Y.A. Zapata’s scientific contributions

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Publications (1)


Figure 1. Schematic layout of the pilot plant built for boron removal in water for irrigation purposes.
Figure 3. Tomato fruit size distribution (% of each commercial classification) obtained in the crop irrigated with the treated water.
Pilot Plant for Boron Removal from Naturally Contaminated Irrigation Water
  • Article
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July 2015

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400 Reads

Applied Engineering in Agriculture

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L.F. Figueroa

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N.A. Lara

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[...]

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Y.A. Zapata

A pilot plant for removing boron from irrigation water was installed in a commercial farm located in the Lluta River Valley (Arica, Chile). Water prior treatment contained dissolved boron concentration ranging from 17.98 to 23.76 mg L-1. After treatment, boron concentration substantially dropped to 1.28 to 1.79 mg L-1. Treatment did not affect either pH or electrical conductivity of treated water. Over a period of 8 months, 7,440 m3 ha-1 (898.55 mm) of the treated water were used for irrigation of a commercial field of tomato which produced 130.4 Mg ha-1 and over 75% of the highest value commercial fruit size. The average operational cost of the pilot plant was US$0.46 m-3. This operational cost, which amounts to 6.5% of the tomato production cost in the area where the study was conducted, is compatible with a profitable agricultural activity under the conditions of Lluta Valley. © 2015 American Society of Agricultural and Biological Engineers.

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