Alejandra Diaz De Rienzo

Alejandra Diaz De Rienzo is a Lecturer in Biomedicine at the University of Salford's School of Science, Engineering & Environment, where she also serves as Athena Swan (co) Lead. With over a decade of practical experience spanning microbial technology, biochemistry, biotechnology, and environmental engineering, she has established herself as a prominent researcher in biosurfactant applications. Her work bridges industry interests with academic research to develop cost-effective platform technologies addressing societal challenges through sustainable approaches.

Dr. Diaz De Rienzo's research spans a broad cross-disciplinary spectrum focusing on microbial production of biosurfactants and natural products for pharmaceutical and environmental purposes. Her work encompasses fermentative production of novel molecules, biofilm disruptors, and increasingly incorporates machine learning-driven approaches. She integrates business and enterprise perspectives into academic offerings through innovative brewery activities, facilitating knowledge exchange with commercial microbreweries like Lark Hill via student-led lab facilities. As Athena Swan (co) Lead, she champions gender diversity initiatives to create more inclusive academic environments.

Analysis of her publication record reveals consistent focus on biosurfactants across multiple applications, showing progression from fundamental production studies toward increasingly applied research in pharmaceutical, medical device, and environmental contexts. Recent work demonstrates growing interest in sustainable biorefineries and machine learning integration, with publications spanning microbiology, biochemistry, materials science, and biomedical engineering. Her 2025 publication on lignocellulosic biomass conversion highlights her commitment to sustainable chemistry solutions for low carbon economies.

Dr. Diaz De Rienzo actively cultivates relationships with business innovation services to provide high-quality research services and engage industrial partners. Her approach to knowledge exchange creates valuable industry-academia connections while providing students with practical, real-world experience. The integration of brewery activities into academic offerings exemplifies her commitment to applied learning and industry relevance, making her research both scientifically rigorous and practically valuable for addressing contemporary challenges in antimicrobial resistance and sustainable industrial processes.