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The paper
presents the effects of zeolite clinoptilolite applied on agricultural soils on
the physical and chemical soil features. Zeolites are one of the few
nanotechnologies that have been investigated for environmental remediation
purposes. Because of their ion exchange Properties, and the fact that they are
a seemingly natural product that can bring Certain improvements (such as increasing
the soil cation-exchange
capacity and soil Moisture, improving hydraulic
conductivity, increasing yields in acidified soils, and Reducing plant uptake
of metal contaminants) to soil properties. Unlike other soil amendments (e.g.
lime) zeolite does not break down over time but remains in the soil to improve
nutrient retention. Therefore, its addition to soil will significantly reduce
water and fertilizer costs by retaining beneficial nutrients in the root zone.
INTRODUCTION
More than forty
CONTACT TO BUY
USE OUR CONTACT FORM naturally occurring zeolites were reported by different research groups, and clinoptilolite,
CONTACT TO BUY
USE OUR CONTACT FORM naturally occurring zeolites were reported by different research groups, and clinoptilolite,
