Electromagnetic effects in dispersed ferrofluid systems for CO2 absorption.

The project is aimed at complex scientific research to acquire new knowledge about electromagnetic effects in dispersed ferrofluid systems for stimulated CO2 absorption. The creation of new knowledge about new electromagnetic materials, new theoretical models, new computational approaches and mechanisms for intensifying CO2 absorption is an extremely important prerequisite for the future development of technologies supporting the construction of a carbon-neutral economy.

The expected results in a long perspective will serve in the future creation and development of innovative technologies for ferrofluid-stimulated gas absorption, as well as for other multiphysical technical processes with scientific research or industrial application.

Free circulating nanoparticles are increasing the specific surface, improving chemical reactivity in many processes. The particle dynamics can improve even more reactivity, creating local pressure gradients. Recently, some magnetic and electromagnetic methods have been proposed to control and intensify magnetic nanoparticles kinetics.

Announcement     Particle kinetics modeling seminar       1-day modeling seminar for particle kinetics     24-th of September 2024 at lab 12201 of TU – Sofia     For registration     Please contact Prof. Valentin Mateev at vmateev@tu-sofia.bg