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Prescriptive Health Monitoring for Tank Process Variables

This solution enables the ROC to identify abnormal trends, process changes, and developing deviations before they impact tank performance. - [Implementation Time: 60 Minutes]
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Industrial water treatment facility with multiple filtration tanks and plumbing systems
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Tank operations are one of the most important operations within the production process industries. In many processes, they represent the element responsible for maintaining the continuous movement of raw materials, semi-finished products, auxiliary services, and finished products. An unplanned failure can cause significant economic losses, safety risks, environmental impacts, and production of noncompliance.

Traditionally, these are monitored through levels, but we do not access the rate of change of their process variable. However, through the PlantPAx libraries, particularly by using the P_AI objects and the Cfg_HasRoC parameter of this library, it is possible to implement a Prescriptive Health Monitoring strategy capable of detecting early signs of operational degradation before a functional failure occurs.

The solution makes it possible to identify abnormal trends, changes in process dynamics, and progressive deviations that normally go unnoticed by traditional monitoring systems.

What does this application do?

In day-to-day operation, the value of a prescriptive solution is to provide the operator and maintenance personnel with enough time to act before the failure impacts the operation, thereby preventing the pump from potentially failing and avoiding the losses associated with not taking corrective actions.

  1. General Characteristics
  2. Advantages
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General Characteristics

A P_AI process library associated with a level variable is used as an example, and with it we can prescribe the drop in the equipment level as the pump develops an operational malfunction:

  • Prescriptive output variable Cfg_HasRoC
  • Input variable, pump stop failure due to an operational situation
Advantages
  • Early visibility of abnormal changes in critical equipment variables, associated with and extensible to measurement variables such as flow, pressure, level, and temperature.
  • Increase in operational stability, making it possible to identify gradual losses of capacity, common problems in pump suction and discharge, and possible effects extensible to cavitation and losses of hydraulic efficiency.
  • Better use of PlantPAx native capabilities, without the need for new additional hardware and licensing.
  • Early detection of operational equipment wear.
  • Solid operational knowledge prior to larger AI implementations.
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Need Help?

If you need help with an application or have feedback from the Innovation Center, please contact us.

 

Is this application relevant to me?

This application is useful for process engineers, automation and control engineers, maintenance engineers, and data scientists, so they can obtain prescriptive information from the equipment that uses it and thus generate actions that benefit the business.

 

How can I make it work?

Requirements: products, tools, prior knowledge.

Hardware

  • 1756-L85EP 

Software

  • Studio5000 (V37)

  • FactoryTalk Logix Echo Version 3.00.00

Prior Knowledge

  • FT Logix Echo
  • Products: Studio5000 (V37) | LogixEcho | PlantPax 5.5 | Process Libraries 5.2 | P_Ain
  • Tools: Studio 5000, FT LogixEcho, PlantPax 5.5, Process Libraries
 

Links of Interest (internal or external)

  • https://www.rockwellautomation.com/en-us/products/software/factorytalk/designsuite/studio-5000/studio-5000-logix-designer.html
  • https://www.rockwellautomation.com/en-us/products/software/factorytalk/designsuite/logix-echo.html
  • https://www.rockwellautomation.com/en-us/capabilities/process-solutions/process-systems/plantpax-distributed-control-system.html
  • https://compatibility.rockwellautomation.com/GeneratedReleaseNote.aspx?v1=63590&v2=63590&o=&pdf=0
  • https://www.rockwellautomation.com/en-us/support/documentation/technical/capabilities/plantpax-process-solutions.html
 
 
 
 
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Implementation Guide

 
  1. Step 1
  2. Step 2
  3. Step 3
  4. Step 4
  5. Step 5
  6. Step 6
  7. Step 7
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Step 1
 

Select the file in Studio 5000

prescriptive-health-monitoring-for-tank-process-variables_Image, 1_Studio_5000_ACD.png

prescriptive-health-monitoring-for-tank-process-variables_Image, 1_Studio_5000_ACD.png

Step 2
 

Open FT Logix Echo and connect it to Studio 5000. Configure FTLogixEcho so that it connects properly and operates correctly.

prescriptive-health-monitoring-for-tank-process-variables_002wn.png

prescriptive-health-monitoring-for-tank-process-variables_Image, 2_FTLogixEcho_Connection.png

Step 3
 

Configuration of Prescriptive Routines, Initial Conditions and Final Condition.

prescriptive-health-monitoring-for-tank-process-variables_003wn.png

prescriptive-health-monitoring-for-tank-process-variables_Image, 3_Studio5000_Configuration.png

Step 4
 

Configuration of Prescriptive Routines, maximum level, minimum level and derivative of volume Vs Time.

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prescriptive-health-monitoring-for-tank-process-variables_Image, 4_Studio5000_Configuration_InitialCo.png

Step 5
 

Configuration of Prescriptive Routines, Health Monitoring and level simulation Page 1/2.

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prescriptive-health-monitoring-for-tank-process-variables_Image, 5_Studio5000_Configuration_Pres.png

Step 6
 

Configuration of Prescriptive Routines, Range Change.

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prescriptive-health-monitoring-for-tank-process-variables_Image, _6_Studio5000_ROC.png

Step 7
 

ROC, real-time rate of change count.

prescriptive-health-monitoring-for-tank-process-variables_Image, 7_Studio5000_ROC.png

prescriptive-health-monitoring-for-tank-process-variables_Image, 7_Studio5000_ROC.png

 
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prescriptive-health-monitoring-for-tank-process-variables_Image, 1_Studio_5000_ACD.png

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prescriptive-health-monitoring-for-tank-process-variables_Image, 2_FTLogixEcho_Connection.png

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prescriptive-health-monitoring-for-tank-process-variables_Image, 3_Studio5000_Configuration.png

prescriptive-health-monitoring-for-tank-process-variables_004wn.png

prescriptive-health-monitoring-for-tank-process-variables_Image, 4_Studio5000_Configuration_InitialCo.png

prescriptive-health-monitoring-for-tank-process-variables_005wn.png

prescriptive-health-monitoring-for-tank-process-variables_Image, 5_Studio5000_Configuration_Pres.png

prescriptive-health-monitoring-for-tank-process-variables_006wn.png

prescriptive-health-monitoring-for-tank-process-variables_Image, _6_Studio5000_ROC.png

prescriptive-health-monitoring-for-tank-process-variables_Image, 7_Studio5000_ROC.png

prescriptive-health-monitoring-for-tank-process-variables_Image, 7_Studio5000_ROC.png

 
 

Prescriptive Health Monitoring for Tank Process Variables

Version 1.0 - September 2026

 
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