HERBICIDE FORMULATIONS ENCYCLOPEDIA
| Format | : | Hard Book & E book (PDF) |
| Editor | : | MCB BOOKS |
| ISBN | : | 978 – 605 – 81137 – 2 – 5 |
| Cover | : | Glossy Laminated Softcover (Perfect Bound) |
| Number of Pages | 567 Pages | |
| Publication Date | : | 2026 |
| Copyright | : | MCB BOOKS |
Price range: $270,00 through $350,00
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HERBICIDE FORMULATIONS ENCYCLOPEDIA is a comprehensive and technically advanced reference developed for professionals aiming to formulate, produce, and optimize high-performance weed control products for agricultural and industrial applications. The content of this encyclopedia has been created through detailed, formulation-by-formulation analysis, ensuring that each system reflects real field performance requirements and industrial production standards. All formulations are structured on a 100 kg production basis, making them directly scalable and suitable for manufacturing environments. The scope includes a wide range of herbicide systems such as emulsifiable concentrates (EC), suspension concentrates (SC), soluble liquids (SL), wettable powders (WP), and other modern formulation technologies designed for both selective and non-selective weed control. Each formulation clearly identifies commercially available raw materials, supported by CAS numbers, and provides detailed functional explanations, allowing users to fully understand the roles of active ingredients, solvents, surfactants, dispersants, stabilizers, and adjuvants within the system. This enables a deep understanding of herbicide performance mechanisms such as absorption, translocation, and weed control efficiency.
In addition to formulation details, the encyclopedia provides step-by-step production processes for each product, clearly defining the sequence of raw material addition, mixing conditions, and critical control parameters required to achieve stable, homogeneous, and effective herbicide formulations. This structured approach minimizes production errors while ensuring consistent product quality, shelf stability, and field performance. Each formulation is also supported by application-oriented guidance, helping users understand how the product should be applied across different crops, weed types, and environmental conditions. By analyzing each formulation individually, users gain not only ready-to-use production systems but also the technical capability to modify, optimize, or develop new herbicide formulations tailored to specific weed species, climatic conditions, and regional agricultural practices. For entrepreneurs, this encyclopedia provides a solid technical foundation to enter the agrochemical sector, while for established manufacturers, it serves as a powerful R&D and product diversification tool. Ultimately, this work is not just a collection of formulas, but a complete technical and commercial guide integrating formulation science, production methodology, and practical agricultural application.
MCB Product Development Team
EMULSIFIABLE CONCENTRATE ( EC ) HERBICIDE FORMULATIONS AND MANUFACTURING PROCESS
1 – BROMOXYNIL 225 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 225 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
2 – BROMOXYNIL 225 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 225 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
3 – BROMOXYNIL 225 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 225 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
4 – APPLICATIONS AND USAGE OF BROMOXYNIL ( 225 EC ) 225 GRAMS / LITER
5 – CLETHODIM 116.2 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 116.2 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
6 – CLETHODIM 116.2 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 116.2 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
7 – CLETHODIM 116.2 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 116.2 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
8 – APPLICATIONS AND USAGE OF CLETHODIM ( 116.2 EC ) 116.2 GRAMS / LITER
9 – CLETHODIM 240 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
10 – CLETHODIM 240 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
11 – CLETHODIM 240 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
12 – APPLICATIONS AND USAGE OF CLETHODIM ( 240 EC ) 240 GRAMS / LITER
13 – CLODINAFOP – PROPARGYL 80 GRAMS / LITER + CLOQUINTOCET – MEXYL ( SAFENER ) 20 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 080 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
