Net Zero Compare
CERius

CERius

by GE Vernova

Emissions management platform for energy and heavy industry operators

Updated by Onye Dike on July 18th, 2025
CERius from GE Vernova is an AI- and digital-twin-enabled emissions management platform built for energy and heavy industry operators—including utilities, power producers, and large-scale industrial plants. It goes beyond basic carbon calculators to deliver real-time, asset-level Scope 1–3 emissions insight (with up to 33% greater accuracy on gas turbines). By automating data collection, validation, and abatement modeling, CERius frees teams from spreadsheet overhead and positions emissions as a strategic infrastructure KPI. Its intuitive interface facilitates collaboration by sustainability, operations, and engineering teams on net-zero progress.

Available Energy Management Features

Compliance Reporting
Customizable Dashboards
Data Import/Export
Emissions Factor Database
Energy Baseline Calculation
Integration with IoT Sensors
Multi-Site Support
Real-Time Energy Monitoring

Missing Energy Management Features

Alerts/Notifications
Cost Tracking
Energy Attribute Certificates (EACs)
Energy Benchmarking
Workflow Automation

Pricing

Starting Price
No data available
Options
No data available

Available Since

October 2023

Deployment Options

No data available

Good Option For

  • Medium Business (51-250 people)
  • Large Business (250+ people)

Deep dive


Core Features

CERius is structured around four strategic modules—Collection, Monitor, Reporting, and Strategy—designed to streamline industrial emissions management with precision and insight:

  • Collection: Automatically ingests and reconciles emissions data from gas fuel systems, sensors, SCADA/BMS, and historians. Digital twin technology enhances Scope 1 accuracy by up to 33% compared to conventional methods, while normalizing data across Scope 1–3 for audit readiness.

  • Monitor: Provides real-time dashboards to track emissions by asset, plant, or enterprise. Users can visualize trends across timeframes, set threshold alerts for anomalies, and collaborate across sustainability and operations teams to enforce data quality.

  • Reporting: Enables automated generation of standardized reports compliant with frameworks such as GHG Protocol, TCFD, CSRD, and ISSB. It supports audit trails, site-level process views, and version control—simplifying regulatory disclosure preparation.

  • Strategy: Facilitates decarbonization modeling using AI and digital twin forecasting. Organizations can simulate abatement scenarios—such as hydrogen blending, efficiency upgrades, or renewables—and assess emissions impacts, risk, and ROI over time.

These core modules enable utilities and heavy-industry operators to move from manual spreadsheets to precision-driven, real-time emissions management.

Closing Insights

CERius has demonstrated value across diverse industrial environments. At Azito Energie (Côte d’Ivoire), the platform has delivered real-time emissions monitoring, compliance-ready reporting, and abatement intelligence for its 713 MW gas facility, making it a global first. Xcel Energy is piloting CERius across three U.S. generation facilities, leveraging asset-level dashboards and automated Scope 1 data aggregation to advance transparency and decarbonization planning. Recent innovations reflect CERius’s rapid evolution. In June 2025, GE Vernova enhanced AI/ML capabilities, enabling predictive forecasting of emissions trends and “what‑if” decarbonization simulations using its digital twin engine. The platform transitioned beyond its 2023 pilot phase to general availability in early 2024, and it debuted seamless integration with GE’s Asset Performance Management software, providing deeper operational alignment. With industrial-grade architecture, proven pilots, and continual AI-driven feature upgrades, CERius is positioned to scale as a trusted cornerstone for emissions precision and energy transition across heavy-industry markets.


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