Biopesticides Market Report

The expansion in the market of biopesticides is due to increasing environmental awareness of the impact of chemical pesticides and the increase in demand for green agricultural methods. The increased demand for organic food by customers seeking healthier and natural products has raised consumption immensely through the use of biopesticides because organic farming does not involve the use of synthetic chemicals. Besides, the stringent regulations on chemical pesticides and the demand for better crops also urge biopesticides as a safer option. Factors such as regulatory bans on vital active ingredients and the rise of pests linked to climate change also contribute to their growing usage. FAO 2024 report, points out that organic farming is conducted in 188 nations, covering more than 96 million hectares of organic land tended to by 4.5 million farmers.

Strict safety regulations for chemical pesticides are the impetus for the shift towards biopesticides and promoting safer and cleaner agricultural practices with new advancements in biotechnology propelling the market of biopesticides through enhanced performance, cost reduction, and formulation. The progress has resulted in the identification of new microbial strains and the upgrade of the existing biopesticides, making them more potent and pest-specific. The study also focuses on the identification of novel natural products to replace chemical pesticides with the use of biopesticides in Integrated Pest Management systems, which combine biological, cultural, and chemical methods aimed at minimizing adverse impacts on the environment and maximizing crop yield, is being encouraged. Government support in funding, subsidies, and incentives to advance the large-scale use of bio-based agricultural inputs for sustainable pest management is enhanced.

According to the FiBL and IFOAM 2023 report, the U.S., Germany, and China lead the organic food market, prompting companies to expand their biologicals business to meet local agricultural needs and enhance yield. Government regulations are a key driver of the biopesticides market with stricter rules on chemical pesticides and increased support for sustainable agriculture. Governments promote biopesticide use through financial incentives, subsidies, and policies. with growing number of countries and organisations are differentiating between biopesticides and conventional pesticides, advocating for a harmonized registration approach. Regulatory updates, such as those from the EPA, focus on a comprehensive analysis of the environmental and health risks associated with chemical pesticides, emphasizing minimal risk from pesticide residues in food.

The increasing demand for biopesticides lessens dependence on conventional chemical pesticides as both consumers and governments are more focused on sustainable agriculture and biopesticides that offer an environmentally friendly substitute for toxic chemicals. Various collaborations among research market participants are increasing for quicker, more affordable creation of biopesticides. For instance, in January 2025, LiveGrow Bio announced a partnership with T3 BioScience to develop a biopesticide derived from a Gram-negative bacterial strain. LiveGrow aims to provide formulation technology to make biocontrol bacteria commercially viable early in development, reducing costs and time. T3 BioScience, using its PROMISE platform, focuses on reducing antibiotic use in agriculture, while LiveGrow ensures product stability and microbial concentration.

Governments and consumers are increasingly adopting sustainable and eco-friendly agricultural mechanisms. Jointly they join biopesticide companies and help tap into a means of developing and scaling such innovative and natural pest control solutions, such collaborations go a long way in meeting the growing demand for safer, non-toxic alternatives to synthetic chemicals. For instance, in August 2024, Willow Biosciences announced a partnership with an innovative company that belongs to the domain of Ag-Biotech, focusing on biopesticides for funded research and development projects. The project utilizes Willow's precision fermentation platform to manufacture natural and sustainable ingredients for 'biopesticides. Willow revolutionizing industrial manufacturing of pure and consistent ingredients, specializes in developing precisely fermented functional ingredients across a variety of markets such as health and wellness, food and beverages, and personal care, thus enhancing development regarding sustainable developments.

Rising demand for sustainable, environmentally friendly pest control leads to collaborations between companies to develop biopesticides using resources and expertise to boost innovation and support the development of new and effective solutions. Biotech companies are creating biopesticides that reduce environmental and health risks associated with traditional chemical pesticides, all while rapidly meeting market needs. For instance, in September 2024, Moa announced a partnership with Biomar Microbial Technologies to expand its bioherbicide research and development. This partnership grants Moa access to Biomar’s library of natural marine substances for discovering new herbicides. Employing its distinct GALAXY platform, Moa is assessing these compounds to find possible solutions for combating herbicide-resistant weeds and improving crop defense for farmers.

• Rising demand for organic products drives biopesticide adoption for sustainable pest control in agriculture.
• Stricter regulations on synthetic pesticides push farmers toward biopesticides as safer, eco-friendly alternatives for crop protection
• Increased R&D investments by companies aiming to develop novel biopesticide formulations and expand their product offerings
• Innovations in microbial strains, genetic engineering, and fermentation technologies enhance the efficacy and cost-effectiveness of biopesticides.
• Demand to enhance the potency, shelf life, and application efficiency of biopesticides drives market growth

The market for biopesticides has a few critical challenges, the biggest issue is that they are far less potent compared to conventional chemical pesticides, which leads fairly often to inadequate control of the target pest. Extremely high development and production costs in the development and production of biopesticides, particularly those involving live organisms, render them more costly to buy compared to their chemical counterparts. Most biopesticides, particularly microbial ones, have limited shelf lives and therefore require proper storage and handling. Regulatory issues complicate approval, rendering the process costly, and lengthy, and delaying market entry, a lack of knowledge among farmers and consumers regarding the advantages and proper application of biopesticides inhibits massive adoption as well as growth in the market.

