Version 12
NOW AVAILABLE
Introducing OLI Platform V12: Revolutionizing chemistry process simulation and modeling that enhances asset integrity, operational efficiency and optimization. Boost your industrial performance today.
CHEMISTRY MATTERS | ACCELERATING SUSTAINABILITY
What’s new
OLI’s dedication to innovation has led to the development of the latest platform release, V12. Designed to address real-world challenges, V12 enhances our ability to model complex scenarios throughout the entire asset lifecycle, ensuring accurate predictions, robust protection and peak performance in mission-critical environments.
OLI’s MSE corrosion model revolutionizes corrosion prediction by accurately modeling corrosion in both aqueous and non-aqueous environments using advanced thermodynamics and electrochemical frameworks. Unlike traditional models needing a water-rich phase to function, the MSE corrosion model supports CRA alloys 2507 and 2205, offering precise predictions for general and localized corrosion rates. This innovation ensures reliable results, enhancing safety and efficiency across industries dealing with substances like concentrated sulfuric acid, ethanol, and supercritical CO2. Extend asset life and prevent costly failures with this groundbreaking technology.
OLI’s new Scale Kinetics and Optimization Tool (SKIT) in ScaleChem V12 revolutionizes scale risk prediction by combining rigorous equilibrium models with scale kinetics. This tool predicts the onset and location of scale buildup and determines the type and concentration of inhibitors needed to mitigate risks. SKIT integrates key minerals and inhibitors, modeling their interactions to enhance scale management strategies. Users can also create custom databases using their own data, providing accurate risk analysis and efficient scale mitigation for oil and gas operations.
The novel solvent extraction (SX) database, integrated with the MSE thermodynamic framework, enhances lithium-ion and sodium-ion battery recycling by optimizing the recovery of critical metals like cobalt and nickel. This model predicts complex chemical equilibria in multiphase systems, using commercially relevant extractants (D2EHPA, Cyanex 272, PC88A) and common solvents (kerosene, n-heptane, iso-octane, toluene). It reduces the need for experimental trials, ensuring efficient, environmentally friendly recycling with maximum metal recovery and minimal waste. The database is designed to evolve, incorporating additional materials and solvents to meet the growing needs of battery recycling.
OLI’s MSE corrosion model revolutionizes corrosion prediction by accurately modeling corrosion in both aqueous and non-aqueous environments using advanced thermodynamics and electrochemical frameworks. Unlike traditional models needing a water-rich phase to function, the MSE corrosion model supports CRA alloys 2507 and 2205, offering precise predictions for general and localized corrosion rates. This innovation ensures reliable results, enhancing safety and efficiency across industries dealing with substances like concentrated sulfuric acid, ethanol, and supercritical CO2. Extend asset life and prevent costly failures with this groundbreaking technology.
OLI’s new Scale Kinetics and Optimization Tool (SKIT) in ScaleChem V12 revolutionizes scale risk prediction by combining rigorous equilibrium models with scale kinetics. This tool predicts the onset and location of scale buildup and determines the type and concentration of inhibitors needed to mitigate risks. SKIT integrates key minerals and inhibitors, modeling their interactions to enhance scale management strategies. Users can also create custom databases using their own data, providing accurate risk analysis and efficient scale mitigation for oil and gas operations.
The novel solvent extraction (SX) database, integrated with the MSE thermodynamic framework, enhances lithium-ion and sodium-ion battery recycling by optimizing the recovery of critical metals like cobalt and nickel. This model predicts complex chemical equilibria in multiphase systems, using commercially relevant extractants (D2EHPA, Cyanex 272, PC88A) and common solvents (kerosene, n-heptane, iso-octane, toluene). It reduces the need for experimental trials, ensuring efficient, environmentally friendly recycling with maximum metal recovery and minimal waste. The database is designed to evolve, incorporating additional materials and solvents to meet the growing needs of battery recycling.
Productivity Features in V12
Streamlined Productivity and Enhanced Capabilities
OLI Platform V12 introduces a suite of productivity enhancements designed to streamline workflows and improve process efficiency. The expansion of the chemistry database further enhances the platform's capabilities. Together, these advancements provide a powerful, integrated solution for diverse industrial applications, driving productivity and ensuring robust insights.
