Computer application software for chemical, mineral, and water analysis, namely, software for reverse osmosis water chemistry evaluation and treatment by using advanced physical chemistry calculations to predict when mineral scale precipitation will occur, to determine if chemical treatment is required to prevent mineral scale deposition, and to calculate the minimum effective dosage for scale inhibitor treatments, predicting mineral scale deposition and corrosion and for optimizing chemical treatment of cooling water by using advanced physical chemistry calculations to predict when mineral scale precipitation will occur, to determine if chemical treatment is required to prevent mineral scale deposition on heat transfer surfaces, and to predict how far cooling water can be concentrated before scale become problematic, and to calculate minimum effective dosage for scale inhibitor treatments, modeling scale deposition and corrosion and for optimizing chemical treatment of water in oilfields by using advanced physical chemistry calculations to predict when mineral scale precipitation will occur, to determine if chemical treatment is required to prevent well damage due to scale formation, and to calculate the minimum effective dosage for scale inhibitor treatments, modeling municipal water systems for scale deposition, corrosion, and chemical element solubilities, and determining chemical properties in water and other substances

Analysis of industrial fluids; Application service provider (ASP) featuring software for use in the fields of reverse osmosis water chemistry evaluation and treatment for using advanced physical chemistry calculations to predict when mineral scale precipitation will occur, determining if chemical treatment is required to prevent mineral scale deposition, and calculating the minimum effective dosage for scale inhibitor treatments, predicting mineral scale deposition and corrosion and for optimizing chemical treatment of cooling water by using advanced physical chemistry calculations to predict when mineral scale precipitation will occur, determining if chemical treatment is required to prevent mineral scale deposition on heat transfer surfaces, and predicting how far cooling water can be concentrated before scale become problematic, and calculating minimum effective dosage for scale inhibitor treatments, modeling scale deposition and corrosion and for optimizing chemical treatment of water in oil fields by using advanced physical chemistry calculations to predict when mineral scale precipitation will occur, determining if chemical treatment is required to prevent well damage due to scale formation, and calculating the minimum effective dosage for scale inhibitor treatments, modeling municipal water systems for scale deposition, corrosion, lead and copper solubilites and for determining the chemical properties of water and other substances; Computer programming and software design; Computer services, namely, electronically gathering, analyzing and formatting data to track, locate, monitor and log operations in the oil industry; Computer software design; Computer software design for others; Computer software design, computer programming, or maintenance of computer software; Computer software development; Computer software development and computer programming development for others; Computer software development, computer programming and maintenance of computer software for analysis of the chemical properties of water and other substances; Design and development of computer software; Design, installation, updating and maintenance of computer software; Design, maintenance, development and updating of computer software; Developing computer software