14 – CLODINAFOP – PROPARGYL 80 GRAMS / LITER + CLOQUINTOCET – MEXYL ( SAFENER ) 20 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 080 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
15 – CLODINAFOP – PROPARGYL 80 GRAMS / LITER + CLOQUINTOCET – MEXYL ( SAFENER ) 20 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 080 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
16 – APPLICATIONS AND USAGE OF CLODINAFOP – PROPARGYL 80 GRAMS / LITER + CLOQUINTOCET – MEXYL ( SAFENER ) 20 GRAMS / LITER
17 – CLODINAFOP – PROPARGYL 240 GRAMS / LITER + CLOQUINTOCET – MEXYL ( SAFENER ) 60 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
18 – CLODINAFOP – PROPARGYL 240 GRAMS / LITER + CLOQUINTOCET – MEXYL ( SAFENER ) 60 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
19 – CLODINAFOP – PROPARGYL 240 GRAMS / LITER + CLOQUINTOCET – MEXYL ( SAFENER ) 60 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
20 – APPLICATIONS AND USAGE OF CLODINAFOP – PROPARGYL 240 GRAMS / LITER + CLOQUINTOCET – MEXYL ( SAFENER ) 60 GRAMS / LITER
21 – CLODINAFOP – PROPARGYL 240 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
22 – CLODINAFOP – PROPARGYL 240 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
23 – CLODINAFOP – PROPARGYL 240 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
24 – APPLICATIONS AND USAGE OF CLODINAFOP – PROPARGYL ( 240 EC ) 240 GRAMS / LITER
25 – CYHALOFOP BUTYL 200 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 200 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
26 – CYHALOFOP BUTYL 200 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 200 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
27 – CYHALOFOP BUTYL 200 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 200 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
28 – APPLICATIONS AND USAGE OF CYHALOFOP BUTYL ( 200 EC ) 200 GRAMS / LITER
29 – 2,4 – D EHE 452,24 GRAMS / LITER + FLORASULAM 6,25 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
30 – 2,4 – D EHE 452,24 GRAMS / LITER + FLORASULAM 6,25 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
31 – 2,4 – D EHE 452,24 GRAMS / LITER + FLORASULAM 6,25 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
32 – APPLICATIONS AND USAGE OF 2,4 – D EHE 452,24 GRAMS / LITER + FLORASULAM 6,25 GRAMS / LITER
33 – 2,4 – D ISOOCTYL ESTER 480 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 48 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
34 – 2,4 – D ISOOCTYL ESTER 480 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 48 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
35 – 2,4 – D ISOOCTYL ESTER 480 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 48 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
36 – APPLICATIONS AND USAGE OF 2,4 – D ISOOCTYL ESTER 480 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 48 EC ) HERBICIDE
37 – DICLOFOP METHYL 284 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 28 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
38 – DICLOFOP METHYL 284 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 28 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
39 – DICLOFOP METHYL 284 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 28 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
40 – APPLICATIONS AND USAGE OF DICLOFOP METHYL ( 28 EC ) 284 GRAMS / LITER
41 – FLUROCHLORIDONE 250 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 25 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
42 – FLUOROCHLORIDONE 250 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 25 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
43 – FLUROCHLORIDONE 250 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 25 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
44 – APPLICATIONS AND USAGE OF FLUROCHLORIDONE ( 25 EC ) 250 GRAMS / LITER
45 – MOLINATE 720 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
46 – MOLINATE 720 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
47 – MOLINATE 720 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
48 – APPLICATIONS AND USAGE OF MOLINATE ( EC ) 720 GRAMS / LITER
49 – OXYFLUORFEN 240 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
50 – OXYFLUORFEN 240 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
51 – OXYFLUORFEN 240 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 240 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
52 – APPLICATIONS AND USAGE OF OXYFLUORFEN ( 240 EC ) 240 GRAMS / LITER
