Applications
Adaptive Process Control
Maintain and expand APC benefit improvements with patented technology that automatically adapts and optimizes to ever-changing plant conditions.
Advanced Process Control
Increase production by up to 5%, reduce energy usage by 10% and improve yields by 3% with the most profit-hungry engine available for advanced process control.
Advanced Process Control For Upstream
Increase production up to 5%, reduce energy usage and mitigate process upsets with advanced process control technology designed for upstream processes.
Batch OEE
Shorten cycle time and focus attention on high-value problem areas by correlating performance, downtime and quality to products and equipment.
Batch Performance Management
Increase visibility and responsiveness to batch production problems through monitoring of important business metrics via dashboards, alerts and pattern matching.
Centralized Performance Monitoring
Actively track key metrics and elevate the most severe alarms with real-time visibility into asset performance across your enterprise.
Olefins Planning
Optimize feedstock, products and production plans in your olefins plants faster and with higher accuracy through our proven, proprietary PIMS-AO solver.
Overall Equipment Effectivness (OEE)
Increase uptime, efficiency and utilization with insight into equipment availability, performance and quality, enabling attention on high-value problem areas.
Performance Management
Increase agility and responsiveness to production problems through real-time monitoring of business metrics via dashboards, alerts, and pattern matching.
Refinery Blending
Reduce off-spec blends and quality giveaway by simultaneously optimizing multi-period blends for short and long-term campaigns.
Refinery Planning
Optimize feedstock, products and production plans in your refineries faster and with higher accuracy through our proven, proprietary PIMS-AO solver.
Refinery Scheduling
Improve responsiveness and decision-making with refinery-wide scheduling that schedules all key activities from within a single platform to increase production.