Optimization of Low-Pressure Hydrocyclone Sizes for Drip Irrigation System

Aleksander Kalashnikov, Nurlan Abduramanov, Pavel Kalashnikov, AigulBayzakova and Nurzhau Rysmahanov

The article experimentally shows that the change in the size and configuration of the elements of the low-pressure hydrocyclone affects the quantity and quality of the purified liquid for drip irrigation systems. The optimal configuration of the inlet pipe of the hydrocyclone is analyzed and recommended, with the angles of its deflection along the vertical (θº) and horizontal (φº) plan. Moreover, the change in the depth of flooding of the discharge pipe socket (аc) and their influence on the distribution of costs between the discharge openings for water purification from solid deposits is analyzed.

Volume 12 | 05-Special Issue

Pages: 191-198

DOI: 10.5373/JARDCS/V12SP5/20201748