Agricultural Testing Market Overview

According to the latest market research conducted by the CMI Team, the global Agricultural Testing Market is projected to witness significant growth, recording a compound annual growth rate (CAGR) of 7.11% between 2025 and 2034. In 2025, the market size is expected to reach a valuation of USD 7.23 Billion, and by 2034, it is anticipated to grow further, attaining a valuation of USD 13.47 Billion.

Agricultural testing refers to the systematic process of evaluating the quality and safety of different agricultural components, such as soil, water, seeds, and compost. These testing methods are essential for promoting sustainable farming practices and ensuring food safety. They contribute to improving crop productivity while also reducing the negative impact on the environment. Over the years, the accuracy and reliability of agricultural testing have significantly improved due to technological advancements such as DNA-based testing, remote sensing applications, and rapid diagnostic techniques.

The demand for agricultural testing is being driven by several crucial factors. These include stricter food safety regulations imposed globally, a rising awareness about soil health, increasing consumer preference for organic products, and the steady adoption of precision farming practices. Moreover, technological innovations in testing methods, coupled with the rising need for higher crop yields to feed the expanding global population, are further accelerating market growth. However, despite these opportunities, the industry faces certain challenges such as the high cost of advanced testing services and limited awareness among farmers, particularly in developing regions, which act as restraints to growth.

According to a United Nations report, the global population currently stands at 7.3 billion and is projected to reach 9.7 billion by 2050. Consequently, the demand for food is expected to rise between 59% and 98% by 2050, which will place immense pressure on agricultural systems to deliver safe, high-quality, and sustainable food production, thereby increasing the reliance on agricultural testing.

Agricultural Testing Market: Growth Factors

Increasing soil and water contamination

One of the primary factors driving the agricultural testing market is the growing issue of soil and water contamination. Rapid urbanization, along with expanding residential, industrial, and commercial activities, has led to increased agricultural pollution. Industrial and agricultural waste disposal into water bodies is a major contributor to contamination.

Contaminated water infiltrates soil systems, which in turn affects crops by exposing them to dissolved toxic elements such as arsenic, mercury, lead, and cadmium. Furthermore, industries such as tanning facilities are known to discharge significant amounts of hazardous pollutants, including nickel, chromium, and other inorganic and organic wastes, directly into river systems. These toxic effluents degrade water quality due to their low dilution capacity and eventually infiltrate agricultural irrigation systems. Such contamination not only poses health risks but also diminishes soil fertility and crop quality. Consequently, the increasing threat of contamination is expected to significantly boost the demand for agricultural testing services to ensure the safety and quality of agricultural produce.

Growing product launches

Another factor stimulating market expansion is the rising number of innovative product launches aimed at enhancing sustainable agricultural practices. For example, in September 2023, Croda introduced AtloxTM BS-50, a biopesticide delivery system, as part of the agriculture industry’s transition toward eco-friendly and sustainable solutions.

Biopesticides, particularly those based on agricultural microbes, present challenges in formulation, as they require systems that prevent separation or sedimentation during storage while simultaneously creating a favorable environment for microbial survival. Innovations such as AtloxTM BS-50 address these formulation challenges and are expected to accelerate the adoption of agricultural biopesticides. This will, in turn, stimulate the demand for testing services to validate quality, efficacy, and safety.

Agricultural Testing Market: Recent Development

The agricultural testing industry has been experiencing strategic advancements through multiple approaches such as product launches, collaborations, acquisitions, and expansions aimed at strengthening market positioning.

In June 2023, SGS entered into a collaboration with AgriCircle to deliver advanced soil health measurement solutions designed to support regenerative farming practices. The objective of this partnership is to provide farmers and agri-food stakeholders with innovative tools and expertise to foster sustainable and efficient farming methods.

Similarly, in September 2023, Eurofins Agro UK inaugurated a new agricultural testing laboratory in Needham Market, Suffolk. This expansion enhances the company’s service delivery capacity and regional presence in the agricultural testing landscape.

Such collaborations and expansions are enabling companies to broaden their market presence, cater to a wider customer base, and gain a competitive advantage in the rapidly growing agricultural testing industry.

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