Increase your Plant Safety and Savings
Whether you are looking to train new employees on our products or refresh your own knowledge, R2 offers a wide variety of trainings suitable for all skill levels. The options are divided into standard and expert level training:
- Standard trainings are given by an R2-certified operations specialist or engineer and cover required topics and standard products.
- Expert trainings are given by a senior electrolysis and process expert and cover advanced topics and products.
All trainings are offered in two formats:
- On site: lecture and hands-on training adapted to your workflow.
- Online: lecture followed by a Q&A
Features and Benefits
- Maximize your Return on Investment (R.O.I.)
- Standard Trainings for All R2 Products
- Increase Savings
- Expert Trainings with Industry Veterans
- Learn Best Practices
- Adapted to your Audience
- Improve Safety
- Hands-On Training
- Minimize Downtime
- Combine Trainings
- Training to Fit your Needs
- On Site and Remote Options
benefits
features
Maximize your Return on Investment (R.O.I.)
Standard Trainings for All R2 Products
Increase Savings
Expert Trainings with Industry Veterans
Learn Best Practices
Adapted to the Audience
Improve Safety
Hands-On Training
Minimize Down Time
Combine Trainings
Trainings to Fit your Needs
On Site and Remote Options
Standard trainings
These trainings are given by an R2-certified operations specialist or engineer and cover required topics and standard products.
Empower new and current operators with the necessary knowledge to properly use the R2 Safety System and EMOS® View software. This course will familiarize operators with the basics of the R2 safety system and the voltage monitoring software. It covers the following topics:
- SIL2 Safety System Overview
- EMOS® View
- SIL2 Safety Algorithms
- Pinhole Detection
- Single Cell Temperature Evaluator
- Early-Detection Engine
- Alarms
- EMOS® Advisory
On Site: 4 hours [SP970-1] ● Online: 2 hours [SP970-2] ● Prerequisites: none
Gain a more in-depth understanding of the topics covered in the Operator Training in addition to more advanced concepts such as event investigation and data analysis. This course will give process engineers a more in-depth understanding of some of the Operator training topics and it will also cover some more advanced concepts such as event investigation and data analysis. It covers the following topics:
- R2 Control Panel Overview
- Alarm Management
- Pinhole Detection
- Modifying Hardware SIL Settings
- Single Cell Temperature Evaluator
- Early-Detection Engine
- EMOS® Visual Extractor
On Site: 4 hours [SP971-1] ● Online: 2 hours [SP971-2] ● Prerequisites: SP970
Provide system administrators and IT specialists with the knowledge necessary to maintain and troubleshoot the R2 software systems. This course will provide system administrators and IT specialists with the knowledge necessary to maintain and troubleshoot R2 software systems. It covers the following topics:
- R2 Network Architecture
- EMOS® Server
- Troubleshooting
- R2 Watchdog
- Databases (R2DB, PostgreSQL)
- Security Settings and Licenses
- Backups
On Site: 4 hours [SP972-1] ● Online: 2 hours [SP972-2] ● Prerequisites: SP970*, SP971*, SP974*
Gain an understanding of the EMOS® SIL2 Safety System: how the various components fit together and function, and how to troubleshoot and maintain the system. This course will provide a better understanding of the SIL2 Safety system, including how the various components fit together and function, and how to troubleshoot and maintain the system. It covers the following topics:
- System Architecture
- MODA and SILCAM
- System Modifications and
- Maintenance
- General Troubleshooting
- Walkthrough of the System (On Site Only)
- Troubleshooting Communication (On Site Only)
- Installing/Removing Components (On Site Only)
- IFOCOM Web Server (On Site Only)
On Site: 4 hours [SP973-1] ● Online: 2 hours [SP973-2] ● Prerequisites: SP970*
Learn how to effectively track asset movements, maintenance activities, and asset properties using the EMOS® Asset Management Database (AMD) software. This course will demonstrate how to use the EMOS® Asset Management Database software to effectively track asset movements (anodes, cathodes, membranes, etc.), maintenance activities, and asset properties. It covers the following topics:
- Interface Overview, Using the
- Browser
- Manipulating Assets
- Backup and Restore
- Comments and File Attachments
- Forms: Adding, Editing and
- Exporting Data
- Database Configuration Adjustments
- Reports: Asset, Position, and Maintenance
- Application Settings
On Site: 8 hours [SP973-1] ● Online: 2 hours (condensed) [SP973-2] ● Prerequisites: SP970*
Expert trainings
These trainings are given by an R2-certified chlor-alkali expert and cover advanced topics and products.
