TURBIDITY CONTROL OF WATER USING RATIO TURBIDIMETERS THE METHOD OF OPTIMAL DISTRIBUTED PURIFICATION-Reference-Cited by-同舟云学术

TURBIDITY CONTROL OF WATER USING RATIO TURBIDIMETERS THE METHOD OF OPTIMAL DISTRIBUTED PURIFICATION

Published:2022-11 Issue:293 Volume: Page:52-56
ISSN:0201-7032
Container-title:Kontrol'. Diagnostika
language:ru
Short-container-title:td

Author:

Jabbarli B. R.

Abstract

A method of water turbidity control using ratio turbidimeters is proposed for the implementation of optimal distributed water purification. The problem of minimizing the total turbidity value in NTU units of readings generated at the outputs of ratio turbidimeters included in each subchannel of the water flow distribution network is substantiated and solved. In the subchannels, the water is purified using coagulation-flocculation technology. The optimal ratio of the turbidimeter signals of the ratio is obtained, at which the sum of the NTU readings of the subchannels reaches a minimum.

Publisher

Izdatel'skii dom Spektr, LLC

Subject

General Medicine

Reference16 articles.

1. Ahmad Fairuz Omar, Mohd Zubir MatJafri. (2012). Development of Optical Instrument as Turbidimeter: a Comparative. Sensor Review, Vol. 32, (2), pp. 134 – 141.

2. Lubell C., Barry T., Brody E., Hearn G. (1973). Inexpensive Dual Beam Turbidimter. Journal of Sedimentary Petrology, Vol. 43, (3), pp. 898 – 903.

3. Abueejela Y. M., Guinauim A. S., Algitta A. A. (2020). Measuring Turbidity of Water Basd Photo Voltaic Cell and Laser Light. Jeeeit Transactuins, Vol. 1, (1), pp. 49 – 54.

4. Sefa-Ntiri B., Mensah-Amoah P., Okoto R. J. S., Tatchie E. T. (2014). Measurement of Optical Turbidity of Dronking Water Samples, Using Nephelometric and Laser Light Techniques. American International Journal of Contemporary Scientific Research, Vol. 1, pp 22 – 33.

5. Hilaire T. J., Kamta M., Kayem G. J. (2014). Infrared Turbidimeter for Nephelometric, Turbidimetric and Ratio Control and Monitoring of Water during Treatment. International Journal of Engineering Research & Technology (IJERT), Vol. 3, (2), pp. 2599 – 2604.