Research of water flow measuring device based on Arduino platform

Djalilov, A.; Nazarov, O.; Sobirov, E.; Tasheva, U.; Abdunabiyev, J.; Urolov, S.

doi:10.1051/e3sconf/202340104039

Cited by 3 publications

(1 citation statement)

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“…To address these limitations and enhance the system's performance, the authors suggest incorporating Proportional Integral Differential (PID) control, which can improve accuracy by continuously correcting errors. Additionally, they propose the integration of temperature and pressure sensors, as well as actuators like boilers or heaters, to create a more controlled environment for fluid processes [19] [20].…”

Section: Discussionmentioning

confidence: 99%

Controlled Fluid Flow Without Controlling Pump Through Arduino

Ali,

Gillani,

Zain

et al. 2024

AAES

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Various Industries like Chemical, Energy, Nuclear, Process, Manufacturing, Healthcare, and Agriculture require the flow rate to be controlled. It may be constant, steady state, or between the specific upper and lower range. The article explained the development of a cost-effective fluid flow control system using an Arduino microcontroller. The direct use of the pump is not good because there are a lot of challenges (Corrosion, Power fluctuations, Pressure leak) with the pump and with time as it gets old, the chances of getting good, desired flow from it are not possible. We achieved the controlled flow rate (volume rate and mass rate) in a very precise and cost-effective manner. Because the flow corresponding to the height is steadier and more constant than getting steady flow from the pump. Hence, our solution is that we don’t get direct flow from the pump but from Tank B. Tank B must be very carefully designed (especially its height and cross section) to get the desired value of the flow rate from it, as per Bernoulli’s Theorem the flow velocity has a direct relation with the height. We just used the pump to refill tank B up to the desired level. In this case, the flow rate only varies when there is a larger change in the head of the tank from which it is coming (It is tank B in our case). The pump automatically becomes ON when the flow rate drops below 2 and fills tank B again to the height which corresponds to the flow rate 3 and when the flow rate becomes 3 the pump becomes OFF automatically. The process is repeated until the desired process is completed. After Completion the valve from Tank B can be closed. The Hardware integrations, Software Programming Logic, and Physical experimental setup are discussed.

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Section: Discussionmentioning

confidence: 99%

Controlled Fluid Flow Without Controlling Pump Through Arduino

Ali,

Gillani,

Zain

et al. 2024

AAES

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Intelligent system for measuring and monitoring water levels

Djalilov,

Tasheva,

Allenova

et al. 2024

IOP Conf. Ser.: Earth Environ. Sci.

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Measuring and controlling water levels at water management facilities is one of the important tasks. In this research work, we, the authors, have studied the available means of measuring water level. Some of their drawbacks were brought to light throughout the investigation. For instance, if you take a water level control gauge, you have to keep an eye on it all the time, and automation is challenging. These water level measurement devices are not up to date with modern standards. At present, there is a need for systems for continuous monitoring of water resources, collection of necessary information and, if necessary, delivery of processed information to the user or decision-making in complex situations. Taking this into account, it was aimed to develop an intelligent system for measuring and controlling the water level that meets the requirements of the time. As the basis of the intelligent system, the JSN SR-04T ultrasound sensor, which is resistant to various aggressive conditions and has high measurement accuracy, and the Arduino Nano board were taken. This intelligent system was tested at the facility and the developed system performed all tasks reliably and qualitatively.

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