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Thermic Automatic Sample Collection Boat

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INTRODUCTION
  •  Welcome to the future of aquatic exploration and environmental monitoring – the Automatic Water Sampling Boat. In an era where technology is revolutionizing our ability to understand and protect our planet's vital water bodies, this remarkable innovation stands at the forefront of scientific advancement.
  •  Imagine a sleek, intelligent vessel navigating through waterways with purpose and precision. Its mission: to gather invaluable samples that unlocks insights into water quality, ecosystem health, and environmental changes. This cutting-edge marvel has been meticulously designed to surpass the limitations of traditional sampling methods, offering unparalleled efficiency, accuracy, and versatility.
TECHNICAL DETAILS

Unit Mass 10 kg
Transmitter FS i6S 10 Ch (10 Channels
Receiver FS iA10B (10 Channels
Battery 12V 2200 mAh ( LiPo )
Dimensions 1000 mm x 830 mm x 750 mm (LBH)
Actuator 300 mm 12V IP 65
Pump Gravity Suction (Valve Operated)
Speed 10 km/h
Light 1 Front 2 Back
Container Capacity 1.5 liters
Range 500 m LoS
Body PVC and Carbon Fiber
Propeller Motor 12V 100 W 300 rpm DC (2x)
Rudder Motor DC Servo 20 W
Propeller Molded ABS (Wheel Hub Mounted Paddle Type)
Weight Capacity 24 kg
GPS Guidance NEO 6M Module
Main Controller Gyro DC V1 (12V 32 V Input)



Benefits of Water Sampling at different location
Water sampling at different locations offers a multitude of benefits, each contributing to a comprehensive understanding of aquatic ecosystems and water quality. Here are some key advantages of conducting water sampling at various locations:

  •   Spatial Variability Assessment: Different areas of single water body can exhibit varying water quality characteristics due to factors such as pollution sources, water flow patterns, and natural processes. Sampling at multiple locations helps identify spatial variations in parameters like nutrient levels, contaminants, and temperature, providing a more accurate picture of overall water quality.
  •   Source Identification: By sampling at different points along a water body, it becomes possible to trace the sources of pollution or contaminants. This is essential for pinpointing areas where human or industrial activities may be negatively impacting the water quality, allowing for targeted interventions and pollution control measures.
  •   Ecological Insights: Aquatic ecosystems are complex and interconnected. Sampling at various locations helps researchers understand how different parts of the ecosystem interact and how changes in one area can influence other areas. This is crucial for assessing biodiversity, habitat health, and overall ecosystem dynamics.
  •   Baseline Monitoring: Establishing a baseline water quality profile by sampling at different locations serves as a reference for future comparisons. Over time, these baseline data can reveal trends and changes, enabling early detection of emerging environmental issues or trends that require attention.
  •   Impact Assessment: When new development projects, industries, or infrastructure are proposed near water bodies, sampling at multiple locations can help assess potential impacts. By comparing data before and after such projects, researchers can determine if there are any adverse effects on water quality.
  •   Regulatory Compliance: Many environmental regulations and standards require regular water quality monitoring at specific locations. By conducting sampling at these mandated sites, authorities can ensure compliance with established guidelines and take corrective actions if necessary.
  •   Adaptive Management: Adaptive management involves adjusting management strategies based on ongoing data collection and analysis. Sampling at different locations allows for more informed decision-making, enabling managers to adapt strategies to changing environmental conditions.
  •   Public Awareness: Sharing water quality data with the public enhances awareness of the importance of preserving and protecting water bodies. By presenting data from various locations, people can better grasp the scale and complexity of water quality issues, fostering community involvement in conservation efforts.
Scientific Research: Sampling at multiple locations supports a wide range of scientific studies, from understanding the movement of pollutants to studying aquatic species distribution and behavior. This data contributes to advancing scientific knowledge about aquatic ecosystems.

In conclusion, water sampling at different locations is a crucial practice that yields a wealth of information essential for effective water resource management, environmental protection, and sustainable development.



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