engineering solutions. His core focus is on lithium extraction and recovery methods that support renewable energy technologies, particularly those relevant to energy storage. He is also engaged in exploring efficient chemical processes for material development, purification methods, and resource recovery that minimize environmental impacts. His studies aim to integrate engineering innovation with ecological responsibility, ensuring that scientific advancements contribute to broader sustainability goals. By aligning his research with the growing global demand for clean energy and environmentally conscious technologies, Mr. Amin Tia Saasi is making meaningful contributions to the advancement of both science and society.

Award

Mr. Amin Tia Saasi has been recognized for his leadership qualities, research excellence, and academic service through his involvement in professional associations and student organizations. His active participation in organizations such as the American Institute of Chemical Engineers and the National Organization for the Professional Advancement of Black Chemists and Chemical Engineers has positioned him within networks that recognize talent and innovation. In addition, his leadership as president of a student association reflects his ability to guide and inspire peers while strengthening international academic collaboration. Such recognitions underscore his contributions to academia and his potential for future global leadership in chemical engineering research.

Selected Publication

• Lithium capture from simulated geothermal brine via chemical reduction of iron phosphate in a packed bed reactor (2025). Separation and Purification Technology.

• Selective lithium extraction from brine via chemical reduction of iron phosphate with aqueous iron compounds (2024). Sustainable Energy & Fuels.

Conclusion

In conclusion, Mr. Amin Tia Saasi represents a strong candidate for recognition through this award nomination. His biography reflects a trajectory of consistent achievement across education, research, and leadership. His expertise in lithium extraction and process design has resulted in contributions to sustainability and energy innovation that align with pressing global challenges. His engagement in academic leadership and professional organizations further enhances his profile as a scholar committed to excellence, service, and impact. With a growing body of publications and recognition for his leadership potential, Mr. Amin Tia Saasi demonstrates the qualities of an emerging leader whose future contributions will significantly shape the discipline of Chemical Engineering and sustainable energy systems.