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Mahdi Malmali

Assistant Professor

University of Minnesota

United States

Research Interests

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About

Mahdi Malmali is an Assistant Professor at the University of Minnesota, located in the United States. His research focuses on areas such as sustainable ammonia production, nanofiltration techniques for resource recovery, and the development of absorbent materials for gas separation and storage. His recent publications explore innovative solutions for enhancing ammonia capture, improving desalination processes, and optimizing membrane distillation performance.

Articles (23)

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UNITED STATES

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Juan Zhai

Texas Tech University

UNITED STATES

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Mahdi Malmali

Research Interests

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About

Articles (23)

Scalable binder-based metal halide absorbents for ammonia absorption and storage

Ligand-enhanced 3D-printable natural nanomaterials for recovering rare earths from saline waste streams

Reverse osmosis for desalination of partially desalinated produced water to meet the regulatory standards

Enhancing Green Ammonia Capture and Storage: Structure and Composition of Thermally Conductive MgCl<sub>2</sub>–Al Absorbents for Reproducible Cyclic Performance

Advancing Sustainable Ammonia Production via Solventless, Robust, and Thermally Conductive Absorbents

Insights into structure-composition-capacity relationship of ultrastable metal halide absorbents for ammonia separation and storage

Radiofrequency-triggered surface-heated laser-induced graphene membranes for enhanced membrane distillation

Improving Absorbent-Enhanced Ammonia Separation For Efficient Small-Scale Ammonia Synthesis

Nanofiltration as pretreatment for lithium recovery from salt lake brine

Optimal Design of an Absorbent-Enhanced Ammonia Synthesis Process for Solar Thermochemical Energy Storage

In-situ imaging to elucidate on scaling and wetting in membrane distillation

Scaling behavior in membrane distillation: Effect of Biopolymers and Antiscalants

Unraveling the deactivation mechanism of Co-LiH composite catalyst for ammonia synthesis at milder conditions

Evaluation of spacer-induced hydrodynamic mixing using particle image velocimetry: Impact on membrane distillation performance

Field demonstration of intensified membrane distillation for treating oilfield produced waters from unconventional wells

Perspective on Intensification of Haber−Bosch to Enable Ammonia Production under Milder Conditions

Treating hydraulic fracturing produced water by electrocoagulation

Pattern-Dependent Radio Frequency Heating of Laser-Induced Graphene Flexible Heaters

Combined chlorine dioxide–membrane distillation for the treatment of produced water

Comparative Energetics of Various Membrane Distillation Configurations and Guidelines for Design and Operation

Energy and exergy analysis of multi-stage vacuum membrane distillation integrated with mechanical vapor compression

Continuous electrocoagulation-membrane distillation unit for treating hydraulic fracturing produced water

Highly Robust Laser-Induced Graphene (LIG) Ultrafiltration Membrane with a Stable Microporous Structure

Collaborators (6)

Paul J. Dauenhauer

Hadis Matinpour

Michael Manno

Alon V. McCormick

Yuhe Cao

Juan Zhai

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