OLI Systems, Inc.

Corrosion poses costly challenges in the chemical and petroleum industries, especially in aqueous environments. With OLI's Mixed Solvent Electrolyte (MSE) model, we’ve revolutionized #corrosion modeling by building on the Pourbaix stability diagram—pushing the boundaries of thermodynamics and electrochemistry. Our MSE framework offers unparalleled precision in predicting corrosion behavior of different types of #metals #alloys as a function of various operational parameters especially at higher temperatures. For materials like nickel, used in corrosion-resistant alloys, OLI's modules provide the most accurate thermodynamics, thermophysical and electrochemical data, allowing operators to optimize processes materials and their performance with confidence. When precision in corrosion modeling matters, trust OLI to deliver solutions that drive reliability, efficiency, and long-term performance. Learn more about this framework in the latest blog by Ali Eslamimanesh https://lnkd.in/d7-gQUWM

Traditional Scale Modeling Is Evolving. With OLI's Scale Kinetics and Inhibitor Tool (SKIT), a new feature introduced in OLI version 12, we go beyond equilibrium #thermodynamics to offer a more precise approach to #scale management, customized to your system's specific kinetics. Our advanced tool enables the creation of private databases for proprietary #inhibitors, allowing you to model precipitation rates with unparalleled accuracy. By aligning software with your empirical data, we help optimize performance and drive significant operational efficiencies. Join us for our latest Spotlight Seminar on September 12, 2024, at 11:00 AM, presented by Sabrina Sequeira and hosted by Jordan Pearce. Discover how this tailored approach can revolutionize your scale management strategy, enhancing profitability, product quality, and #sustainability. Book your seat today! https://lnkd.in/eBcA28gF

Eurocorr 2024 in Paris is just around the corner, running from September 1-5. Dr Samir B. Ujam سامر بدري عجام, Diana Miller, Cristian Sergio Spica, Effy Kleniati and Deepti Ballal will be there, contributing to Europe’s premier corrosion event. Experience groundbreaking advancements in corrosion prevention with Deepti's session on “Modeling Localized Corrosion for CRAs in Geothermal Systems,” on Tuesday, September 3, at 5:10 PM in Room 341 (06). Discover how our innovative #corrosion analysis solutions can redefine safety and efficiency in your operations. Visit us at booth 25, where our experts are ready to demonstrate how our advanced solutions can help you predict and prevent corrosion effectively, enhancing your operational performance across the asset lifecycle.

Unlock the Power of #AI in Chemical Processes! OLI Systems is taking its innovation to the next level by integrating #ArtificialIntelligence (AI), #MachineLearning (ML), and Uncertainty Quantification into our software. These cutting-edge technologies are designed to tackle the toughest challenges in chemical processes, especially when dealing with missing or noisy data. From probabilistic inference to automated feedback control, our advanced solutions enhance predictions and decision-making accuracy. Take, for example, scale inhibitor injection in water pipes—our Gaussian Process regression models precisely estimate scale build-up from limited data, optimizing inhibitor use for maximum efficiency. Supported by OLI Cloud APIs, these innovations ensure superior reliability, safety and efficiency across complex industrial applications. Discover how AI-driven modeling is transforming the industry in our latest blog. https://lnkd.in/ekHzirpX

OLI Version 12 introduces the advanced Scale Kinetics and Inhibitor Optimization Tool (SKIT), revolutionizing how industries tackle scale formation. By integrating cutting-edge #thermodynamic and nucleation kinetics #modeling, SKIT enables operators to predict and prevent scale buildup with unparalleled precision. This tool is a game-changer for the #oilandgas, #geothermal and #watertreatment sectors, offering a precise approach to selecting and optimizing scale inhibitors. With SKIT’s advanced optimizer, users can now fine-tune model parameters based on real-world data, ensuring accurate predictions and effective risk management. This innovation not only enhances operational efficiency but also empowers companies to create proprietary models tailored to their unique challenges. Trust OLI to deliver precise solutions that redefine scaling prevention and management strategies. Want to learn more? Read our latest blog to see how SKIT is setting new standards in scale management and transforming the industry. https://lnkd.in/dZDuxQPQ

