Liridon Aliti

Liridon Aliti serves as Research coordinator for produced water management at the Danish Offshore Technology Centre, Laboratory for Off-Shore Production Sciences, Technical University of Denmark (DTU) in Kgs. Lyngby, Denmark. With research output spanning petroleum engineering and environmental analysis, Aliti focuses on advanced chemical treatment methodologies for offshore production systems.

Research interests prominently feature chemical production engineering (100%), oil droplet stability (68%), and produced water management (55%), with specialized expertise in capillary electrophoresis applications, oil-in-water treatment optimization, and environmental impact assessment of production chemicals. This work addresses critical challenges in offshore oil and gas operations including corrosion inhibition, chemical quantification, and biodiversity preservation.

Recent publications (2023-2025) demonstrate a cohesive research trajectory centered on electrophoretic analysis of production chemicals, revealing strong interdisciplinary connections between petroleum engineering, environmental science, and analytical chemistry. Key trends include methodological advancements in oil-water partitioning coefficient estimation, optimization of chemical treatment processes, and emerging investigations into offshore renewable energy interactions.

Aliti actively supervises student research as evidenced by the 2023 microfluidics project on oil droplet stability, while maintaining robust industry engagement through conference presentations at the Produced Water Club meetings and Oilfield Chemistry Symposium. These activities facilitate knowledge transfer between academic research and operational practices in offshore production.

The Laboratory for Off-Shore Production Sciences at the Danish Offshore Technology Centre provides specialized infrastructure for experimental work on produced water characterization, oil droplet behavior analysis, and chemical treatment validation, enabling Aliti's research on sustainable offshore production practices.