Optimize designs with precise chemistry-based process simulation OLI delivers unparalleled process flow simulation solutions, designed to optimize multi-phase systems with speciation, mass, energy and species balance. Our software provides precision for controlling complex processes, including acidity balance and membrane purification, ensuring long-term operational success. Lead with confidence, streamline efficiency and overcome complex challenges with OLI’s industry-leading solutions. Combine in-depth electrolyte modeling with process flow simulation to optimize design and operations Optimize process design and operations with in-depth electrolyte chemistry analysis combined with specialized process simulation. Utilize OLI’s extensive chemistry property database and three unique thermodynamic models with advanced mechanisms like redox, kinetics and surface reactions to address the broadest range of phenomena and operating conditions. Deliver highly accurate simulation predictions of multi-unit operations using 30 unit operations—specially designed for electrolyte applications—to optimize process design, minimize operating expenses and maximize yields for industrial chemical processes and environmental applications. Optimize CO2 capture, industrial water treatment, CO2 footprint and energy consumption processes Optimize resource consumption and reuse in process design and operations to lower CO2 footprint. Simulate CO2 capture processes with accurate chemistry analysis using thermodynamic models to optimize asset and process design. Maximize water use by simulating its behavior under various acidity levels, temperatures, pressures, ion concentrations and other variables. Analyze complex, multicomponent arsenic, mercury, struvite and selenium to eliminate toxins and improve water quality. Transform industrial wastewater treatment with highly accurate reverse osmosis membrane simulations. Deliver automated insights to accelerate productivity, design and operations Automate electrolyte insights to enhance productivity of research, design and process
