Pesticide Adjuvant Market in the US By Product, Pesticide and Market
Jun 05 2017
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Issues such as pesticide resistance, environmental contamination, and the cost of new pesticide product development continue to influence the pesticide industry, increasing the role adjuvants are playing in the improvement of pesticide formulations.
Surfactants will continue to be the leading product type since many of these products are multi-functional and can significantly improve the delivery and effectiveness of a pesticide active ingredient. As an increasing number of formulations contain multiple active ingredients, compatibility agents will also see healthy growth prospects.
The ‘Pesticide Adjuvant ’study addresses the following questions and more:
- Which types of pesticide adjuvants are expected to see the best growth prospects, and which are expected to face significant competition from other adjuvants or other technology?
- How will trends in agriculture impact the pesticide adjuvant product mix?
- How will environmental concerns and regulations affect pesticide adjuvant use?
Efficient Products that Improve Environmental Profile Will Support Growth
Adjuvant use rates (on a pounds adjuvant per pound active ingredient basis) are projected to steadily increase as adjuvants are used to improve efficiency and the environmental profile of pesticide formulations. Surfactants and emulsifiers -- which include multifunctional products that enhance spreading/sticking, improve emulsification, and promote leaf penetration -- are expected to show the best gains.
Key Findings in the Pesticide Adjuvant Study:
More Efficient Pesticide Formulations Require Improved Adjuvants
Environmental considerations are encouraging pesticide users and suppliers to turn to formulations with lower active ingredient loadings and fewer environmental impacts. Cost considerations have also contributed to an increased focus on older active ingredients, instead of newer patent-protected products. Older active ingredients are being increasingly combined into specialty formulations with value-added, proprietary adjuvant blends to improve the pesticide’s function and limit its effects on the environment.
Pesticide Resistance Will Drive Gains for Higher-Value Adjuvants
Increasing pesticide resistance in weed, insect, and disease populations has prompted shifts in product formulation. Combined active ingredients -- for example, glyphosate blended with dicamba -- can be more effective against pest populations, but also requires the use of additional adjuvants such as compatibility agents. Other adjuvants, such as spreader-stickers, penetrants, and wetting agents, will be necessary to improve the delivery and action of pesticide active ingredients.
Agriculture Trends Will Continue to Guide Adjuvant Product Trends
Genetically modified seeds will continue to represent an increasing share of crops planted. Seeds with tolerances to multiple herbicides -- including glyphosate, atrazine, 2,4-D, and dicamba -- will have a greater presence in agriculture going forward.
These patented seed technologies are typically marketed with branded pesticide formulations containing higher-value proprietary adjuvant blends. However, seed varieties engineered with resistance to insect pests and diseases will limit demand for insecticides and fungicides and their corresponding adjuvants. Additionally, improved spraying and application technology will reduce pesticide loss due to drift, which will hinder growth in demand for drift control agents.
This industry study presents historical demand data (2006, 2011, and 2016) and forecasts (2021) by product (surfactants & emulsifiers, drift control agents, oil concentrates, compatibility agents, water conditioners), pesticide (glyphosate, atrazine, 2,4-D, S-metolachlor, dicamba, other herbicides, insecticides, fungicides), and market (agriculture, commercial, consumer).
The study also evaluates company market share and competitive analysis on industry competitors including Agrium, Akzo Nobel, Clariant International, Crodo International, Dow Chemical, Evonik, Helena Chemical, Huntsman, Land O’Lakes, Lonza, and Solvay.
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