Massimo Rolle

Massimo Rolle is an Associate Professor in the Department of Environmental and Resource Engineering at the Technical University of Denmark (DTU), where he conducts research at the intersection of hydrogeochemistry, contaminant transport, and reactive modeling in subsurface systems. His work addresses critical environmental challenges related to groundwater contamination and sustainable remediation technologies.

• Position: Associate Professor
• Institution: Technical University of Denmark (DTU)
• Department: Department of Environmental and Resource Engineering
• Research Focus: Subsurface processes, reactive transport, biogeochemical modeling, isotope fractionation, and engineered remediation

His research interests center on understanding the physical, chemical, and biological processes governing contaminant fate in aquifers. He combines high-resolution laboratory experiments with advanced numerical modeling to investigate mixing dynamics, reactive transport of pollutants, electrokinetic phenomena, and natural attenuation mechanisms. A key aspect of his work involves the interpretation of isotopic signatures to track degradation pathways of organic contaminants.

The recent publication trends highlight a strong emphasis on interdisciplinary approaches integrating environmental engineering, geochemistry, and sustainable energy systems. His studies frequently explore the coupling of aquifer thermal energy storage (ATES) with bioremediation, electrokinetic techniques for contaminant removal, and gas exchange processes in unsaturated zones. The integration of experimental data with model-based interpretation across scales—from pore to field—is a hallmark of his scientific contributions.

Dr. Rolle actively supervises PhD students and leads multiple research projects focused on innovative remediation strategies. Notable projects include BiodegrATES (biodegradation meets ATES), transport of PFAS in porous media, and electrokinetic applications in low-permeability zones. These projects reflect a commitment to developing sustainable, science-based solutions for contaminated site management.

Scientific contributions and collaborations are extensive, with over 166 publications and active engagement in international research networks. While no specific awards are listed in the provided text, his sustained scholarly output and leadership in key environmental research domains underscore significant recognition in the field.

He is involved in several research teams and laboratories at DTU Sustain, where experimental and modeling work on subsurface systems is conducted. These teams focus on reactive transport, biogeochemical processes, and sustainable remediation technologies. Collaborations span across Europe and North America, particularly in projects involving field-scale validation and multi-phase transport phenomena.