53 – OXADIAZON 250 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 25 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
54 – OXADIAZON 250 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 25 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
55 – OXADIAZON 250 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 25 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
56 – APPLICATIONS AND USAGE OF OXADIAZON ( 25 EC ) 250 GRAMS / LITER
57 – PENDIMETHALIN 330 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 330 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
58 – PENDIMETHALIN 330 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 330 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
59 – PENDIMETHALIN 330 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 330 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
60 – APPLICATIONS AND USAGE OF PENDIMETHALIN ( 330 EC ) 330 GRAMS / LITER
61 – PENDIMETHALIN 500 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 500 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
62 – PENDIMETHALIN 500 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 500 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
63 – PENDIMETHALIN 500 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 500 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
64 – APPLICATIONS AND USAGE OF PENDIMETHALIN ( 500 EC ) 500 GRAMS / LITER
65 – QUIZALOFOP – P – TEFURYL 40 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 40 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
66 – QUIZALOFOP – P – TEFURYL 40 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 40 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
67 – QUIZALOFOP – P – TEFURYL 40 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 40 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
68 – APPLICATIONS AND USAGE OF QUIZALOFOP – P – TEFURYL ( 40 EC ) 40 GRAMS / LITER
69 – QUIZALOFOP – P – ETHYL 50 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 5 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
70 – QUIZALOFOP – P – ETHYL 50 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 5 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
71 – QUIZALOFOP – P – ETHYL 50 GRAMS / LITER EMULSIFIABLE CONCENTRATE ( 5 EC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
72 – APPLICATIONS AND USAGE OF QUIZALOFOP – P – ETHYL ( 5 EC ) 50 GRAMS / LITER SUSPENSION CONCENTRATE ( SC ) HERBICIDE FORMULATIONS AND MANUFACTURING PROCESS
73 – BISPYRIBAC SODIUM 420 GRAMS / LITER SUSPENSION CONCENTRATE ( 400 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
74 – BISPYRIBAC SODIUM 420 GRAMS / LITER SUSPENSION CONCENTRATE ( 400 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
75 – BISPYRIBAC SODIUM 420 GRAMS / LITER SUSPENSION CONCENTRATE ( 400 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
76 – APPLICATIONS AND USAGE OF BISPYRIBAC SODIUM ( 400 SC ) 420 GRAMS / LITER
77 – CHLORIDAZON 430 GRAMS / LITER SUSPENSION CONCENTRATE ( 430 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
78 – CHLORIDAZON 430 GRAMS / LITER SUSPENSION CONCENTRATE ( 430 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
79 – CHLORIDAZON 430 GRAMS / LITER SUSPENSION CONCENTRATE ( 430 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
80 – APPLICATIONS AND USAGE OF CHLORIDAZON ( 430 SC ) 430 GRAMS / LITER
81 – LINURON 450 GRAMS / LITER SUSPENSION CONCENTRATE ( 450 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
82 – LINURON 450 GRAMS / LITER SUSPENSION CONCENTRATE ( 450 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
83 – LINURON 450 GRAMS / LITER SUSPENSION CONCENTRATE ( 450 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
84 – APPLICATIONS AND USAGE OF LINURON ( 450 SC ) 450 GRAMS / LITER
85 – MESOTRIONE 480 GRAMS / LITER SUSPENSION CONCENTRATE ( SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
86 – MESOTRIONE 480 GRAMS / LITER SUSPENSION CONCENTRATE ( SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
87 – MESOTRIONE 480 GRAMS / LITER SUSPENSION CONCENTRATE ( SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
88 – APPLICATIONS AND USAGE OF MESOTRIONE ( SC ) 480 GRAMS / LITER
89 – METRIBUZIN 350 GRAMS / LITER SUSPENSION CONCENTRATE ( 350 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
90 – METRIBUZIN 350 GRAMS / LITER SUSPENSION CONCENTRATE ( 350 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
