Furnace Information Systems (FIS)
The Furnace Information System (FIS) by Tenova Pyromet is a comprehensive suite of digital tools designed to enhance the operation, monitoring, and management of submerged arc furnaces (SAFs)
Overview
Tenova’s Furnace Information System (FIS) represents a significant advancement in the digital transformation of furnace operations.
It integrates multiple automation, data analytics, and mobile technologies to optimize furnace performance, ensure safety, and reduce energy consumption. FIS is modular, allowing for seamless integration with existing systems and scalable expansion.
- Increased Productivity: Automation and real-time data integration significantly enhance operational efficiency, reducing downtime and manual intervention.
- Enhanced Safety: Advanced control and monitoring systems minimize the risk of operational errors, ensuring a safer working environment
- Energy Efficiency: FIS modules are designed to optimize energy consumption, contributing to lower operating costs and a reduced environmental footprint.
- Scalability and Flexibility: The modular design of FIS allows for easy integration with existing systems and scalability to accommodate future technological advancements.
AutoFurn®
AutoFurn® is an automated intelligence system that controls furnace operating power and electrode resistances. It continuously monitors and analyzes data to optimize furnace performance, reducing the need for manual intervention allowing operators to focus on higher-level tasks.
Additional Features include:
- Human-Machine Interface (HMI): The system provides responsive and intuitive interfaces that display real-time data, making it easier for operators to monitor and adjust operations.
- Seamless Integration: AutoFurn® is designed to integrate smoothly with existing control systems, offering flexibility for both new and retrofit installations.
- Data Analysis: The system performs in-depth analysis of operating conditions, providing insights that can lead to improved furnace efficiency and reduced energy consumption.
SmartSound
SmartSound is an innovative system that utilizes acoustic monitoring to detect and analyze the sound of operations within the furnace. This technology helps in identifying potential issues such as blockages, abnormal vibrations, or other mechanical failures before they lead to significant problems.
Key Features:
- Acoustic Monitoring: Continuous monitoring of operational sounds to detect anomalies in real-time.
- Predictive Maintenance: Alerts operators to potential issues, allowing for preemptive maintenance actions.
- Integration with Other Modules: SmartSound can be integrated with other FIS modules to provide a holistic view of furnace health and operational status.
- Data Analysis: Detailed sound profiles are analyzed to enhance understanding of furnace behavior and optimize operational settings.
PyroMobile
PyroMobile is a mobile, web-based tool designed to provide operators with remote access to real-time furnace data and limited control capabilities. It enables monitoring of furnace operations from virtually anywhere, enhancing flexibility and responsiveness.
Key Features:
- Remote Monitoring: Operators can access live plant data, including operational metrics and equipment status, from any mobile device with internet connectivity.
- Event Notifications: The system sends SMS alerts for critical events, allowing for immediate response to any issues that may arise during furnace operations.
- Digital Library: PyroMobile includes a comprehensive digital library of technical documents, accessible via mobile devices, ensuring operators have the information they need at their fingertips.
QR Code Integration: By scanning QR codes on equipment, operators can quickly access specific data, such as maintenance history or operational parameters, streamlining the troubleshooting process.
iTAP
iTap is a sophisticated system for tracking furnace taps and managing product quality by integrating chemical composition data into the furnace information system. It plays a critical role in refining processes and ensuring consistent product quality.
Key Features:
- Ladle Tracking: Using advanced video feeds and QR codes, iTap accurately tracks ladles throughout the tapping process, ensuring precise product identification and traceability.
- Real-Time Data Capture: The system captures data directly from the tapping platform, allowing for real-time analysis and decision-making.
- Sample Management: iTap oversees the entire sample management process, from tapping to lab analysis, ensuring the reliability of the product's chemical composition data.
- Integration with Process Control: By incorporating chemical composition data into the overall process control system, iTap helps optimize furnace operations and improve final product quality.
Process Data
Process Data is a module that provides a robust platform for recording, storing, and retrieving all data related to furnace operations. It replaces traditional paper-based records with a digital solution that integrates with automation systems, ensuring accurate and accessible data.
Key Features:
- Real-Time Data Collection: Process Data interfaces with automation systems to collect operational data in real time, improving data accuracy and reliability.
- Data Validation: The system includes validation checks to ensure the integrity of the data being recorded, reducing the risk of errors in data entry.
- Multi-User Access: Multiple users can access the system simultaneously, allowing for collaborative data analysis and reporting.
- Customizable Reporting: The system offers customizable reporting features, enabling users to generate reports tailored to specific operational needs or regulatory requirements.
Mass and Energy Balance & Historian
Mass and Energy Balance
The mass and energy balance is critical to understanding and optimizing furnace performance. This balance involves tracking the input and output of materials (mass) and energy within the system. The FIS Mass and Energy Balance system allows a user to capture the chemical compositions of ores, fluxes and reductants.
These maybe combined into batches and used to process results of a mass and energy balance. The system is also capable of integrating into a live feed system and produce mass and energy balance results of a live furnace operation.
Key Features:
- Process Optimization: Determine the optimal raw material mix and operating parameters.
- Energy Efficiency: Reduce energy consumption per ton of metal produced.
- Environmental Compliance: Minimize off-gas emissions and manage slag by-products effectively.
- Operational Control: Monitor real-time furnace performance and troubleshoot deviations
Historian
Historian is a powerful tool for managing and analyzing large volumes of data generated by furnace operations. It stores data in a time-series format, allowing for detailed historical analysis and supporting long-term process optimization.
Key Features:
- Extensive Data Collection: Historian collects data from all sensors and devices within the furnace system, ensuring comprehensive coverage of operational metrics.
- Long-Term Storage: Data is stored in time-series databases, which are optimized for handling large datasets over extended periods.
- Historical Analysis: The system provides tools for analyzing historical data, identifying trends, and making data-driven decisions to improve future operations.
- Regulatory Compliance: Historian supports compliance with industry regulations by providing accurate records of operational data, which can be easily accessed for audits and reporting.
South Africa & RoW
Mark Giese
Manager Metallurgy and Environmental Technologies Metal Making, Tenova Inc.