Aerul şi Apa: Componente ale Mediului (Mar 2024)

Advance Hydraulic Modelling of Irrigation Systems, Study Case Protect Agro Baba Ana Mizil Irrigation System 1155 ha, Romania

  • Robert Florin BEILICCI,
  • Erika Beata Maria BEILICCI

DOI
https://doi.org/10.24193/AWC2024_11
Journal volume & issue
Vol. 2024, no. 1
pp. 117 – 124

Abstract

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Investment "Modernization of irrigation system O.U.A.I. PROTECT AGRO BABA ANA MIZIL" is located in Prahova County, in the suburbs of the Mizil locality in the perimeter of the AHC Campia Buzaului complex development, in the irrigation system related to Plot SPP3 on Canal West 2. The total land area served by the SPP3/CV2 plot is 2171 ha, and the net area is 2076 ha. Through its rural development policy, the EU aims to help rural areas face the multiple economic, social and environmental challenges that the 21st century brings. This policy forms the second pillar of the Common Agricultural Policy (CAP). Climate change has an impact on existing water resources, especially in rural areas. Considering the poor adaptation of the existing infrastructure to the new agricultural structures, the sector remains vulnerable to climatic conditions (alternating drought and frequent floods), with significant economic effects on the economic viability of farms. This problem becomes much more acute in the context of global warming. Through their action, land improvement works (irrigation, drainage - drainage works and CES) contribute to the recovery of the land and induce beneficial effects on environmental factors: soil, water, air, supporting, once more, the inclusion of these works in the category those of public utility of national strategic interest. The case study is part of the National Strategic Program 2023-2027 - program financed by the European Union and the Government of Romania through measure DR-25 - Modernization of irrigation infrastructure The presented method allows the optimization of pipe dimensioning, respectively of the pressure and transported water discharge to irrigation capacity.

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