Knowledge Base

Intelligent data acquisition sensor, designed for the cellroom, accurately measures cell voltage, and certified for potentially explosive atmospheres.

R2 case study on remembraning and recoating optimization at the Vestolit, Marl chlor-alkali plant.

This case study discusses how Olin uses EMOS® Pinhole Detector to reduce the risk of membrane damage.

R2 case study on why Covestro invested in electrolysis safety with the R2 EMOS® Safety System.

Improve plant safety with automatic event root cause analysis for up to 66 fault types with recommended actions for each.

Helping you to follow your assets from the day they were received to their eventual decommissioning, keeping track of all relevant properties along the way.

A software tool offering advanced analytical functions using data from both EMOS® Asset Management Database and EMOS® Cell Performance Analyzer service.

Highly precise KPIs for each cell providing performance and operating costs of each single element allowing for a performance-base predictive maintenance strategy.

Detecting abnormal cell behaviors before they become a safety issue can help prevent dramatic production losses caused by unplanned shutdowns.

Why an annual inspection? We recommend it for stability and security because your success is measured by the minute and you don’t have time to waste.

During a start-up or shutdown, it automatically analyzes the cell behavior to detect and evaluate the membranes with pinholes and classify them by severity.

Intelligent data acquisition sensor, designed for the cellroom, accurately measures cell voltage, and certified for potentially explosive atmospheres.

Monitors the temperature of individual electrolyzer cells. This data can then be used to adjust the temperature or the electrolyzer brine flow rate.

With the support and maintenance agreement R2 can easily help your company to manage and safeguard your operation’s critical assets.

Increase plant safety and savings by investing in standard and expert training course from R2 (offered in both online and onsite formats).

Designed for the chlor-alkali and chlorate industries, EMOS® View is designed to monitor, manage and display process data from the EMOS® SIL2 Safety System.

Analyze process value trends, replay significant operation time periods (e.g. startups and shutdowns), and export your data.

A scan of the CB TÜV Certificate for the R2 MODA (laboratory equipment, electrolysis process monitor, and external power supply.)

An intelligent data acquisition sensor, designed specifically for the cell-room environment, incorporating sampling algorithms synchronizing with the rectifier.

A scan of the NRTL TÜV Certificate for the R2 MODA (laboratory equipment, electrolysis process monitor, and external power supply.)

The MODA External Power Pack (EH180) is a double insulated module capable of providing safe and stable power for up to 5 MODA units.

The MODA External Power Pack (EH181) is a double insulated module capable of providing safe and stable power for up to 6 MODA units.

The MODA External Power Pack (EH183) is a double insulated module capable of providing safe and stable power for up to 8 MODA units.

A scan of the TÜV Certificate for the R2 SIL2 Safety System (MODA sensor and SFOCOM logic solver.)

A scan of the CB TÜV Certificate for the R2 SIL Communication and Alarm Module (SILCAM).

Logic solver and communication manager, certified by TÜV and SIL2, designed for the cellroom, receives data from MODA sensors and outputs detected problems.

A scan of the TÜV NRTL certificate for the R2 SIL Communication and Alarm Module (SILCAM).

Here you’ll find our videos which show some of our software products in action. If …

Contents Fill out the form below to access our previously recorded webinar that discusses the …

Contents Fill out the form below to access our previously recorded webinar that explore R2’s …

The trends of Industry 4.0 and IoT will bring significant business advantages to the chlor-alkali producers who successfully implement them: greater efficiency, better decision-making and greater plant safety.

This paper will demonstrate how cell voltage alone is not a sufficient KPI for informed maintenance decisions as it fails to pinpoint the responsible component.

This white paper focuses on data acquisition precision for equipment used to measure cell voltage in the chlor-alkali process, which is at the heart of EMOS® functionality.

It is only through the precise measurement and analysis of the voltage-current-time relationship of every individual cell that the earliest possible detection of all probable electrolyser malfunctions can be achieved.

The unique EMOS® safety systems offer a much more comprehensive electrolyser protection versus deviation systems (EDI / BVMS).