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、Controlled

Several new technologies like plasmas, flow chemistry, Fe-based metal−organic framework (MOF), controlled release fertiliser extraction using wastewater management techniques, nanotechnologies, and microfluidic sensing have been developed.

3、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.

4、Emerging Products & Services

Some novel products are reaching the market (e.g. fertilizers coated with biodegradable polymers, nano fertilizers) or are being researched (e.g. smart fertilizers responding to signals by the crop’s roots or by the microbiome).

10 New Fertilizer Solutions

In this section, we highlight 10 emerging solutions in the fertilizer industry such as advanced nutrient delivery systems, sustainable raw materials, precision agriculture technologies, and integrated biotechnological approaches.

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.

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.

Nanofertilizers: Types, Delivery and Advantages in Agricultural

Carbon nanotubes, graphene, and quantum dots are some examples of the types of nanomaterials used in the production of nanofertilizers. Nanofertilizers are a new generation of fertilizers that utilize advanced nanotechnology to provide an efficient and sustainable method of fertilizing crops.

Developments in fertilizer technology

These include nanotechnology-enabled fertilisers for targeted nutrient delivery, bio-based fertilisers derived from organic and waste material sources, and smart fertilisation strategies...

Enhanced efficiency fertilizer: a review on technologies, perspectives

Enhanced efficiency fertilizers are a promising alternative for increasing agricultural productivity, contributing to greater food security by providing healthier food and reducing the environmental impacts of conventional agrochemicals.

New fertilizer technology products are an indispensable part of modern agriculture. They revolutionize agricultural production by providing nutrients, improving soil fertility, and enhancing crop growth environments. Below are introductions to some common types of new fertilizer technology products:

I. Organic Fertilizers

1. Chicken Manure Organic Fertilizer: Chicken manure is a high-quality organic fertilizer rich in nitrogen (N), phosphorus (P), potassium (K), and microelements. It improves soil structure, increases organic matter content, and promotes plant growth. Using chicken manure organic fertilizer effectively enhances soil fertility, strengthens crop disease resistance, and improves yield and quality.

2. Cattle Manure Organic Fertilizer: Cattle manure, another organic fertilizer, contains abundant N, P, K, and other nutrients. It improves soil structure, boosts organic matter, and supports plant growth. Its use enhances soil fertility, disease resistance, and crop performance.

3. Pig Manure Organic Fertilizer: Pig manure is a premium organic fertilizer with high levels of N, P, K, and microelements. It improves soil structure, increases organic matter, and fosters plant development. Application improves soil health, crop resilience, and productivity.

4. Biogas Residue Organic Fertilizer: Produced from fermented livestock manure, biogas residue is rich in organic matter and microorganisms. It enhances soil structure, boosts organic content, and promotes plant growth. This fertilizer improves soil fertility, disease resistance, and crop quality.

5. Bio-Organic Fertilizer: Made through microbial fermentation of livestock manure or other organic waste, bio-organic fertilizer contains beneficial microorganisms. It improves soil structure, increases organic matter, and supports plant growth. Its use enhances soil fertility, disease resistance, and crop yield/quality.

II. Chemical Fertilizers

1. Urea: A nitrogenous fertilizer providing essential nitrogen for plant growth. Urea is widely used for crops like corn and wheat, improving yield, quality, and soil nutrient status.

2. Ammonium Phosphate: A compound fertilizer containing N, P, and K. It meets plants' nutritional needs at different stages, suitable for rice, cotton, etc., enhancing yield, quality, and soil health.

3. Compound Fertilizer: Contains two or more primary nutrients, offering balanced nutrition for diverse crops, especially vegetables and fruits. It improves growth, yield, and soil conditions.

4. Potassium Nitrate: A high-nitrogen, high-potassium fertilizer for nitrogen-and potassium-demanding crops. It ensures rapid absorption, promoting growth and soil health.

5. Potassium Sulfate: A low-nitrogen, high-potassium fertilizer for potassium-intensive crops. It supports quick absorption, growth, and soil nutrient balance.

6. Potassium Chloride: A low-nitrogen, high-potassium option for potassium-requiring crops. It facilitates rapid uptake, growth, and soil improvement.

7. Ammonium Sulfate: A nitrogen-and sulfur-rich fertilizer for sulfur-demanding crops. It provides comprehensive nutrition, enhancing yield, quality, and soil health.

8. Calcium Nitrate: A nitrogen-and calcium-based fertilizer for calcium-requiring plants. It offers balanced nutrition, improving growth, yield, and soil conditions.

9. Borax: A boron-containing fertilizer for boron-deficient crops. It supplies boron, promoting growth and soil nutrient balance.

10. Ammonium Molybdate: A molybdenum-rich fertilizer for molybdenum-requiring plants. It provides essential molybdenum, supporting growth and soil health.

III. Controlled-Release Fertilizers

1. Controlled-Release/Slow-Release Urea: Releases nitrogen gradually based on plant needs, reducing waste and environmental impact. Ideal for economic and high-nitrogen-demand crops.

2. Controlled-Release Compound Fertilizer: Combines N, P, K in a slow-release formula, ensuring steady nutrient supply. Enhances crop quality, yield, and growth stability.

IV. Water-Soluble Fertilizers

1. Water-Soluble Fertilizer: A high-concentration liquid fertilizer dissolved in water for rapid plant absorption. It delivers quick nutritional support, suitable for urgent nutrient needs.

2. Water-Soluble Compound Fertilizer: Combines multiple nutrients in a water-soluble form, meeting diverse plant requirements. Suitable for nutrient-intensive crops like vegetables and fruits.

V. Foliar Fertilizers

1. Foliar-Applied Urea: Sprayed directly onto leaves for immediate nitrogen uptake. Beneficial for high-nitrogen-demand crops like corn and wheat.

2. Foliar-Applied Potassium Dihydrogen Phosphate: Provides phosphorus and potassium via leaf spraying. Ideal for crops like rice and cotton requiring these nutrients.

3. Foliar-Applied Microelements: Supplies iron, zinc, copper, etc., through leaf spraying. Suitable for micronutrient-deficient crops like tomatoes and peppers.

VI. Microbial Fertilizers

1. Microbial Agents: Contain beneficial microorganisms that decompose organic matter, promote root growth, and enhance nutrient absorption. Suitable for microbe-requiring crops.

2. Bio-Organic Fertilizer: Fermented from organic waste and microorganisms, it improves soil structure, increases organic matter, and supports plant growth. Ideal for microbe-dependent crops.

VII. Water-Soluble Seaweed Fertilizers

1. Seaweed Extract Fertilizer: Made from natural seaweed extracts rich in amino acids, minerals, and vitamins. Provides balanced nutrition, especially for microelement-deficient crops.

2. Seaweed Sugar Fertilizer: Combines seaweed sugar (a natural polysaccharide) with other nutrients. Supports growth and development, particularly for seaweed sugar-requiring crops.

VIII. Water-Soluble Algae Fertilizers

1. Alginic Acid Fertilizer: Derived from algae, rich in minerals and microelements. Offers comprehensive nutrition, suitable for algae acid-requiring crops.

2. Seaweed Sugar Fertilizer: Similar to the previous, combines seaweed sugar with nutrients. Promotes growth and is tailored for seaweed sugar-dependent crops.

IX. Water-Soluble Silicon Fertilizers

1. Sodium Silicate Fertilizer: Made from sodium silicate, providing silicon essential for plant health. Suitable for silicon-requiring crops.

2. Silicic Acid Fertilizer: Derived from silicic acid, rich in silicon. Supports plant growth and is ideal for silicon-intensive crops.