Why Is the World Turning to Biopesticides? A Deep Dive Into the 2025 Pesticide Industry Turning Point

In 2025, the global pesticide industry is undergoing one of the most significant structural changes in decades. Driven by stricter global regulations, increasing ecological concerns, and higher safety standards in international agricultural trade, the industry is accelerating its shift from “high-toxicity and high-risk” chemicals to green pesticides, biological pesticides, and low-toxicity pesticides.
The concept of green pest control is no longer just a trend — it has become a central strategy in modern sustainable agriculture.

I. Why Is the Pesticide Industry Undergoing a Major Transformation?

This shift is not accidental; it is the result of several stronger and long-term driving forces — especially the following three:

1. Increasing Global Regulatory Pressure (Policy-Driven Green Pesticides)

More countries are restricting the use of highly toxic, persistent, or environmentally hazardous pesticides. For example:

• European Union: Continues to shrink the list of approved pesticides and eliminates high-toxicity products through strict registration rules.

• China: Actively promotes the “Pesticide Reduction and Efficiency Improvement” initiative, supporting low-toxicity pesticide alternatives and green pesticides.

• United States: Speeds up chemical risk assessments and enforces stricter reviews on harmful active ingredients.

With regulations tightening worldwide, traditional “strong but risky” pesticides are losing market space. Manufacturers must shift toward developing low-toxicity, degradable, and eco-friendly pesticides, aligned with global pesticide trends.

2. Environmental Pollution Forces Industry Upgrading

Heavy and long-term use of conventional pesticides has led to:

• Soil degradation and disruption of microbial diversity

• Pesticide residues entering water bodies, causing eutrophication

• Harm to non-target organisms such as bees, natural predators, and pollinators

With increased public attention on food safety and ecological protection, green pest control has become an inevitable direction. The demand for green pesticides and biological pesticides continues to rise.

3. Stricter International MRL Standards Accelerate Low-Toxicity Pesticide Adoption

Different countries impose different MRL (Maximum Residue Limits) standards for the same pesticide, creating high risks for exporters.
To avoid export rejection or trade disputes due to residue issues, agricultural bases and large farms are turning to:

• Low-toxicity pesticides

• Fast-degrading green pesticides

• Near-zero-residue biological pesticides

This dramatically accelerates the market penetration of green pesticide solutions.

II. Traditional Pesticides vs. Green Pesticides — What Are the Core Differences?

To understand pesticide trends, it’s necessary to compare the two categories.

1. Significant Differences in Toxicity Levels (Low-Toxicity Products Preferred)

Some conventional pesticides are highly toxic and pose risks to humans, animals, and ecosystems.
Green pesticides and low-toxicity pesticides are safer, often plant-derived or biologically based, making them ideal for modern green pest control systems.

2. Environmental Degradation Speed (Green Pesticides Are More Eco-Friendly)

Traditional pesticides degrade slowly and accumulate in soil and water.
Green and biological pesticides degrade faster, leaving fewer environmental residues and contributing to sustainable agriculture.

3. Better Safety for Humans

Low-toxicity pesticides reduce exposure risk for farmers.
Biological pesticides have extremely low residue levels and are widely accepted in international markets, especially for export crops.

III. What Are Biological Pesticides and Why Are They Growing So Fast?

Biological pesticides are the fastest-growing segment of the green pesticide market, expanding 3–5 times faster than conventional chemicals.
They are becoming the core force of next-generation agricultural pest control.

Biological pesticides mainly include:

1. Microbial Pesticides (Bacillus, BT, etc.)

Representative examples:

• Bacillus thuringiensis (BT)

• Beauveria bassiana

• Metarhizium anisopliae

• Bacillus subtilis

These products are highly target-specific, safe for humans and animals, and easily degradable — making them ideal low-toxicity pesticides.

2. Botanical Pesticides (Neem Extract, Essential Oils, etc.)

Derived from natural plant materials, such as:

• Azadirachtin (Neem)

• Eugenol

• Mint oil and other plant essential oils

With low toxicity and minimal residues, botanical pesticides are very popular in organic agriculture and export crop production.

3. Biological Control Using Natural Enemies

A core method of green pest control, including:

• Trichogramma wasps

• Predatory mites

• Parasitic wasps

Releasing natural enemies greatly reduces the need for chemical pesticides and enhances ecological balance.

IV. Pesticide Reduction Actions: Latest Global and China Trends

1. Total Pesticide Use Continues to Decline

Across China, the EU, and Japan, pesticide consumption shows a trend of “reduced quantity but improved efficiency,” thanks to:

• Growth of green and low-toxicity pesticides

• Adoption of precision spraying technology

• Improved crop resistance

• Data-driven pest control

2. High-Toxicity Pesticides Are Being Eliminated

Many countries have banned or restricted several highly toxic pesticides — such as paraquat — pushing the industry further toward green pesticide alternatives.

3. Farmers’ Spray Practices Are Changing

With drones, intelligent sprayers, and professional crop-service systems becoming more common, farmers increasingly prefer:

• Low-residue green pesticides

• Microbial pesticides that mix well and perform consistently

• Safer low-toxicity chemical options

V. Which Green Pesticides Are Growing the Fastest? 

1. Upgraded Avermectin Series Demand Surges

For example:

• Emamectin benzoate

• Spinetoram (an upgraded spinosyn product)

These provide higher efficacy and better safety and are rapidly gaining market share in fruits and vegetables.

2. BT-Based Insecticides Continue to Grow Strongly

Key strengths:

• High specificity

• Zero residue

• Suitable for vegetables, fruit trees, and tea crops

BT products are increasingly important in the global green food supply chain.

3. New Biological Herbicides Are Emerging Quickly

As chemical herbicides face global scrutiny, biological herbicides are becoming a new growth area, including:

• Microbial herbicides

• Plant-derived herbicides (e.g., artemisinin-based extracts, natural plant acids)

Although still a small segment, their growth rate is very high.

Conclusion: 2025 Is a Turning Point for the Global Pesticide Industry

With regulatory pressure, market demand, and environmental concerns converging, the industry is rapidly transitioning toward green pesticides, biological pesticides, and low-toxicity pesticides.Businesses that can embrace green pest control and sustainable pesticide alternatives will seize new opportunities in the next decade of agricultural transformation.