91 – METRIBUZIN 350 GRAMS / LITER SUSPENSION CONCENTRATE ( 350 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
92 – APPLICATIONS AND USAGE OF METRIBUZIN ( 350 SC ) 350 GRAMS / LITER
93 – NICOSULFURON 40 GRAMS / LITER SUSPENSION CONCENTRATE ( 4 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
94 – NICOSULFURON 40 GRAMS / LITER SUSPENSION CONCENTRATE ( 4 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
95 – NICOSULFURON 40 GRAMS / LITER SUSPENSION CONCENTRATE ( 4 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
96 – APPLICATIONS AND USAGE OF NICOSULFURON ( 4 SC ) 40 GRAMS / LITER
97 – PENDIMETHALIN 435 GRAMS / LITER SUSPENSION CONCENTRATE ( 435 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
98 – PENDIMETHALIN 435 GRAMS / LITER SUSPENSION CONCENTRATE ( 435 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
99 – PENDIMETHALIN 435 GRAMS / LITER SUSPENSION CONCENTRATE ( 435 SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
100 – APPLICATIONS AND USAGE OF PENDIMETHALIN ( 435 SC ) 435 GRAMS / LITER
101 – PROMETRYN 500 GRAMS / LITER SUSPENSION CONCENTRATE ( SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
102 – PROMETRYN 500 GRAMS / LITER SUSPENSION CONCENTRATE ( SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
103 – PROMETRYN 500 GRAMS / LITER SUSPENSION CONCENTRATE ( SC ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
104 – APPLICATIONS AND USAGE OF PROMETRYN ( SC ) 500 GRAMS / LITER
SOLUBLE LIQUID CONCENTRATE ( SL ) HERBICIDE FORMULATIONS AND MANUFACTURING PROCESS
105 – BENTAZONE 480 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 480 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
106 – BENTAZONE 480 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 480 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
107 – BENTAZONE 480 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 480 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
108 – APPLICATIONS AND USAGE OF ( 480 SL ) HERBICIDE BENTAZONE 480 GRAMS / LITER
109 – BENTAZONE 250 GRAMS / LITER + MCPA 125 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
110 – BENTAZONE 250 GRAMS / LITER + MCPA 125 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
111 – BENTAZONE 250 GRAMS / LITER + MCPA 125 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
112 – APPLICATIONS AND USAGE OF ( SL ) HERBICIDE BENTAZONE 250 GRAMS / LITER + MCPA 125 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE
113 – BENTAZONE 400 GRAMS / LITER + MCPA 60 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
114 – BENTAZONE 400 GRAMS / LITER + MCPA 60 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
115 – BENTAZONE 400 GRAMS / LITER + MCPA 60 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
116 – APPLICATIONS AND USAGE OF ( SL ) HERBICIDE BENTAZONE 400 GRAMS / LITER + MCPA 60 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE
117 – CLOPYRALID 100 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 100 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
118 – CLOPYRALID 100 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 100 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
119 – CLOPYRALID 100 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 100 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
120 – APPLICATIONS AND USAGE OF ( 100 SL ) HERBICIDE CLOPYRALID 100 GRAMS / LITER
121 – DICAMBA 80 GRAMS / LITER + MCPA 340 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 420 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
122 – DICAMBA 80 GRAMS / LITER + MCPA 340 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 420 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
123 – DICAMBA 80 GRAMS / LITER + MCPA 340 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 420 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
124 – APPLICATIONS AND USAGE OF ( SL ) HERBICIDE DICAMBA 80 GRAMS / LITER + MCPA 340 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 420 SL ) HERBICIDE
125 – DICAMBA 480 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 480 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
126 – DICAMBA 480 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 480 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
127 – DICAMBA 480 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 480 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
128 – APPLICATIONS AND USAGE OF ( 480 SL ) HERBICIDE DICAMBA 480 GRAMS / LITER
129 – 2,4 D DIMETHYLAMINE SALT 500 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
