Client: Chemical Processing Plant
Industry: Chemical Manufacturing
Challenge:
A chemical processing plant was facing difficulties in accurately measuring the level of various liquid solutions, especially in tall and narrow tanks. The plant had inconsistent readings with their previous measurement devices, which often led to operational inefficiencies, mismanagement of resources, and delays in production.
The key challenges included:
Inaccurate Level Readings – Due to the narrow tank design, traditional measurement methods were unreliable.
Harsh Environmental Conditions – The plant operates in a high-temperature environment, with varying chemical solutions that could corrode sensitive equipment.
Customizable Probe Length – The tanks had different heights, requiring flexible measurement options.
Solution:
Zero Instrument’s Guided Wave Radar Level Meter (RD701) was selected as the ideal solution for the plant’s liquid level measurement needs.
Key Features of the Solution:
Measuring Range: 0-1.8 meters, perfect for both tall and narrow tanks.
Customizable Probe Length: The probe can be easily cut on-site to fit the required height of each tank, offering flexibility in installation.
Accuracy: Provides high accuracy with a ±3mm tolerance, even in fluctuating environmental conditions.
Protection Grade: With an IP67 rating, the device is fully protected against dust and water, making it highly suitable for harsh plant environments.
Temperature Resistance: The radar level meter operates in temperatures ranging from -40 to 120°C, which is essential for the plant’s high-temperature environment.
Implementation:
Zero Instrument’s team worked closely with the plant to:
Assess the site – Conducting a detailed site survey to understand the specific requirements for each tank.
Customization – Modifying the probe lengths to fit different tanks while ensuring the device could handle various chemicals used in the plant.
Installation & Calibration – The Guided Wave Radar Level Meters were installed, and calibration was completed to ensure precise readings.
Results:
The implementation of the Guided Wave Radar Level Meter significantly improved the plant’s operations:
Increased Accuracy: The plant achieved accurate and reliable level measurements across all tanks, eliminating previous discrepancies in readings.
Operational Efficiency: With real-time data on the chemical levels, operators could make informed decisions, reducing downtime and improving production processes.
Reduced Maintenance Costs: The IP67 protection rating ensured the devices were highly durable, reducing maintenance requirements and downtime due to equipment failure.
Customization Benefits: The ability to cut the probe on-site allowed the plant to adapt the system to fit various tank designs without needing to purchase additional equipment.
Conclusion:
The Guided Wave Radar Level Meter (RD701) provided a robust, accurate, and cost-effective solution for the chemical processing plant’s liquid level measurement needs. By offering flexibility, durability, and high performance in challenging environments, Zero Instrument helped the plant optimize its operations and achieve greater operational efficiency.
This case study highlights the versatility and reliability of Zero Instrument’s Guided Wave Radar Level Meter in industrial applications. If you are facing similar challenges in liquid level measurement, our team is ready to assist in finding the right solution for your needs.