Predictive ultra-pure water chemistry modeling that protects semiconductor fab yield and prevents contamination
OLI's validated modeling software predicts scaling and corrosion risks in ultra-pure water systems before they affect your critical process tools. It enables tighter chemistry control and contamination prevention to protect fab yield.
Proven results from process engineers
Process engineers in high-precision manufacturing rely on OLI models to maintain tool uptime, detect contamination risks before they affect production, and make decisions with greater confidence in process reliability.
""OLI modeling spotted contamination risks our traditional testing missed, protecting uptime before issues reached the tool.""
""Critical for maintaining the tight water chemistry control our high-purity process demands.""
""OLI's reproducible trial environment shortened our validation cycle and gave us real confidence in our treatment decisions.""
Common questions about semiconductor process water validation
Answers to common questions from semiconductor process water engineers about digital validation, reproducible simulation environments, and fab integration for UPW treatment protocols. More questions? Contact us at info@olisystems.com or connect on LinkedIn at https://www.linkedin.com/company/oli-systems
Contact SalesWhat does OLI solve for semiconductor process water?
OLI models ultrapure water (UPW) chemistry to predict scaling and corrosion in critical process tools, preventing contamination in semiconductor fabs. The software helps engineers maintain tight control over trace impurities, dissolved gases, and pH to protect wafer quality and process tool reliability.
Who uses OLI software?
Engineers and scientists across industries such as oil and gas, chemicals, mining, power generation and water treatment use OLI for chemistry-driven decision making.
Can I test treatment changes digitally before risking production?
Yes. OLI provides reproducible virtual trial environments where you can validate new treatment protocols, chemical adjustments, or equipment configurations before implementing them in the fab. Each simulation runs under consistent, controlled conditions so you can compare results confidently and avoid unplanned downtime.
Do you offer training and consulting?
Yes — OLI provides training courses and consulting services to help teams apply simulation results and integrate models into workflows.
Can OLI integrate with existing process tools?
Yes. OLI Engine and cloud solutions are built to embed validated thermodynamics into fab automation workflows and process control systems. You can connect real-time sensor data to OLI's chemistry models to support automated decisions on treatment adjustments, reagent dosing, and alarm setpoints.
Validate treatment protocols before your next fab deployment
Digital simulation environments compress months of physical trials into validated modeling you can trust. Process water engineers gain faster protocol validation, reproducible results across conditions, and fewer trial cycles before fab deployment. Share your treatment challenge and we'll match you with the right modeling tools and expert support.