130 – 2,4 D DIMETHYLAMINE SALT 500 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
131 – 2,4 D DIMETHYLAMINE SALT 500 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
132 – APPLICATIONS AND USAGE OF ( SL ) HERBICIDE 2,4 D DIMETHYLAMINE SALT 500 GRAMS / LITER
133 – GLYPHOSATE ISOPROPYLAMINE SALT 240 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 24 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
134 – GLYPHOSATE ISOPROPYLAMINE SALT 240 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 24 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
135 – GLYPHOSATE ISOPROPYLAMINE SALT 240 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 24 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
136 – APPLICATIONS AND USAGE OF ( 24 SL ) HERBICIDE GLYPHOSATE ISOPROPYLAMINE SALT 240 GRAMS / LITER
137 – GLYPHOSATE ISOPROPYLAMINE SALT 607 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
138 – GLYPHOSATE ISOPROPYLAMINE SALT 607 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
139 – GLYPHOSATE ISOPROPYLAMINE SALT 607 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
140 – APPLICATIONS AND USAGE OF ( SL ) HERBICIDE GLYPHOSATE ISOPROPYLAMINE SALT 607 GRAMS / LITER
141 – GLYPHOSATE AMMONIUM SALT 424 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
142 – GLYPHOSATE AMMONIUM SALT 424 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
143 – GLYPHOSATE AMMONIUM SALT 424 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
144 – APPLICATIONS AND USAGE OF ( SL ) HERBICIDE GLYPHOSATE AMMONIUM SALT 424 GRAMS / LITER
145 – GLYPHOSATE POTASSIUM SALT 441 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
146 – GLYPHOSATE POTASSIUM SALT 441 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
147 – GLYPHOSATE POTASSIUM SALT 441 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
148 – APPLICATIONS AND USAGE OF ( SL ) HERBICIDE GLYPHOSATE POTASSIUM SALT 441 GRAMS / LITER
149 – IMAZAMOX 120 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 120 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
150 – IMAZAMOX 120 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 120 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
151 – IMAZAMOX 120 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 120 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
152 – APPLICATIONS AND USAGE OF ( 120 SL ) HERBICIDE IMAZAMOX 120 GRAMS / LITER
153 – IMAZAMOX 40 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 40 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
154 – IMAZAMOX 40 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 40 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
155 – IMAZAMOX 40 GRAMS / LITER SOLUBLE ( LIQUID ) CONCENTRATE ( 40 SL ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
156 – APPLICATIONS AND USAGE OF ( 40 SL ) HERBICIDE IMAZAMOX 40 GRAMS / LITER
WETTABLE POWDER AND GRANULES ( WP & WG ) HERBICIDE FORMULATIONS AND MANUFACTURING PROCESS
157 – CHLORIDAZON % 65 WETTABLE POWDER ( 65 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
158 – CHLORIDAZON % 65 WETTABLE POWDER ( 65 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
159 – CHLORIDAZON % 65 WETTABLE POWDER ( 65 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
160 – APPLICATIONS AND USAGE OF CHLORIDAZON % 65 WETTABLE POWDER ( 65 WP ) HERBICIDE
161 – CHLORSULFURON % 10 WETTABLE POWDER ( 10 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
162 – CHLORSULFURON % 10 WETTABLE POWDER ( 10 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
163 – CHLORSULFURON % 10 WETTABLE POWDER ( 10 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
164 – APPLICATIONS AND USAGE OF CHLORSULFURON % 10 WETTABLE POWDER ( 10 WP ) HERBICIDE
165 – DICAMBA % 65.9 + TRIASULFURON % 4.1 WETTABLE GRANULE ( 70 WG ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
166 – DICAMBA % 65.9 + TRIASULFURON % 4.1 WETTABLE GRANULE ( 70 WG ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
167 – DICAMBA % 65.9 + TRIASULFURON % 4.1 WETTABLE GRANULE ( 70 WG ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
168 – APPLICATIONS AND USAGE OF DICAMBA % 65.9 + TRIASULFURON % 4.1 WETTABLE GRANULE ( 70 WG ) HERBICIDE
169 – HALOSULFURON METHYL % 75 WETTABLE GRANULE ( 75 WG ) FORMULATION AND PRODUCTION PROCESS – 1
170 – HALOSULFURON METHYL % 75 WETTABLE GRANULE ( 75 WG ) FORMULATION AND PRODUCTION PROCESS – 2
171 – HALOSULFURON METHYL % 75 WETTABLE GRANULE ( 75 WG ) FORMULATION AND PRODUCTION PROCESS – 3
