COMPARATIVE ANALYSIS OF LEVEL MEASUREMENT METHODS

Abstract

In industrial processes, the processes of material extraction, its transfer, storage, quantity study, processing, and distribution are quite complex. Nowadays, each of these processes is performed with the help of automated systems. Automated systems speed up operations, reduce human error, and simplify management. Tanks are used to store materials. Measuring the amount of materials is very important in the industries and applications where it is used or stored for various reasons: Inventory management: Accurate measurement of material quantities helps businesses and organizations manage their inventory effectively. This is important to ensure a continuous supply of products and avoid shortages or overstocks. Financial control: material monitoring allows companies to control their costs related to supply and storage. It helps you budget, track costs and optimize purchasing decisions. Prevention of leaks and spills: Accurate level measurement helps detect unexpected changes that may indicate leaks or spills. Early detection of such incidents is important to prevent environmental pollution and for safety. Preventing Damage to Equipment: Proper quantity maintenance is essential to prevent damage to pumps, valves, and other equipment used in the handling and handling of materials. Quality control: In some industries, material quality can be affected by factors such as temperature changes, which can be observed as level changes. Accurate measurement of quantity ensures product quality. Safety: Keeping the correct amount of material in storage tanks and other containers is critical to preventing fires, ruptures and explosions. Proper control of the level of flammable liquids such as chemicals and oil is essential to minimize safety risks. In summary, quantification of materials is essential for effective management, safety and compliance in industries where they are used or stored. It prevents environmental pollution, ensures efficient operations and minimizes safety risks associated with flammable liquids. Keywords: transmitters, measurement of quantities, ultrasonic waves, hydrostatic pressure, microwave signals.