Calculator block
The new Calculator functionality in OLI Flowsheet: ESP Version 12 lets users define custom properties directly within the software, enhancing simulation without external tools. Users can create global User-Defined Properties and local Calculator Blocks for detailed analysis and real-time decision-making. This functionality supports sensitivity analyses, simplifies workflows, and integrates with the OLI Cloud for advanced process API analyses, empowering users to streamline operations and gain meaningful insights.
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Reactor block
The Version 12 release of OLI Flowsheet: ESP features an updated Reactor Unit Block with 4-phase separation (Liquid-1, Liquid-2, Solid, and Vapor). It merges the functions of the previous Reactor and Separator Block, allowing for stoichiometric conversion, kinetic, or Gibbs reactor-types, and adiabatic or isothermal equilibrium calculations. This update simplifies the interface, reduces computational load, and more accurately models real-life processes, enhancing user experience and process simulation accuracy.
Learn more
Updated chemistry
With the release of V12, OLI introduces over 200 new species to its chemistry database, significantly enhancing capabilities in areas like MSE corrosion, battery materials, solvent extraction, rare earth elements, scale inhibition, and carbon capture. These comprehensive updates improve modeling accuracy and process predictions, supporting diverse applications from battery production and recycling to carbon capture and advanced corrosion management.
Learn more
Calculator block
The new Calculator functionality in OLI Flowsheet: ESP Version 12 lets users define custom properties directly within the software, enhancing simulation without external tools. Users can create global User-Defined Properties and local Calculator Blocks for detailed analysis and real-time decision-making. This functionality supports sensitivity analyses, simplifies workflows, and integrates with the OLI Cloud for advanced process API analyses, empowering users to streamline operations and gain meaningful insights.
Learn more
Reactor block
The Version 12 release of OLI Flowsheet: ESP features an updated Reactor Unit Block with 4-phase separation (Liquid-1, Liquid-2, Solid, and Vapor). It merges the functions of the previous Reactor and Separator Block, allowing for stoichiometric conversion, kinetic, or Gibbs reactor-types, and adiabatic or isothermal equilibrium calculations. This update simplifies the interface, reduces computational load, and more accurately models real-life processes, enhancing user experience and process simulation accuracy.
Learn more
Updated chemistry
With the release of V12, OLI introduces over 200 new species to its chemistry database, significantly enhancing capabilities in areas like MSE corrosion, battery materials, solvent extraction, rare earth elements, scale inhibition, and carbon capture. These comprehensive updates improve modeling accuracy and process predictions, supporting diverse applications from battery production and recycling to carbon capture and advanced corrosion management.
Learn more
OLI Platform V12
Comprehensive Solutions for Simulation and Modeling
Enhance process design
Stream Analyzer is a thermodynamic software designed to calculate multiphase properties and chemical equilibria for both electrolyte and non-electrolyte streams. This robust tool enhances process design, aids in troubleshooting, and ensures environmental compliance, making it essential for various industrial applications.
Extensive features
The software offers extensive features, including speciation, phase equilibria, and thermophysical property predictions. These features ensure accurate and reliable analysis, supporting engineers and scientists in making informed decisions.
Industrial applications
Stream Analyzer supports a wide range of industrial applications with its comprehensive databanks and advanced calculation capabilities. Its versatility and precision make it a valuable asset for industries looking to optimize processes and ensure regulatory compliance.
Advanced corrosion prediction
Corrosion Analyzer is a comprehensive tool designed to accurately predict and mitigate general and localized corrosion in alloys. By analyzing mechanistic causes and providing advanced modeling capabilities, it helps users understand and address corrosion issues effectively.
Cutting-edge modeling capabilities
The software includes advanced modeling tools such as Pourbaix diagrams and Extreme Value Statistics. These features enable precise analysis and prediction of corrosion behaviors, aiding in the development of effective corrosion management strategies.
Expanded predictive reach
The newly introduced MSE corrosion model extends predictive capabilities to non-aqueous environments. This enhancement broadens the scope of corrosion management strategies, making the tool invaluable across diverse industries.
Innovative scale management
ScaleChem is advanced software designed for predicting and managing scale formation in upstream oil & gas and geothermal systems. It offers both steady-state and dynamic modeling capabilities to address various scaling issues effectively.
Risk profiling
Leveraging OLI’s extensive thermodynamic database and user-friendly interface, ScaleChem provides accurate monitoring and risk profiling of scale formation. This ensures timely interventions and efficient scale management.
