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Approaches Towards Design of Green Matrices to Formulate Agricultural and Bioactive Materials and Provide Improved Effi

Green components . Active ingredientsInherent toxicologyFormulating productsEmulsifiersDispersantsPolymersThickenersWetting agentsDefoamersBinders/disintegrents Others. Liquid formulationsECMEC/MESCEWSEGelsSolid formulationsWPWDG/WSGTabletsSpecialty formulationsDispersible she

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Approaches Towards Design of Green Matrices to Formulate Agricultural and Bioactive Materials and Provide Improved Effi

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    1. Approaches Towards Design of Green Matrices to Formulate Agricultural and Bioactive Materials and Provide Improved Efficacy Kolazi S. Narayanan, Xin Qu, Tom Zhang, et al International Specialty Products, 1361 Alps Road, Wayne, NJ, 07470 USA Presented at ASTM 31st Symposium on Pesticide Formulations and Delivery Systems:  Innovative Green Chemistries for the 21st Century San Antonio, TX

    2. Green components Active ingredients Inherent toxicology Formulating products Emulsifiers Dispersants Polymers Thickeners Wetting agents Defoamers Binders/disintegrents Others Liquid formulations EC MEC/ME SC EW SE Gels Solid formulations WP WDG/WSG Tablets Specialty formulations Dispersible sheets 2

    3. Functionally, the active ingredients have to be dissolved/dispersed in water Reduce the number of ingredients – Inert ingredients with multiple functionality 3

    4. High loading of active ingredient(s) High storage stability Physical stability Concentrate Dilution Chemical integrity Bio-availability Deposition Preservation Penetration Release Low cost Green components

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