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Expert has spent the majority of his career in the field of membrane processes. He has expert knowledge in the theory, design, and industrial applications of types of membrane processes for liquid and gas separation. These processes include reverse osmosis, ultrafiltration, microfiltration, nanofiltration, pervaporation, and gas permeation. He also teaches courses and conducts seminars for industry and government in membrane technology.

Expert has investigated biochemical separation processes on both a fundamental level and as a consultant for major firms. He is particularly well-versed in membrane processes used in bioseparations such as ultrafiltration, microfiltration, and pervaporation. He has proficiency in laboratory and pilot scale testing, and has expertise in associated areas of bulk pharmaceutical and consumer products production.

Expert's expertise in the field of chemical engineering involves teaching both undergraduate and graduate courses, consulting to major corporations, and conducting both industry and government-sponsored research. He has a broad specialization in separation process principles, design, and applications.


Expert's expertise in the broad area of hazardous waste management involves process engineering and process development in separation technologies. He is particularly well-versed in using membrane processes for waste minimization and reuse/recovery in various industries.

Expert has expertise in using separation processes in hazardous wastewater treatment systems, including both dilute and concentrated inorganic and organic complex waste treatment. He is particularly well-versed in using membrane processes for waste minimization and reuse/recovery in various industries.

Expert has process knowledge in the area of industrial wastewater filtration, and has consulted for many corporations in wastewater concentration and purification processes. He is knowledgeable of both dissolved and suspended particle removal systems, as well as the process applicability of membrane filtration techniques.


Expert is adept in the area of industrial wastewater treatment, primarily in separation process technology. He is especially knowledgeable in using membrane processes for waste minimization and water reuse, and solvent and material recovery in various industries.

Expert has both fundamental and practical knowledge in many of the liquid-liquid mass transfer unit operations, and has investigated the process feasibility of various traditional and novel liquid-liquid mass transfer operations. He understands how to select the proper process for the application desired. He has consulted for many industries in process and product separation, purification, and recovery applications, and has taught both undergraduate and graduate courses in this area.

Expert has an expert knowledge of the underlying process of liquid-liquid mass transfer. He has investigated the mechanisms of diffusion and permeation of liquids through porous and nonporous solids such as membranes, and is knowledgeable of the methods used to measure permeation rates and other liquid-liquid mass transport phenomena.

Expert has spent the majority of his career in the field of liquid phase membrane processes. He has an expert knowledge in the theory, design, and industrial applications of membrane processes such as reverse osmosis, ultrafiltration, microfiltration, and pervaporation. He is familiar with other liquid phase membrane systems, including nanofiltration, dialysis, and electrodialysis, as well as gas phase membrane systems and gas permeation. He is a specialist in how to select the correct membrane process for the particular separation, purification, or concentration desired. He teaches courses and conducts seminars on membrane technology for industry and government.

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