Aj Gerbino
About Aj Gerbino
AJ Gerbino - VP of Consulting and Application Engineering
AJ Gerbino serves as the Vice President of Consulting and Application Engineering. In this role, Mr. Gerbino leverages his extensive expertise in lithium extraction and purification processes. His involvement spans a variety of technical and strategic contributions, focused on enhancing efficiency and sustainability in lithium mining practices.
AJ Gerbino's Expertise in Lithium Extraction Processes
AJ Gerbino possesses considerable expertise in lithium extraction processes, specifically in both brines and hard rock sources. His work has included developing simulation models that are pivotal in optimizing these extraction methods. He has designed processes aimed at improving chemical addition efficiency, thereby reducing overall costs. This expertise positions him as a key player in the advancement of lithium extraction technologies.
AJ Gerbino's Contributions to Chemical Simulations and Optimization
AJ Gerbino has made significant contributions to chemical simulations and optimization in the lithium industry. He has been involved in developing custom databases that track material absorption capacity and impurities fraction, which are essential for predicting the effects of impurities on lithium hydroxide purity. His experience in simulating mass/energy balance and chemical requirements has enhanced various lithium extraction processes, making them more efficient and cost-effective.
AJ Gerbino's Role in Developing Purification Steps for Lithium Carbonate and Hydroxide
AJ Gerbino has played a key role in designing purification steps for producing lithium carbonate and lithium hydroxide. His expertise has been crucial in predicting the impact of impurities and optimizing operating parameters like temperature and pH. These efforts have led to the production of higher purity lithium compounds, which are vital for various industrial applications.
AJ Gerbino's Innovations in Efficient and Flexible Separation Processes
AJ Gerbino has demonstrated expertise in designing efficient and flexible separation processes for extracting lithium from clays. His work involves optimizing operational parameters to ensure the efficacy and flexibility of the separation processes. This area of expertise is critical for advancing the extraction technologies to meet growing industrial needs.