1. Petrochemical and Oil & Gas Industry

• Storage Tank Level Monitoring: Used for level measurement of crude oil, refined oil, chemical raw materials (e.g., methanol, ethanol, benzene), liquefied petroleum gas (LPG), and liquefied natural gas (LNG) storage tanks. They support continuous real-time monitoring and inventory metering, meeting needs for trade settlement, process control, and safety protection.
• Reactor and Tower Level Control: In equipment such as polymerization reactors, distillation towers, and absorption towers, they monitor the level of internal media (e.g., viscous liquids, media with bubbles or steam) in real time to ensure stable reaction processes and prevent overflow or dry burning.
• Tanker/Tank Truck Metering: Some portable radar level transmitters are used for rapid level detection in oil tankers and tank trucks, enabling dynamic metering and overflow prevention during loading and unloading.
• Corrosive Media Measurement: For corrosive media like acid-base solutions and organic solvents, non-contact radar level transmitters avoid direct contact with the medium, preventing sensor corrosion and extending service life.

2. Water Treatment and Environmental Protection Industry

• Tap Water/Wastewater Treatment:
  • Monitor levels in clean water tanks, sedimentation tanks, and filter tanks at waterworks to ensure stable operation of water supply systems;
  • In wastewater treatment plants, they withstand suspended solids, foam, and corrosive gases in regulating tanks, aeration tanks, sedimentation tanks, and sludge thickening tanks, providing accurate level feedback to optimize treatment processes.
• Industrial Wastewater Treatment: For industrial wastewater storage tanks with chemical pollutants, high temperature, or high pressure, radar level transmitters enable non-contact measurement, avoiding medium erosion of equipment while supporting remote monitoring and automated control.
• Water Environment Monitoring: Used for level monitoring of natural water bodies (rivers, lakes, reservoirs) or urban drainage networks, aiding flood control and water resource management.

3. Power Industry

• Boiler and Drum Level Measurement: In thermal power plants, they monitor the level of high-temperature and high-pressure water/steam in boilers and drums, ensuring safe operation and preventing “flooding” or “dry boiling.”
• Cooling Tower and Water Tank Level Control: Used for level monitoring in circulating cooling towers, make-up water tanks, and acid-alkali metering tanks in power plants, ensuring stable operation of cooling systems and auxiliary equipment.
• Desulfurization and Denitrification Systems: In absorption towers and slurry tanks containing corrosive slurries, non-contact radar level transmitters avoid sensor clogging or corrosion, ensuring efficient desulfurization and denitrification processes.

4. Food and Pharmaceutical Industry

• Food Processing Storage Tanks: Used for level measurement of raw materials or finished products (e.g., syrup, edible oil, dairy products, fruit juice) in storage tanks. Sensors are installed on tank tops without direct contact with food, complying with hygiene standards (e.g., 3A, FDA certifications) and avoiding contamination risks.
• Pharmaceutical Reactors and Batching Tanks: In vaccine and pharmaceutical production, they monitor the level of organic solvents, medicinal liquids, and purified water in reactors and batching tanks, ensuring batching accuracy and process controllability while adapting to sterile environments in clean rooms.
• Fermentation Tank Level Monitoring: For fermentation processes involving foam, steam, or viscous media (e.g., fermentation broth), radar signals penetrate foam layers to provide stable level data, optimizing fermentation processes.

5. Metallurgy and Mining Industry

• Metallurgical Furnaces and Storage Tanks: Monitor slag levels in blast furnaces and converters, or molten steel/iron levels in pretreatment tanks, withstanding high-temperature radiation and dust to ensure safe smelting.
• Slurry and Reagent Storage Tanks: In mineral processing, they measure the level of slurries with high solid particles or acid-alkali reagents/flotation agents in storage tanks, preventing production interruptions due to abnormal levels.
• Cooling Water Systems: Monitor levels in circulating cooling towers and reservoirs to ensure equipment cooling efficiency and prevent overheating from water shortage.

6. Municipal and Agricultural Sectors

• Municipal Water Supply and Drainage: Used for level monitoring of clean water reservoirs, sewage lifting pump stations, and drainage networks in cities, supporting remote control and automated scheduling to prevent overflow.
• Agricultural Irrigation: Monitor levels in irrigation reservoirs, ponds, and wells, combining meteorological data and crop needs to achieve precision irrigation and improve water use efficiency.
• Landfill Leachate Treatment: In landfills, they measure the level of leachate collection pools to prevent leakage and environmental pollution, while supporting automated operation of treatment systems.

7. Special Working Condition Applications

• High-Viscosity/Crystallizable Media: Such as asphalt, resin, and syrup, non-contact measurement avoids sensor adhesion or clogging.
• Highly Volatile/Toxic Media: Such as chloroform and ammonia in chemical processes, eliminating the need for contact with media to reduce leakage risks and ensure personnel safety.
• Harsh Environments (Dust, Steam, Vibration): In dusty, high-steam environments (e.g., cement plants, power plant boiler workshops) or on violently vibrating equipment, radar signals have strong penetration and are not disturbed.

Summary