Optimizing chemical processes with advanced insights OLI equips the chemical industry with cutting-edge simulation software and unparalleled expertise to meet complex challenges in water chemistry and process optimization. Our advanced software and consulting services empower clients to enhance efficiency, improve safety and ensure regulatory compliance. With solutions built on rigorous science and decades of experience, OLI is committed to driving excellence and supporting the chemical industry in achieving sustainable, long-term success. CHEMISTRY Predict chemical behavior, mineral scaling and corrosion for better design and operations Leverage chemistry insights and digitize chemical research to raise R&D productivity and create optimal pilot plant designs and enhance effectiveness of reactive distillation, hydrolysis and ionization processes. Increase process yields for urea and potash processing with rich chemistry properties. Enhance asset reliability in chemicals processing with mineral scaling and corrosion predictions and ensure regulatory compliance with water and air quality standards. SUSTAINABILITY Eliminate toxic contaminants, safely dispose of hazardous waste and shrink carbon footprints Utilize chemistry insights to eliminate toxic heavy metals like mercury, selenium and arsenic in produced water treatment and optimize flue gas desulfurization processes to meet air stringent quality standards. Improve chemical treatment programs, asset design and energy consumption to reduce operational carbon footprint. Enhance quality of hazardous waste processing and storage with in-depth chemistry insights. DIGITAL TRANSFORMATION Deliver automated insights to accelerate productivity, design and operations Automated electrolyte insights yield rapid experimental design and enhance research team productivity. Deliver automated chemistry insights based on plant data to manage operating conditions. Use well-defined integrity operating windows to mitigate corrosion, scaling and fouling risk, enhance asset reliability and increase sustainability in chemicals processing operations.
