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Automation in Aquaculture
Faculty of Fisheries SKUAST-K, Rangil Gandarbal
Murtaza Youqoob
MSFY-2021-150
Advisory committee
Dr Anayitullah Chesti
01
Dr Mansoor Ahmed Rather
02
Dr Shabir Ahmad Dar
03
Dr Imran Khan
04
05 Dr Ashwani Kumar
Content
Introduction
01
Important aspects of Intelligent aquaculture
02
Automation in different systems
03
04
05
Conclusion
01
Introduction
Introduction
1
2
3
5
4
Intelligent fish farming is where we rely more on technology than on
human hands to help us improve fish production.
It helps us to easily monitor the health of
the fish, water quality parameters, optimize
the feeding, better waste management, and
much more.
Two of the key challenges that have held
farmers back from adopting aquaculture
farming in India are the lack of technical
knowledge and efficient technology to monitor
the farms. – Mishra (2022)
Machinery, and new generation of IT such as IoT,
big data, artificial intelligence (AI), 5G, cloud
computing and robots are used for remote
measurement and control of fish farm.
By 2050, food production needs to increase by 60% to
feed a world population of 9.3 billion. With climate
change and its consequent impact, there is
tremendous pressure to meet the rising food security
and nutritional demand. An emerging alternative
solution to this is smart aquaculture. – Somasundaram
(2022)
Introduction
Benefits of Automation
1
2
3
5
4
• Reduced costs
• Reduced energy consumption
• Reduced staffing
• Reduced workload
• Increased control
• Increased overview
• Increased security
• Increased fish welfare
02
Technologies used in
Automation of aquaculture
Sensor
Technology
IoT
Technology
Big data
and
Cloud
Technologies
Sensor
Technology
• Monitors key parameters of water such as temperatures, pH,
Oxidation-Reduction Potential, dissolved oxygen, electronic
conductivity and salinity.
• They can detect the diseases as well.
Temperature sensor:
• It can be easily interfaced with Arduino using one-
wire protocol.
• Probe type sensor is perfect for sensing
temperature of water in wet conditions. The
• temperature range is in between -55° to 125°C.
Sensor
Technology
pH sensor:
• A pH sensor is called a pH probe which combines
plastic shell rechargeable acidity meter electrode.
• It is round surfaced, refillable and appropriate for
labs, schools where periodic pH calculation is
done.
Turbidity sensor:
• Light scattered by sold particles which are small
in water is measured by turbidity sensor
Conductivity sensor:
• Electrical conductivity is related roughly to general
hardness (GH) and TDS.
Sensor
Technology
Dissolved Oxygen sensor:
• There are two groups of developed sensors:
electrochemical and optical sensors.
Feeding sensor:
• Smart feeding system with the
combination of water vibration-based
sensor, and machine learning; could
detect and determine the appetite of the
fish to avoid overfeeding or
underfeeding.
Big data and
cloud
• Big Data and Cloud technologies are being
implemented in precision fish farming to collect its
operation information and data, ensuring precise
control, water quality assurance, efficiency, cost
and labor reduction during the farming process.
• The collected data, upon detailed computing and
processing, can be used to forecast production
(such as feeding cost and harvest quantity) and to
identify potential problems (such as disease
prevention and climate impact), all of which
become important reference for next season’s
farming operations.
IoT Technology
• It collects data from smart sensors to satellites, and
crunches it using various cloud-based analytic
software tools, including artificial intelligence, to
make aquaculture operations more efficient and
even eco-friendly.
• For example, iQShrimp software platform uses
machine learning and sensors to give farmers
insight into their operation. The platform collects
data on shrimp size, water quality, feeding patterns
and weather conditions using mobile devices,
sensors, and automated feeders. Combined with
other data, the algorithms go to work to provide
recommendations such as feeding management
strategies and optimal harvest dates.
03
• Ponds Biofloc
• Add title 3 • Add title 4
Automation in different systems
02
Software
• The sensors will be installed in a fish pond and
connected to a microcontroller for later processing
and the results displayed on the screen.
• Actuators: they control several indicators in response
if there are indications that water quality is beyond
normal limits.
