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The Stream Analyzer is OLI's simplest and clearest access to the electrolyte thermodynamic framework. The software features single point equilibrium calculations, multiple point survey calculations for trend analysis for temperature, pressure, pH and composition effects, and simple mix and separate capability. 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.

ScaleChem predicts mineral scaling potentials of 70+ solids for virtually any oil and gas well and processing facility in the world. The program computes the gas-liquid-oil-solid chemistry of produced fluids, and provides the operator and engineer with vital chemical data about their wells, surface facilities, and water injection and disposal operations. ScaleChem works with brines, gases, and hydrocarbons, collected as samples and input into the program. Calculation types include a generalized scale scenario for well profiles; mixing waters to find safe (non-scaling) ratios; reservoir saturation to simulate downhole conditions; and facilities wth simple mix and separate abilities to simulate collection and disposal. Output includes the (thermodynamic) scale tendencies for all solids in the model, as well as scale amount produced, if any.