Vahid Noroozicharandabi

Worked on battery recycling and battery-material R&D, using hydrometallurgy and moving toward greener chemistry approaches. Conducted R&D projects on lithium and nickel-ion battery electrolytes and explored all-solid-state battery directions. Developed a highly efficient recycling process using intermediate extraction with a miscellaneous solvent. Authored publications and presented project achievements at national and international conferences.

Involved in inspecting reagents used in upstream oil pipelines within a technical and corrosion protection context. Reviewed supplier certificates, governed analysis protocols, and monitored conformity between reagent documentation and analysis results. Developed quality control protocols for scale and corrosion inhibitors, biocides, and oxygen scavengers. Designed procedures for static tests evaluating scale/corrosion inhibitor efficiency and the effects of magnetic field conditions.

Consultant supporting project success by designing and applying chemical processing strategies. Engaged in deep study of specific chemical processes with regular technical sessions, developing project sections based on lab and study results, and identifying gaps in reagent consumption, analysis, and energy factors. Developed a solvent-based (DLE) method to extract lithium from mixed salts and brine; refined oil-well produced water to recover minerals, sequester CO2, and produce clean water; applied freeze crystallization concepts for energy-efficient recovery of individual salts from mixed brine.