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Material and Energy Balance Calculations for Commercial Production of Whole Neem Fruit Powder Using Particle-Size Distribution and Energy Models

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Neem-based pesticides are well known to reduce agriculture pollution. It was earlier found that freeflowing fine powder of whole dry neem fruits (called PNF-powder neem formulation) of size range 300… Click to show full abstract

Neem-based pesticides are well known to reduce agriculture pollution. It was earlier found that freeflowing fine powder of whole dry neem fruits (called PNF-powder neem formulation) of size range 300 m to 390 m, i.e. (−44 + 60 mesh) was the optimum size range. Azadirachtin which is a key ingredient of neem is quite stable in PNF. This article delineates material and energy balance to produce 1 tonne of PNF on a commercial level by using hammer mill. The particle size distribution models and classical energy consumption models were used to fit the experimental data generated by changing the hammer mill screen.

Keywords: particle size; energy; size; powder; energy balance; material energy

Journal Title: Current Science
Year Published: 2017

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