Flexible deployment options
ScaleChem is available in both on-premise and cloud versions, offering flexibility to meet different operational needs. This makes it accessible and convenient for a wide range of users in the oil and gas industry.
Comprehensive process simulation
OLI Flowsheet: ESP is a unique steady-state process simulator designed for multiphase systems. It provides detailed energy, mass, and species balances with a comprehensive databank of electrolyte chemistry, ensuring precise and reliable simulations.
Advanced analytical tools
The simulator features advanced tools such as sensitivity analysis and optimization. These capabilities support enhanced process design and operational efficiency, allowing users to fine-tune their systems for optimal performance.
Industrial applications
Supporting applications across various industries, including water purification, oil and gas production, and carbon capture, OLI Flowsheet: ESP enhances process design and operational efficiency. Its versatility makes it a valuable asset in diverse industrial settings.
SOLUTIONS
Comprehensive process engineering solutions that deliver actionable insights with software, services and chemistry expertise
By Industry
Oil & Gas
Enhance efficiency of Upstream operations with effective flow assurance and water treatment while mitigating risk and improving asset reliability in Downstream operations.
Chemicals
Increase R&D productivity with digital lab experiments and improve operations efficiency. Effectively treat wastewater and manage hazardous waste.
Metals & Mining
Improve yields and lower costs to extract, purify and recover critical materials including lithium, REE and precious metals. Recycle e-waste and Li batteries.
Power Generation
Enhance regulatory compliance and sustainability with flue gas treatment and hazardous waste management.
Water and Wastewater Treatment
Improve water quality and regulatory compliance and lower energy costs by eliminating toxic contaminants.
Research & Government
Accelerate scientific research with proven electrolyte capabilities and gain deeper understandings of new applications and emerging technologies.
Academia
Introduce undergraduate students to electrolyte technology and empower graduate student and faculty research projects with deep chemistry insights.
By Technology
Chemical Stream Analysis
Analyze the behavior of industrial chemical processes using thermodynamic modeling to improve efficiency and reliability.
Mineral Scale Management
Mitigate risk from production interruption or asset damage and enhance design quality to improve production yields by predicting scale formation.
Aqueous Corrosion Management
Predict general, localized corrosion and useful asset life; analyze the impact of heat treatment, kinetics, transport properties, temperature, pressure, acidity and concentration.
Process Flow Simulation
Simulate detailed process steps with energy and mass balance to optimize designs and improve operations efficiency.
Thermophysical and Corrosion Modeling
Leverage OLI thermodynamic and electrochemical models to model new and custom chemistries to
OLI Property Database
Access the industry’s most comprehensive electrolyte property database of 6,000+ species enabling rigorous calculations.
Oil & Gas
Enhance efficiency of Upstream operations with effective flow assurance and water treatment while mitigating risk and improving asset reliability in Downstream operations.
Chemicals
Increase R&D productivity with digital lab experiments and improve operations efficiency. Effectively treat wastewater and manage hazardous waste.
Metals & Mining
Improve yields and lower costs to extract, purify and recover critical materials including lithium, REE and precious metals. Recycle e-waste and Li batteries.
Power Generation
Enhance regulatory compliance and sustainability with flue gas treatment and hazardous waste management.
Water and Wastewater Treatment
Improve water quality and regulatory compliance and lower energy costs by eliminating toxic contaminants.
Research & Government
Accelerate scientific research with proven electrolyte capabilities and gain deeper understandings of new applications and emerging technologies.
Academia
Introduce undergraduate students to electrolyte technology and empower graduate student and faculty research projects with deep chemistry insights.
Chemical Stream Analysis
Analyze the behavior of industrial chemical processes using thermodynamic modeling to improve efficiency and reliability.
Mineral Scale Management
Mitigate risk from production interruption or asset damage and enhance design quality to improve production yields by predicting scale formation.
Aqueous Corrosion Management
Predict general, localized corrosion and useful asset life; analyze the impact of heat treatment, kinetics, transport properties, temperature, pressure, acidity and concentration.
Process Flow Simulation
Simulate detailed process steps with energy and mass balance to optimize designs and improve operations efficiency.
Thermophysical and Corrosion Modeling
Leverage OLI thermodynamic and electrochemical models to model new and custom chemistries to
OLI Property Database
Access the industry’s most comprehensive electrolyte property database of 6,000+ species enabling rigorous calculations.