Manage scale formation with precision chemistry models Predict, manage and prevent mineral scale formation with OLI's advanced scale prediction software. Analyze solubility, ion precipitation and crystallization points. Simulate scale kinetics to design effective antiscalant treatment programs, ensuring operational efficiency and reducing downtime. Predict scale formation and inhibition across a wide range of environments Perform in-depth chemistry modeling with first principles-based thermodynamics with mass balance, scale tendencies and scale mass using full phase equilibrium and quantitative partitioning to gain granular insights for non-standard and exotic scales for oil and gas production, water treatment and other related industrial applications. Reduce CO2 footprint and minimize energy consumption Utilize modeling insights to design optimal chemical treatment programs for antiscalants and simulate process operations to minimize energy consumption to lower the CO2 footprint. Manage processes within safe operating zones to extend useful asset life and enhance operational efficiencies. Deliver automated insights to accelerate productivity, design and operations Automated electrolyte insights for mineral scale prediction enhances research team productivity, design quality and operations troubleshooting. Delivering automated digital twins that combine chemistry with plant data to manage operating conditions based on well-defined integrity operating windows mitigate scaling and fouling risk, enhance asset reliability and increase sustainability in oil and gas, industrial water treatment and related chemicals processing operations.