172 – APPLICATIONS AND USAGE OF HALOSULFURON METHYL % 75 WETTABLE GRANULE ( 75 WG ) HERBICIDE
173 – LENACIL % 80 WETTABLE POWDER ( 80 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
174 – LENACIL % 80 WETTABLE POWDER ( 80 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
175 – LENACIL % 80 WETTABLE POWDER ( 80 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
176 – APPLICATIONS AND USAGE OF LENACIL % 80 WETTABLE POWDER ( 80 WP ) HERBICIDE
177 – MESOSULFURON METHYL % 3 + IODOSULFURON METHYL SODIUM % 0.6 + MEFENPYR DIETHYL % 9 WETTABLE GRANULE ( WG ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
178 – MESOSULFURON METHYL % 3 + IODOSULFURON METHYL SODIUM % 0.6 + MEFENPYR DIETHYL % 9 WETTABLE GRANULE ( WG ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
179 – MESOSULFURON METHYL % 3 + IODOSULFURON METHYL SODIUM % 0.6 + MEFENPYR DIETHYL % 9 WETTABLE GRANULE ( WG ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
180 – APPLICATIONS AND USAGE OF MESOSULFURON METHYL % 3 + IODOSULFURON METHYL SODIUM % 0.6 + MEFENPYR DIETHYL % 9 WETTABLE GRANULE ( WG ) HERBICIDE
181 – METRIBUZIN % 70 WETTABLE POWDER ( 70 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
182 – METRIBUZIN % 70 WETTABLE POWDER ( 70 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
183 – METRIBUZIN % 70 WETTABLE POWDER ( 70 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
184 – APPLICATIONS AND USAGE OF METRIBUZIN % 70 WETTABLE POWDER ( 70 WP ) HERBICIDE
185 – METSULFURON METHYL % 20 WETTABLE POWDER ( 20 WP ) FORMULATION AND PRODUCTION PROCESS – 1
186 – METSULFURON METHYL % 20 WETTABLE POWDER ( 20 WP ) FORMULATION AND PRODUCTION PROCESS – 2
187 – METSULFURON METHYL % 20 WETTABLE POWDER ( 20 WP ) FORMULATION AND PRODUCTION PROCESS – 3
188 – APPLICATIONS AND USAGE OF METSULFURON METHYL % 20 WETTABLE POWDER ( 20 WP ) HERBICIDE
189 – PYRIDATE % 45 WETTABLE POWDER ( 45 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
190 – PYRIDATE % 45 WETTABLE POWDER ( 45 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
191 – PYRIDATE % 45 WETTABLE POWDER ( 45 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
192 – APPLICATIONS AND USAGE OF PYRIDATE % 45 WETTABLE POWDER ( 45 WP ) HERBICIDE
193 – PROPYZAMIDE % 50 WETTABLE POWDER ( 50 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
194 – PROPYZAMIDE % 50 WETTABLE POWDER ( 50 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
195 – PROPYZAMIDE % 50 WETTABLE POWDER ( 50 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
196 – APPLICATIONS AND USAGE OF PROPYZAMIDE % 50 WETTABLE POWDER ( 50 WP ) HERBICIDE
197 – SULFOSULFURON % 75 WETTABLE GRANULE ( 75 WG ) FORMULATION AND PRODUCTION PROCESS – 1
198 – SULFOSULFURON % 75 WETTABLE GRANULE ( 75 WG ) FORMULATION AND PRODUCTION PROCESS – 2
199 – SULFOSULFURON % 75 WETTABLE GRANULE ( 75 WG ) FORMULATION AND PRODUCTION PROCESS – 3
200 – APPLICATIONS AND USAGE OF SULFOSULFURON % 75 WETTABLE GRANULE ( 75 WG ) HERBICIDE
201 – THIFENSULFURON METHYL % 50 + TRIBENURON METHYL % 25 WETTABLE POWDER ( 75 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
202 – THIFENSULFURON METHYL % 50 + TRIBENURON METHYL % 25 WETTABLE POWDER ( 75 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
203 – THIFENSULFURON METHYL % 50 + TRIBENURON METHYL % 25 WETTABLE POWDER ( 75 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
204 – APPLICATIONS AND USAGE OF THIFENSULFURON METHYL % 50 + TRIBENURON METHYL % 25 WETTABLE POWDER ( 75 WP ) HERBICIDE
205 – TRITOSULFURON % 25 + DICAMBA % 50 WETTABLE POWDER ( 75 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 1
206 – TRITOSULFURON % 25 + DICAMBA % 50 WETTABLE POWDER ( 75 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 2
207 – TRITOSULFURON % 25 + DICAMBA % 50 WETTABLE POWDER ( 75 WP ) HERBICIDE FORMULATION AND PRODUCTION PROCESS – 3
208 – APPLICATIONS AND USAGE OF TRITOSULFURON % 25 + DICAMBA % 50 WETTABLE POWDER ( 75 WP ) HERBICIDE
TECHNICAL INFIRMATION FOR HERBICIDE
212 – What Are Pesticides? Definition, Types and Uses
215 – Types of Pesticides Used in Agriculture
218 – How Pesticides Work: Mechanism of Action
221 – Classification of Pesticides by Chemical Structure
224 – Natural vs Synthetic Pesticides: Key Differences
227 – Advantages and Disadvantages of Pesticides
230 – History of Pesticide Use in Agriculture
234 – Global Pesticide Market Trends and Analysis
237 – Role of Pesticides in Modern Farming
240 – Pesticide Formulations Explained
243 – What Are Herbicides and How Do They Work?