Moreover, pest resistance may arise from excessive use or incorrect application, diminishing their efficacy. Biopesticides typically have a narrow application scope, usually focusing on certain pests or crops, which limits their extensive use. The market is divided, featuring many minor participants, which complicates the pursuit of economies of scale. Compatibility challenges occur, as biopesticides might not always blend effectively with traditional pesticides or various farming methods. Doubt among farmers continues because of worries regarding expenses, efficiency, and a lack of familiarity with biopesticide innovations. Moreover, issues in the supply chain, like ensuring product quality during shipping and restricted research and development, obstruct the wider acceptance and effectiveness of biopesticides.

Growing demand for safer, environmentally friendly pest control solutions, having lower risk, chemical-free formulations, cater to the need for effective, sustainable alternatives to traditional pesticides while improving soil health and nutrient absorption, thus meeting consumer and regulatory preferences for non-toxic agricultural solutions. Considering this major key players are introducing advanced biopesticides in the market. For instance, in February 2024, AMVAC Mexico and Biotor Labs announced the launch of Trichomax and Klamic in Mexico, contributing to the biopesticide market by introducing new biological solutions for soilborne diseases and nematodes. Trichomax and Klamic are low-risk products, classified by COFEPRIS, offering chemical-free, effective solutions with proven field efficacy. Their innovative formulations improve nutrient absorption, aligning with the demand for safer, environmentally friendly alternatives to traditional pesticides.

The rising demand for biopesticides addresses the need to simplify formulation development and enhance microbe compatibility. Having versatility and performance optimization that cater to the increasing need for eco-friendly, effective pest control solutions and the ability to reduce formulation time and its compatibility with spore-forming microbes, more sustainable pest management practices. For instance, in September 2023, Croda launched Atlox BS-50, a ready-to-use powder delivery system designed for spore-forming microbes, simplifying formulation development by requiring only the addition of the microbe. Optimized for performance and tested for microbe compatibility, Atlox BS-50 offers versatility in biopesticide applications, aligning with Croda's commitment to sustainable agricultural solutions that boost food production while minimizing environmental impact.

The growing need for sustainable biopesticide products as they create concern regarding environmental and health effects compared to conventional pesticides, gives way to the need for biopesticides made from naturally existing microbes targeting the demand for safer, efficient alternatives. Demand for these products is on the rise because they provide pest control while enhancing the health of plants, and thus they are a practical solution in various agricultural industries. For instance, in February 2023, Jarrow Biotech introduced Jarrow-Muller, a biopesticide produced from microorganisms that occur naturally, as manages pests such as insects and diseases in plants and enhances plant growth and health. Non-toxic to humans, animals, and friendly insects, Jarrow-Muller provides a green solution to synthetic pesticides, which decreases the environmental footprint and increases crop production in different agricultural industries.

The biopesticide market in North America is rapidly growing due to the expansion of the adoption of sustainable agricultural practices supported by regulations and growing consumer demand for organic products. One of the significant pushing factors toward organic farming that seeks non-pesticide use is driving demand. The introduction of regulatory frameworks such as the U.S. EPA Reduced-Risk Pesticides Program and the PMRA of Canada serves to promote biopesticide use and thus enables a shorter time for approval and deployment. Different categories of biopesticides are available that contain biocontrol agents derived from microorganisms and biochemical and plant protectants employing application modes of biopesticides such as spraying, soil application, and seed treatment. Major firms in this field such as Bayer, AMVAC, Marrone Bio Innovations, and Certis USA are present to address the growing concern among consumers, along with the increase in demand for eco-friendly, organic-certified products, further impetus the market growth.

The report provides a detailed overview of the biopesticides market insights in regions including North America, Latin America, Europe, Asia-Pacific, and the Middle East and Africa. The country-specific assessment for the biopesticides market has been offered for all regional market shares, along with forecasts, market scope estimates, price point assessment, and impact analysis of prominent countries and regions. Throughout this market research report, Y-o-Y growth and CAGR estimates are also incorporated for every country and region, to provide a detailed view of the biopesticides market. These Y-o-Y projections on regional and country-level markets brighten the political, economic, and business environment outlook, which are anticipated to substantially impact the biopesticides market's growth. Some key countries and regions included in the biopesticides market report are as follows:

• Biopesticides market detailed segments and segment-wise market breakdown
• Biopesticides market dynamics (Recent industry trends, drivers, restraints, growth potential, opportunities in biopesticides industry)
• Current, historical, and forthcoming 10 years' market valuation in terms of biopesticides market size (US$ Mn), volume (Tons), share (%), Y-o-Y growth rate, CAGR (%) analysis
• Biopesticides market demand analysis
• Biopesticides market pricing analysis over the forecast period (by key segment and by region)
• Biopesticides market regional insights with a region-wise market breakdown
• Competitive analysis – key companies profiling including their market share, product offerings, and competitive strategies.
• Latest developments and innovations in the biopesticides market
• Regulatory landscape by key regions and key countries
• Supply chain and value chain analysis in Biopesticides market
• Biopesticides market sales and distribution strategies
• A comprehensive overview of the parent market
• A detailed viewpoint on the biopesticides market forecast by countries
• Mergers and acquisitions in the biopesticides market
• Essential information to enhance market position
• Robust research methodology