Innovative Cuttings Flow Detection Technology for Shale Shaker Operations

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Cuttings Flow Detection
Shale Shaker Operation
Detecting Flow Rate Variations on the Shaker Screens
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
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Introduction
 
 
Monitoring of the cutting flow over the shaker screens is an indicator of what is
occurring in the drilling operation. Mud is recovered through the screens while
cuttings flow over the end.
 
Imaging provides a robust solution for detection of the cuttings and the change in the
rate of flow over time by monitoring the changing profile of the screen caused by the
changing height of the cuttings as they flow over the end.
 
Vision technology has the advantage of being somewhat remote from the shaker
(cleanliness) and does not require recalibration once set in place.
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
Typical Installation
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
ISO View of the Camera-Laser Assembly
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
Operational Fundamentals
 
 Safe, green laser line is projected across the screen
 Camera views screen surface including laser line
 As cutting particles come along they intercept the laser line. When they do the camera sees a
shift in the line position which is directly proportional to the height of the particle(s).
 Several hundred measurement zones are positioned across the screen thereby assuring a
high resolution detection of cuttings height on the screen in each zone which are integrated
together to create the material profile.
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
Illustration of Laser Line Deflection
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
Laser Line – No Cuttings vs Cuttings
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
Image Descriptions
 
The first image (previous slide) shows the laser line uninterrupted across the width of
the screen. This is the case when there is no flow.
The second image shows cuttings coming down the left hand side of the shaker
screen. As they intercept the laser line it is shifted toward the bottom of the image. An
object on the screen will intercept the laser line at a higher point than the screen
surface. Combined with the angle of approach of the laser, this shifts the line toward
the bottom of the image.
The higher the mass on the screen the farther toward the bottom of the image is the
shifted laser line, so the position of the laser line, in each measurement zone, relative
to the empty screen position is linearly associated with the actual material height.
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
Typical Test Data – Gravel/Mud on Shaker
 
 The data that follows includes three test runs of gravel/mud dumped onto the back
end of the shaker and tracked as it comes through the measurement zone.
 The height is the average height across the entire shaker width (~36”)
 Trial #3 shows a single dump of gravel
 Trial #14 shows two dumps of gravel spaced ~ 60 seconds apart
 Trial #21 shows three rapid dumps of gravel within 20 seconds
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
Single Gravel Dump
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
Double Gravel Dump – 60 s Apart
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
Triple Gravel Dump – Rapid Succession
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
undefined
 
QUESTIONS?
 
THANK YOU
 
J.M. CANTY INC. 
| BUFFALO NY | (716) 625-4227 
          
        
 
CANTY
 
PROCESS TECHNOLOGY
 
WWW.JMCANTY.COM
 
CANTY
 
PROCESS TECHNOLOGY
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Monitoring the flow of cuttings over shale shaker screens is crucial for drilling operations. CANTY Process Technology offers a remote imaging solution using vision technology to detect variations in flow rate on the screens. By projecting a safe green laser line and analyzing the shift in its position caused by cuttings, the system provides high-resolution detection of cuttings height on the screen without the need for recalibration. Visit www.jmcanty.com for more information.

  • Cuttings Flow Detection
  • Shale Shaker Operations
  • CANTY Process Technology
  • Remote Imaging
  • Vision Technology

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  1. CANTY PROCESS TECHNOLOGY Cuttings Flow Detection Shale Shaker Operation Detecting Flow Rate Variations on the Shaker Screens WWW.JMCANTY.COM

  2. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY Introduction Monitoring of the cutting flow over the shaker screens is an indicator of what is occurring in the drilling operation. Mud is recovered through the screens while cuttings flow over the end. Imaging provides a robust solution for detection of the cuttings and the change in the rate of flow over time by monitoring the changing profile of the screen caused by the changing height of the cuttings as they flow over the end. Vision technology has the advantage of being somewhat remote from the shaker (cleanliness) and does not require recalibration once set in place. J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  3. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY Typical Installation J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  4. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY ISO View of the Camera-Laser Assembly J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  5. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY Operational Fundamentals Safe, green laser line is projected across the screen Camera views screen surface including laser line As cutting particles come along they intercept the laser line. When they do the camera sees a shift in the line position which is directly proportional to the height of the particle(s). Several hundred measurement zones are positioned across the screen thereby assuring a high resolution detection of cuttings height on the screen in each zone which are integrated together to create the material profile. J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  6. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY Illustration of Laser Line Deflection J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  7. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY Laser Line No Cuttings vs Cuttings J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  8. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY Image Descriptions The first image (previous slide) shows the laser line uninterrupted across the width of the screen. This is the case when there is no flow. The second image shows cuttings coming down the left hand side of the shaker screen. As they intercept the laser line it is shifted toward the bottom of the image. An object on the screen will intercept the laser line at a higher point than the screen surface. Combined with the angle of approach of the laser, this shifts the line toward the bottom of the image. The higher the mass on the screen the farther toward the bottom of the image is the shifted laser line, so the position of the laser line, in each measurement zone, relative to the empty screen position is linearly associated with the actual material height. J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  9. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY Typical Test Data Gravel/Mud on Shaker The data that follows includes three test runs of gravel/mud dumped onto the back end of the shaker and tracked as it comes through the measurement zone. The height is the average height across the entire shaker width (~36 ) Trial #3 shows a single dump of gravel Trial #14 shows two dumps of gravel spaced ~ 60 seconds apart Trial #21 shows three rapid dumps of gravel within 20 seconds J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  10. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY Single Gravel Dump J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  11. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY Double Gravel Dump 60 s Apart J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  12. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY Triple Gravel Dump Rapid Succession J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

  13. WWW.JMCANTY.COM CANTY PROCESS TECHNOLOGY CANTY PROCESS TECHNOLOGY QUESTIONS? THANK YOU J.M. CANTY INC. | BUFFALO NY | (716) 625-4227 J.M. CANTY INTL. | DUBLIN, IRELAND | +353 (1) 882-9621 J.M. CANTY ASIA OFFICE | PHUKET THAILAND

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