TECHNOLOGY FOCUS - AGRICULTURE - Preferred Composition: The water in the surfactant blend contains a chelating and/or sequestering agent. The herbicidal composition further comprises a plant nutrient, triethanolamine and polysiloxane. The surfactant blend (8-60%) makes the solid herbicidal composition of (2-20 wt.%). The fulvic acid (0.08-0.46%), ammonium sulphate (0.26-0.33%), triethanolamine (0.4-4%) and polysiloxane (4-2%) of polyether is modified polysiloxane in the herbicidal composition. The sodium laurly ether sulfate (1-5 moles) of an alkoxy group. The sodium laurly ether sulfate (2 or 3 moles) of ethylene oxide.    TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Components: The salt of sulfated alkoxylated alcohol is sodium lauryl ether sulfate. The 10-18C alcohol is lauryl alcohol, cetyl alcohol and/or steryl alcohol (preferably lauryl alcohol). The solubilizing agent is sodium xylene sulfonate and/or ethanol. The salt of a sulfated alkoxylated alcohol is lauryl alcohol. The glyphosate salt is isopropylamine, diammoniun and/or trimethylsolfonium and/or esters and/or derivatives of the salts. The plant nutrient is ammonium sulfate. The alkoxy group is ethoxy. The component (I) is ether and/or 1-4C branched or unbranched alcohol. The fulvic acid is in combination with chelated nutrients including potassium, phosphorus and/or nitrogen. ACTIVITY - Herbicide. No biological data is given.    MECHANISM OF ACTION - None given.    ADMINISTRATION - The herbicidal composition is applied by spraying. No rate of application is given.    EXAMPLE - A surfactant blend (B1) comprising (kg) sodium lauryl ether Sulfate (533), lauryl alcohol (17), di glycol monobutyl ether (53.3), ethyl alcohol (180 l), ethylene diamine tetra acetic acid (EDTA) di-sodium salt (1.7), sodium xylene sulfonate (50.6) and water (167 l) was prepared. A herbicidal composition comprising soft water (860 l), glyphosate IPA salt (15.1 kg), fulvic acid (20 l), ammonium sulfate solution (40 l), surfactant blend (B1) (80 l), triethanolamine (T.E.A) 85% (4kg) and polyether modified polysiloxane (4 l) was prepared.