Learn how to effectively use the EMOS® Asset Performance Reports software to track the key performance indicators (U0, k, C.E., UN, SPC) of individual cells and to calculate savings and payback time of individual cell component replacements for economics based electrolyzer maintenance. This course covers the following topics:
- Current Efficiency Determination
- Operating Conditions for KPI Calculation
- KPI Trends and Bar Charts
- Economic Parameters Configuration
- Savings and Payback Time Calculations
- Maintenance Planning
- Exporting Data for Third Party Software
- Transferring Data To and From R2 FTP
On Site: 4 hours [SP975-1] ● Online: 2 hours [SP975-2] ● Prerequisites: none
Learn how to develop and to apply the best electrolyzer maintenance strategy depending on the individual cell/electrolyzer/plant performance, production situation, spare part availability etc. This course covers the following topics:
- Aging Mechanism of Cell Components
- End of Life Criteria for Cell Components
- Electrolyzer Maintenance Timing
- Effect of Different Production Scenarios
- Testing/Selection of Parts for Maintenance
- Cell Upgrade Payback Simulation
- Asset Performance Report Software
On Site: 4 hours [SP976-1] ● Online: 2 hours [SP976-2] ● Prerequisites: SP975, SP977*
Learn in detail the membrane electrolysis process, possible faults, their consequences, and appropriate countermeasures. Depending on the specific EMOS® products in operation methods to early detect problems and to identify the components to be maintained are explained. This course covers the following topics:
- Chlor-Alkali Cell Design and Internals
- Operating Conditions and Consequences
- Cell Component Failures
- Key Performance Indicators for Cells
- Early Detection of Faults
Countermeasures - Aging Mechanism of Cell Components
- Maintenance Strategy and Planning
On Site: 8 hours [SP977-1] ● Online: 4 hours [SP977-2] ● Prerequisites: SP970, SP971
Learn the EMOS® Early Detection Engine model update strategy, the interpretation of EDE alarms, how to react as an operator and how to use EDE trends to identify component aging for maintenance decisions. This course covers the following topics:
- Chlor-Alkali Cell Design and Internals
- Operating Conditions and Consequences
- Cell Component Failures
- Key Performance Indicators for Cells
- EDE Model Update Strategy
- Interpreting EDE Alarms
- Countermeasures
- Mechanism and Effect of Aging Cells
On Site: 8 hours [SP978-1] ● Online: 4 hours [SP978-2] ● Prerequisites: SP970, SP971, SP977*
Gain an understanding of detectable faults, their consequences, and the proposed countermeasures as well as the process of fault and countermeasure customization for plant specific purposes and how EMOS® Advisory can help you achieve these goals. This course covers the following topics:
- Chlor-Alkali Cell Design and Internals
- Electrolyzer Operation Modes
- Cell Component Failures
- Detectable Faults and Consequences
- Countermeasures for Individual Faults
- Fault Detection Customization
- Countermeasures Customization
On Site: 8 hours [SP979-1] ● Online: 2 hours (condensed) [SP979-2] ● Prerequisites: SP970, SP971
*Optional prerequisites.
Documentation
The MODA is an intelligent data acquisition sensor. Designed specifically for the cell-room environment, the MODA incorporates sampling algorithms that synchronize with the fundamental rectifier frequency, removing any unwanted noise (…)