PlantMS is a complete plant monitoring solution that eliminates paper log sheets commonly used by plant operators to collect and report readings form the field. It is designed for use in a variety of process applications typically found in chemical plants, refineries, pipelines, utilities and manufacturing facilities. Hand held class 1 division 2/intrinsically safe devices help to automate the data collection task, and data is processed via software for report and archiving. Plant information is then readily available over the organization's Intranet, or through normal internet access. this allows authorized personnel to monitor and manage the plant either locally or from anywhere in the world.
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PlantMS Features
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Shift Management SolutionPlantMS has a very comprehensive system which gives the ability to effectively manage all the shift activities. Effectively track your: Work orders, Chemical preparation, Schedule activity, Safety tool box/training, Equipment changeover, Observations, notes, and completed tasks.
Process Safety ManagementWith PlantMS you get the ability to include checklists in the same mobile handhelds which are used for taking daily readings. PlantMS is a great tool for operators PSM training and encompasses various elements of PSM. The operator will be able to use OSHA checklist and will be able to perform inspections for safety compliance or any other compliance audits.
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Resource Management and TrainingPlantMS provides mobile access to data sheets, Standard Operating Procedures, PFDs, P&IDs, safety checklists and other plant documentation. Operators can review and take formal and informal tests and quizzes. Operators can train themselves and the company can certify.
PlantMS: Total End-to-End SolutionPlantMS is seamlessly integrated with CatTracker hardware to monitor and analyze the performance of catalyst beds and with Machine Saver hardware for vibration monitoring and analysis with alarm notifications. PlantMS also analyzes and notifies reduction in rotating equipment stage efficiencies, reduction in heat transfer rates due to ex-changer fouling and use of excessive chemicals during ion exchange bed regeneration etc.
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