• Actuators can be activated automatically or manually.
Hardware
A. Automation in Ponds
• Software is used to manage programs
on the system.
• Data captured by the sensor will be
converted into data with a standard
unit so that it is easy to read.
• Software is also used to carry out
automatic responses when there are
indications of parameter mismatch,
set the normal limits of each
parameter and turn on the indicator.
System Design
Accuracy Test
1
2
3
Hardware
Control system
Machine learning model
It mainly consists of three parts such as the Perception, IoT cloud, and
Graphical user interface (GUI).
The decision regression tree machine learning model is used in the
proposed system to predict the water condition of the Biofloc
container.
B. Automation in Biofloc
Model proposed by Mozumder and Sagar (2021)
Described via Algorithm 1 (on next slide).
Proposed System Architecture
Control system architecture
Sensor output data
Comparison with other models
C. Automation in Aquaponics
Hardware Design
Automation in Aquaponics
Software Design
Proposed System Architecture
Proposed System Architecture
IoT
Sensors
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Add title Add title Add title Add title Add title
Add your words
here,according to your
need to draw the text
box size
Add your words
here,according to your
need to draw the text
box size
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here,according to your
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box size
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here,according to your
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box size
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here,according to your
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box size
Sensor Technology
IoT technology
Intelligent information
processing model
System integration
Big data and cloud platform
Equipment digitization,
precision control, and edge
computing
Important aspects of
Intelligent aquaculture
01 04
02 05
03 06
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Add your title here
Sensor Technology
Monitors key parameters of water such as
temperatures, pH, Oxidation-Reduction Potential,
dissolved oxygen, electronic conductivity and
salinity. They can detect the diseases as well.
For example, Smart Water Monitoring System for
fish farm QAM300-DE
Add your title here
Add your title here
Add title
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Add title
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03
• Add title 1 • Add title 2
• Add title 3 • Add title 4
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size
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TITLE
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2018
2017
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TITLE
TITLE
TITLE
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text box size
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text box size
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text box size
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04
• Add title 1 • Add title 2
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1
4
2
3
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THANK YOU
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Automation in Aquaculture.pptx

  • 1. Automation in Aquaculture Faculty of Fisheries SKUAST-K, Rangil Gandarbal Murtaza Youqoob MSFY-2021-150
  • 2. Advisory committee Dr Anayitullah Chesti 01 Dr Mansoor Ahmed Rather 02 Dr Shabir Ahmad Dar 03 Dr Imran Khan 04 05 Dr Ashwani Kumar
  • 3. Content Introduction 01 Important aspects of Intelligent aquaculture 02 Automation in different systems 03 04 05 Conclusion
  • 5. Introduction 1 2 3 5 4 Intelligent fish farming is where we rely more on technology than on human hands to help us improve fish production. It helps us to easily monitor the health of the fish, water quality parameters, optimize the feeding, better waste management, and much more. Two of the key challenges that have held farmers back from adopting aquaculture farming in India are the lack of technical knowledge and efficient technology to monitor the farms. – Mishra (2022) Machinery, and new generation of IT such as IoT, big data, artificial intelligence (AI), 5G, cloud computing and robots are used for remote measurement and control of fish farm. By 2050, food production needs to increase by 60% to feed a world population of 9.3 billion. With climate change and its consequent impact, there is tremendous pressure to meet the rising food security and nutritional demand. An emerging alternative solution to this is smart aquaculture. – Somasundaram (2022)
  • 6. Introduction Benefits of Automation 1 2 3 5 4 • Reduced costs • Reduced energy consumption • Reduced staffing • Reduced workload • Increased control • Increased overview • Increased security • Increased fish welfare
  • 9. Sensor Technology • Monitors key parameters of water such as temperatures, pH, Oxidation-Reduction Potential, dissolved oxygen, electronic conductivity and salinity. • They can detect the diseases as well. Temperature sensor: • It can be easily interfaced with Arduino using one- wire protocol. • Probe type sensor is perfect for sensing temperature of water in wet conditions. The • temperature range is in between -55° to 125°C.
