1、Review of research and innovation on novel fertilizers for crop

This review highlights nanofertilizers, biofertilizers, and next-generation enhanced-efficiency fertilizers, examining nutrient-release mechanisms, yield impacts, environmental outcomes, and ...

2、Catalytic innovations in fertilizer production from agricultural waste

Catalytic technologies facilitate the conversion of agricultural waste into high-value fertilizers, enhancing nutrient recovery efficiency while mitigating environmental impacts through reduced greenhouse gas emissions and improved soil management.

3、10 New Fertilizer Solutions

Explore 10 new fertilizer solutions from 3.5K+ entrants, offering biowaste conversion, nanoparticles-based fertilizer & more.

4、Novel Fertilizer Technologies and their modes of action

With the goal of enhancing efficiency, novel fertilizers are becoming essential for sustainable agriculture. These fertilizers include slow- and controlled-release formulations, microbial coatings, nanofertilizers, and other enhanced-efficiency technologies.

5、6 Key Fertilizer Production Technologies Explained

Explore the 6 main fertilizer production technologies and processes that enhance efficiency and sustainability in agriculture.

New Technology and Strategies for Fertilizer Industry

New technology and strategies are disrupting the supply and demand of the fertilizer market. Learn how industry leaders can prepare for this challenge.

Four Innovative Trends in fertilizer manufacturing equipment Technology

The latest fertilizer manufacturing equipment technologies are revolutionizing production lines through smart automation, IoT integration, and precision control systems.

Top 5 Innovation in Nutrient Solutions & Fertilizers in 2026

Fertilizers and nutrient solutions play a crucial role in enhancing crop yields and ensuring food security. This blog explores the latest innovations in nutrient solutions and fertilizers, examining their potential to revolutionize agriculture and contribute to sustainable farming practices.

Development strategies of the new

New-type fertilizers in China include slow/controlled-release fertilizer, value-added fertilizer, water-soluble fertilizer, commercial organic fertilizer, and bio-fertilizer.

Innovative Solutions For Next

The excessive use of chemical fertilizers in agricultural production has led to diminishing returns, necessitating alternative methods to enhance soil fertility and reduce fertilizer dependency.

New fertilizer production technologies are an indispensable part of modern agricultural production. Through scientific methods and technological means, these innovations enhance fertilizer utilization rates, improve production efficiency, reduce environmental pollution, and promote sustainable agricultural development. Below is a detailed introduction to several key technologies:

1. Biofertilizer Production Technology Biofertilizers are derived from microorganisms, plant extracts, and other biological resources. They effectively improve soil quality, enhance crop disease resistance, and reduce reliance on chemical fertilizers. Common production methods include solid-state fermentation, liquid-state fermentation, and enzyme hydrolysis.

2. Organic Fertilizer Production Technology Organic fertilizers originate from animal and plant residues, manure, and organic waste. Environmentally friendly, they improve soil structure and fertility. Key production techniques include composting, biogas fermentation, and vermicomposting.

3. Slow-/Controlled-Release Fertilizer Technology These fertilizers release nutrients gradually over time, improving utilization rates, reducing pollution, and extending efficacy. Manufacturing methods include coating, co-precipitation, and microencapsulation.

4. Water-Soluble Fertilizer Technology Designed for direct absorption by crops, these high-purity fertilizers leave minimal residue. Production technologies involve spray drying, evaporative concentration, and supercritical extraction.

5. Foliar Fertilizer Production Technology Applied via spraying onto crop leaves, these fertilizers rapidly replenish nutrients. Techniques include sprayer application, high-pressure spraying, and micro-drip irrigation.

6. Nano-Fertilizer Technology Nanotechnology enables ultrafine particle sizes and high adsorption capacity, boosting efficiency while minimizing environmental impact. Methods include nanomaterial modification, nanoparticle dispersion, and nano-coating.

7. Smart Fertilizer Technology Smart fertilizers automatically adjust nutrient release based on crop needs, leveraging sensor detection, wireless communication, and artificial intelligence algorithms for precise application.

8. Microbial Fertilizer Technology Harnessing microorganisms (e.g., nitrogen-fixing, phosphorus-solubilizing bacteria), these fertilizers promote growth and soil health. Production relies on solid-state fermentation, liquid-state fermentation, or hybrid methods.

9. Compound Fertilizer Technology Compound fertilizers combine multiple essential nutrients (e.g., urea-DAP, nitro-sulfur-potash blends) to meet crop requirements at different growth stages, reducing environmental strain.

10. Trace Element Fertilizer Technology Addressing micronutrient deficiencies (e.g., Fe, Mn, Zn), these fertilizers improve crop yield and quality. Production methods include chemical synthesis, mineral extraction, and bio-extraction.

The advancement of new fertilizer production technologies offers diverse solutions for modern agriculture, enhancing efficiency, reducing pollution, and ensuring food security. As technology evolves, these innovations will continue to refine agricultural practices, unlocking new potential for sustainable development.