Cement
Real-time Compliance & Sustainability
Rockwell Software offers a comprehensive approach to meeting your compliance and sustainability objectives in all facets of your manufacturing. Our approach is specifically designed to help you turn sustainability challenges into business advantages. The applications help provide solutions for environmental compliance and reporting, providing "active compliance" continuously and in real-time as a predictive emissions monitoring system, increasing product integrity and optimizing energy efficiency.
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 Quality Management
Rockwell Software's Quality Management Application provides a consolidated data repository for disparate sources within a facility. Data can be easily accessed, verified and recorded with traceability of changes and final document control before reporting and process adjustment actions.
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 Environmental Management- Air/Water/Wastewater
Environmental reporting and record-keeping is an operational burden yet a requirement. It is essential to have tools that continuously validate records, provide automatic alerts on compliance risks or events and provide notification of being back in compliance. Rockwell Software's solution to these needs is an automated data collection, validation and accumulation system with real-time connectivity to control and environmental systems.
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 Software CEM
Rockwell Software offers a highly accurate, lower cost, lower risk and scalable software-based Continuous Emissions Monitoring (CEM) application, which provides inherent safety advantages in hazardous, corrosive and confined environments, with near 100% uptime.
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 Facilities Energy Monitoring
Rockwell Software's Facilities Energy Monitoring application provides a weather normalized profile of the predicted energy requirements from facilities and tracks the planned-to-actual performance of energy consumption at a building level.
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 Utilities & Energy Optimization
Rockwell Software's Utilities & Energy Optimization application reduces the utility plant's variability and improves performance by controlling energy generation within a tighter performance range, factoring into the optimization multiple objectives, such as multi-fuel options, efficiency curves and environmental limits.
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