Chemical Industry
Energy Intelligence
See where energy costs hide across reactors, columns, and utility systems — and reduce them.
Omni Vision meters every utility stream across your chemical facility — electricity, gas, water, steam, compressed air — and maps consumption to process output. EPSA's AI analytics identify inefficiencies in batch operations, detect anomalies in real time, and track CO2 emissions automatically.
Omni Vision
At a Glance
Turnkey utility metering and AI analytics platform — EnerTherm precision hardware and PLC integration combined with EPSA's cloud intelligence.
Chemical Energy
Applications
Select an application to see how Omni Vision drives energy savings across chemical operations.
Map energy costs across every process area — reactors, distillation columns, boilers, cooling towers, and compressed air networks. Omni Vision meters electricity, gas, water, steam, and compressed air at process level, revealing exactly where your utility spend concentrates and where savings are available.
All Utility Streams
Electricity, gas, water, steam, compressed air, oil
PLC Integration
Reads existing PLCs via Modbus, OPC-UA, BACnet
AI Anomaly Detection
Flags abnormal consumption patterns instantly
Turnkey Delivery
Site survey to live dashboards in 8-16 weeks
Built for
Chemical Processing
Key advantages of Omni Vision for chemical industry energy management.
Full Utility Visibility
Meter every stream — electricity, gas, water, steam, compressed air — across reactors, columns, and utility systems from a single platform.
Process-Linked KPIs
Energy per batch, cost per tonne, intensity per shift — production and finance teams see the same numbers in real time.
AI-Driven Savings
Anomaly detection flags waste the moment it appears. Consumption forecasting helps you plan ahead and avoid peak tariffs.
Automated CO2 Reporting
Scope I and II emissions calculated automatically from metered data — ready for environmental regulators and sustainability audits.
Non-Invasive PLC Integration
Reads existing PLCs via Modbus, OPC-UA, BACnet, and MQTT — read-only, zero interference with plant control systems.
Payback Under 12 Months
Typical 15-25% energy savings mean the investment pays for itself within the first year of operation.
Chemical
Omni Vision FAQ
Common questions about Omni Vision for chemical industry energy intelligence.
Omni Vision meters electricity, gas, water, steam, compressed air, and oil. Each stream is metered at process level so you can see consumption per reactor, column, or utility system — not just site totals.
Omni Vision maps metered utility data to production output from your existing systems. The AI platform calculates energy per batch, cost per tonne, and intensity per shift automatically — no manual spreadsheets required.
Yes. Scope I and II CO2 emissions are calculated automatically from metered fuel and electricity data. The platform generates audit-ready emissions reports for environmental regulators and corporate sustainability teams.
Omni Vision reads existing PLCs via Modbus, OPC-UA, BACnet, and MQTT protocols. The connection is strictly read-only — it collects data without any interference to your plant control systems.
Typically 8-16 weeks from site survey to live dashboards. One contract covers everything: instrumentation sizing, panel build, M&E installation, PLC integration, cloud connectivity, commissioning, and AI dashboard configuration.
Chemical facilities typically achieve 15-25% energy cost reduction with payback under 12 months. Savings come from waste elimination, load optimisation, peak avoidance, and process efficiency improvements identified by the AI analytics.
Smarter
Chemistry
Deploy Omni Vision for full utility visibility, AI-driven savings, and automated emissions tracking across your chemical facility.
- All utility streams metered
- AI identifies savings opportunities
- Scope I + II CO2 tracked automatically
- Turnkey: live in 8-16 weeks