  • 10. Sensor Technology pH sensor: • A pH sensor is called a pH probe which combines plastic shell rechargeable acidity meter electrode. • It is round surfaced, refillable and appropriate for labs, schools where periodic pH calculation is done. Turbidity sensor: • Light scattered by sold particles which are small in water is measured by turbidity sensor Conductivity sensor: • Electrical conductivity is related roughly to general hardness (GH) and TDS.
  • 11. Sensor Technology Dissolved Oxygen sensor: • There are two groups of developed sensors: electrochemical and optical sensors. Feeding sensor: • Smart feeding system with the combination of water vibration-based sensor, and machine learning; could detect and determine the appetite of the fish to avoid overfeeding or underfeeding.
  • 12. Big data and cloud • Big Data and Cloud technologies are being implemented in precision fish farming to collect its operation information and data, ensuring precise control, water quality assurance, efficiency, cost and labor reduction during the farming process. • The collected data, upon detailed computing and processing, can be used to forecast production (such as feeding cost and harvest quantity) and to identify potential problems (such as disease prevention and climate impact), all of which become important reference for next season’s farming operations.
  • 13. IoT Technology • It collects data from smart sensors to satellites, and crunches it using various cloud-based analytic software tools, including artificial intelligence, to make aquaculture operations more efficient and even eco-friendly. • For example, iQShrimp software platform uses machine learning and sensors to give farmers insight into their operation. The platform collects data on shrimp size, water quality, feeding patterns and weather conditions using mobile devices, sensors, and automated feeders. Combined with other data, the algorithms go to work to provide recommendations such as feeding management strategies and optimal harvest dates.
  • 14. 03 • Ponds Biofloc • Add title 3 • Add title 4 Automation in different systems
  • 15. 02 Software • The sensors will be installed in a fish pond and connected to a microcontroller for later processing and the results displayed on the screen. • Actuators: they control several indicators in response if there are indications that water quality is beyond normal limits. • Actuators can be activated automatically or manually. Hardware A. Automation in Ponds • Software is used to manage programs on the system. • Data captured by the sensor will be converted into data with a standard unit so that it is easy to read. • Software is also used to carry out automatic responses when there are indications of parameter mismatch, set the normal limits of each parameter and turn on the indicator.
  • 18. 1 2 3 Hardware Control system Machine learning model It mainly consists of three parts such as the Perception, IoT cloud, and Graphical user interface (GUI). The decision regression tree machine learning model is used in the proposed system to predict the water condition of the Biofloc container. B. Automation in Biofloc Model proposed by Mozumder and Sagar (2021) Described via Algorithm 1 (on next slide).
  • 23. C. Automation in Aquaponics Hardware Design
  • 27. IoT Sensors Add your words here,according to your need to draw the text box size Add title Add your words here,according to your need to draw the text box size Add title Add your words here,according to your need to draw the text box size Add title Add your title here
  • 28. Add your title here Add title Add title Add title Add title Add title Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size
  • 29. Sensor Technology IoT technology Intelligent information processing model System integration Big data and cloud platform Equipment digitization, precision control, and edge computing Important aspects of Intelligent aquaculture
  • 30. 01 04 02 05 03 06 Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your title here
  • 31. Sensor Technology Monitors key parameters of water such as temperatures, pH, Oxidation-Reduction Potential, dissolved oxygen, electronic conductivity and salinity. They can detect the diseases as well. For example, Smart Water Monitoring System for fish farm QAM300-DE Add your title here
  • 32. Add your title here Add title Add your words here,according to your need to draw the text box size Add title Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size
  • 33. 03 • Add title 1 • Add title 2 • Add title 3 • Add title 4 Add your title here
  • 34. Add title Add title Add title Add title Add title Add title Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your title here
  • 35. TITLE Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add title Add title Add title Add title Add title Add title Add your title here
  • 36. 2018 2017 Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your title here
  • 37. TITLE TITLE TITLE Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your title here
  • 38. 04 • Add title 1 • Add title 2 • Add title 3 • Add title 4 Add your title here
  • 39. 1 4 2 3 Add title Add title Add title Add title Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your words here,according to your need to draw the text box size Add your title here
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