246 – Types of Herbicides: Selective vs Non-Selective
249 – Pre-Emergence vs Post-Emergence Herbicides
252 – Glyphosate Herbicide: Uses and Controversies
255 – Herbicide Formulation Techniques
258 – Organic Herbicide Alternatives
261 – Herbicide Resistance in Weeds
264 – Best Herbicides for Crop Protection
267 – Contact vs Systemic Herbicides
270 – Liquid Herbicide Manufacturing Process
273 – What Are Insecticides and How Do They Work?
276 – Types of Insecticides Used in Agriculture
279 – Pyrethroid Insecticides Explained
282 – Neonicotinoid Insecticides: Benefits and Risks
285 – Bio-Insecticides vs Chemical Insecticides
288 – Insecticide Resistance in Pests
291 – Systemic Insecticides in Crop Protection
294 – Contact Insecticides vs Stomach Poisons
297 – Insecticide Formulation and Production
300 – Safe Use of Insecticides in Agriculture
303 – What Are Fungicides and Their Role in Agriculture
306 – Types of Fungicides: Protective vs Curative
309 – Systemic Fungicides Explained
312 – Contact Fungicides and Their Uses
315 – Fungicide Resistance and Management
318 – Copper-Based Fungicides in Farming
321 – Organic Fungicides and Alternatives
324 – Fungicide Formulation Process
327 – Liquid vs Powder Fungicides
330 – Best Fungicides for Crop Diseases
333 – Pesticide Formulation Types Explained
336 – Emulsifiable Concentrate (EC) Formulation Guide
340 – Suspension Concentrate (SC) Pesticide Formulation
343 – Wettable Powder (WP) Formulation Process
346 – Granular Pesticide Formulations
349 – Microencapsulation Technology in Pesticides
352 – Controlled Release Pesticide Systems
357 – Pesticide Manufacturing Process Step by Step
361 – Raw Materials Used in Pesticide Production
365 – Industrial Equipment for Pesticide Manufacturing
368 – Pesticide Regulations Around the World
371 – Maximum Residue Limits (MRL) Explained
374 – Safe Handling of Pesticides
378 – Pesticide Toxicity and Risk Assessment
381 – Environmental Impact of Pesticides
385 – Pesticide Labeling Requirements
388 – Storage and Disposal of Pesticides
391 – Worker Safety in Pesticide Application
395 – Pesticide Exposure and Health Effects
399 – Regulatory Approval Process for Pesticides
402 – What Are Biopesticides? Types and Uses
405 – Benefits of Organic Pesticides
408 – Botanical Pesticides in Agriculture
412 – Neem-Based Pesticide Formulations
415 – Microbial Pesticides Explained
418 – Biological Control vs Chemical Control
422 – Homemade Organic Pesticide Recipes
426 – Essential Oils as Natural Pesticides
430 – Integrated Pest Management (IPM) Strategies
433 – Future of Biopesticides
437 – How to Apply Pesticides Effectively
441 – Best Spraying Techniques for Pesticides
445 – Pesticide Application Equipment Guide
449 – Timing of Pesticide Application
453 – Crop-Specific Pesticide Programs
456 – Pesticide Use in Greenhouses
459 – Drone Spraying of Pesticides
462 – Precision Agriculture and Pesticides
465 – Mixing and Dilution of Pesticides
469 – Compatibility of Pesticides
472 – Smart Pesticides and Nanotechnology
475 – AI in Pest Detection and Control
478 – Digital Agriculture and Pesticide Use
481 – Nano-Pesticides: Future of Crop Protection
484 – Sustainable Pesticide Development
487 – Climate Change and Pest Control
490 – Eco-Friendly Pesticide Innovations
493 – Reduced Risk Pesticides
496 – Green Chemistry in Pesticide Production
499 – Advances in Pesticide Delivery Systems
502 – Pesticide Residues in Food: Risks and Solutions
505 – Pesticides and Soil Health
508 – Impact of Pesticides on Bees and Pollinators
512 – Water Contamination by Pesticides
515 – Pesticide Resistance Management Strategies
518 – Economic Impact of Pesticide Use
521 – Pesticides vs Fertilizers: Key Differences
524 – Common Mistakes in Pesticide Use
528 – Future Trends in Pesticide Industry
| Format | E-book (PDF), Hardbook |
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