Max Robotics — Global Service Robot Directory + US Certification

About

Amir Motamed Dashliborun is a leading researcher in multiphase flow hydrodynamics, with a focus on advancing gas–liquid contacting processes for offshore and floating applications. His work addresses the critical challenge of maintaining efficient mass transfer and hydrodynamic stability in packed-bed scrubbers and reactors when subjected to marine motion. In his highly cited 2015 study, he pioneered the use of a six-degree-of-freedom swell simulation hexapod to emulate the hydrodynamics of floating packed beds, instrumenting the column with wire mesh capacitance sensors to capture liquid saturation and velocity under realistic sea conditions. This innovative approach, detailed in a companion 2015 paper, revealed how vessel motion alters cocurrent downflow behavior. His 2018 study extended this work to CO₂ capture, quantifying gas–liquid mass-transfer performance in floating scrubbers. With over 118 cumulative citations across his most-cited works, Dashliborun’s research provides essential design criteria for offshore carbon capture and gas processing, bridging laboratory-scale experiments with real-world marine environments. His contributions are vital for engineers developing robust, motion-tolerant separation equipment for the energy transition.