Green Synthesis, Characterization and Kinetics of Nano Agro Fertilizer Containing Nanostructured Hydroxyapatite

Abstract

Agriculture is the has been continuously increases with the rapid population growth. Due to high  biodegradability and biocompatibility of phosphorus used in the field of insecticide, bio fertilizer, bio pesticide.  However, much less progress has been made regarding their application in precision agriculture.

Phosphorus is the major plant nutrients of plants. phosphorus is the least accessible since most farmland are frequently phosphorus deficient. Hence, phosphorus use efficiency should be maximized to conserve to resource base and maintain agricultural productivity. The challenge to 66 meet the increasing phosphorus demand in a sustainable manner at a global scale require development of smart solution, modification and improvisation in the chemical properties of fertilizers. Approximately 30 to 65% of total phosphorus present in inorganic form which is not available for plant. According to geographic paper 2020 farmer face many problem related to phosphorus.

More soluble phosphorus such as single super phosphate, triple super phosphate polluted water bodies with leads to eutrophication. We use rock phosphorus as the raw material to manufacture fertilizer for this purpose we imports rock phosphorus from UK, China, morocco.

This study reported the green synthesis of n-HAP using aqueous seed extract of Cucurbita pepo by wet chemical method because Cucurbita pepo is a common plant in which all parts are editable and rich I Calcium and Phosphorus and phosphorus content and characterized by FTIR(Fourier Transform Infrared Spectroscopy) , SEM( Scanning electron microscopy) and XRD(X-ray diffraction analysis )and study the effect of n-HAP on plant growth.