Download OLI ScaleChem v4.0.3 + OLI Analyzer v3.1.3
OLI Studio Systems download software OLI ScaleChem and OLI Analyzer with crack serial software for simulating electrolyte thermodynamics and rust in water. OLI software advances existing science. OLI Systems is an advanced software solution in the chemical process industry based on technological advances to predict the thermophysical properties and corrosion of electrolytic processes.
Stream Analyzer: The easiest access to the thermodynamic electrolyte framework. Features of this program are point balance calculations, point check calculations to analyze temperature, pressure, pH trends.
ScaleChem: A choice between the major oil and gas disciplines that seeks to model the behavior of water produced in a variety of conditions.
Corrosion Analyzer: Developed to help materials scientists, metallurgists and process engineers understand the effects of corrosion on contact with a metal surface. Start with insights provided by the distribution of ions in steam, water, solid and liquid. Corrosion Analyzer provides specialized calculations including stability charts, general uniform corrosion calculations, localized corrosion index calculations, and residual life calculations based on pit depth versus time data.
The calculations provide vapor, liquid, solid, and 2nd liquid phase separations for a fully speciated model. Properties such as pH, ORP, viscosity, density, enthalpy as well as compositions are reported. Isothermal, adiabatic, bubble and dew point, set pH, vapor fraction and custom calculations are available.
Water samples are accommodated as input and facilities for analysis reconsOLI’s MSEPUB databank for the Mixed Solvent Electrolyte (MSE) model is about 30% of the AQ model, with many priority systems completed. Redox, pseudocomponents, private databanks and access to both the OLI AQ and MSE models are just some of the features that make this tool optimal for an in-depth electrolyte chemistry study.
Features of OLI Systems software:
- Chemical corrosion rate: Corrosion rate and corrosion potential can be predicted automatically for selecting alloys including carbon steel, stainless steel, nickel-based alloys, copper alloy, aluminum.
- Local corrosion tendency: Calculation of corrosion potential and surface roughness for alloy testing
- Infinite Value Statistics (EVS): Predict the long-term spread of localized corrosion based on short-term or medium-term data