Traditional safety margin temperatures in CDU operations are outdated. With OLI's Mixed Solvent Electrolyte (MSE) model, we redefine these safety factors through unparalleled precision, unlocking substantial profit improvements and operational efficiencies. Our latest study reveals that lowering the CDU overhead temperature by just 1°C can significantly boost jet fuel production, translating to an impressive $2.8 million increase in annual profit. This is achieved through our MSE Thermodynamic Engine, which delivers the most accurate salt and water dew point data, enabling operators to fine-tune overhead operating temperatures with unmatched accuracy. When precision matters, trust OLI to deliver the best solutions. Discover how our automated ionic modeling can revolutionize your CDU operations, driving enhanced profitability, superior product value, energy savings, and sustainability. https://lnkd.in/e6qseJiK

Compliance with the Underground Injection Control (UIC) Program under the U.S. Code of Federal Regulations Title 40 CFR Part 146 Subpart H is critical for the permitting of Class VI wells for CO2 Capture, Transportation, and Storage #CCUS projects. These projects face the risk of severe corrosion and stress corrosion cracking challenges due to low pH, high chloride content, and impurities. Selecting Corrosion Resistant Alloys (#CRA) is crucial, considering pH, temperature, pressure, and impurities. Proper metallurgical processing and expert consultation are essential for long-term durability.   Most importantly, #corrosion modeling is now a requirement for the use of lower Cr alloys (generally less than 22% Cr) under these Environmental Protection Agency (EPA) guidelines.   OLI Systems provides process modeling software solutions to predict impurity levels, corrosion rates, and optimize material selection to enhance well integrity, environmental safety, and compliance with #EPA guidelines. Learn more about the essential role of computational modeling in CCUS planning and how OLI solutions can support the process in our latest blog by Vineeth Ram. https://lnkd.in/eBFpu-Zh

Battery recycling involves mechanical, pyrometallurgical and hydrometallurgical processes. OLI has developed chemistry to simulate converting black mass into pure feedstocks. This includes expanded chemical speciation of nickel, manganese, cobalt, and lithium in strong acids, sequestration agents like ammonia, and solvent extraction complexes. Join Leslie DiMichele Miller, in our next Spotlight Seminar on August 1st 11am EST, she will introduce the expanded chemistry in platform V12, focusing on solvent extraction, and explore optimizing hydrometallurgical processes to enhance energy efficiency, reduce chemical reagent use and improve product quality and recovery. She will also discuss future developments to keep pace with the evolving battery industry. https://lnkd.in/dUhUbKgz

We are pleased to share this latest blog by Sabrina Sequeira that introduces the new Calculator Functionality in OLI Flowsheet: ESP Version 12. https://lnkd.in/egn4mvQ8 This new feature allows users to define custom properties using expressions directly in the software, eliminating the need for external tools. Users can create global user-defined properties or utilize the new Calculator Block for localized calculations. The functionality enhances process simulations, supports sensitivity analysis, and integrates seamlessly with the OLI API, simplifying workflows and broadening analysis capabilities. This tool aims to empower users by providing a more flexible and efficient simulation environment.

We are pleased to welcome Hikaru Yakushiji to OLI Systems! Yakushiji-san joins our Commercial Team, working closely with masaru marui-san and Dr Samir B. Ujam سامر بدري عجام, as both our newest Application Engineer and our newest Japan-based team member. Yakushiji-san brings a wealth of experience from the #chemical and #petrochemical industries, with expertise in ChemE calculations, #simulation and the development and deployment of AI systems for anomaly detection and quality estimation. He holds a master’s degree in engineering from the Tokyo Institute of Technology and a bachelor’s degree in engineering from Kyoto Institute of Technology. We are thrilled to have Yakushiji-san join our team and look forward to the innovative contributions he will bring to OLI Systems