1、Production of a water

Fertilizer, especially water-soluble fertilizer (WSF) containing free amino acids, has been widely used for promoting the growth of plants and improving their quality. It also reduces the required dose of pesticides and protects the ecological environment.

2、Effect of different organic fertilizers application on growth and environmental risk of nitrate under a vegetable field

Results showed that organic fertilizers significantly increased vegetable yield and quality, but with inappropriate application may cause serious environmental risk such as nitrate pollution.

3、Incorporation of humic

In general, apart from pelletized or powder organic amendments based on composts, biochar, leonardite, etc., most HS products available in the market consist of formulations containing HS (or micronutrient–humic complexes) as the main ingredient, either in liquid or solid (water soluble) formulation [8].

Water soluble phosphate fertilizers for crops grown in calcareous soils – an outdated paradigm for recycled phosphorus fertilizers?

The currently used commercial P compounds WSP and RP confirmed the requirement of water soluble P to nourish plants efficiently, as the fully water soluble WSP was the most efficient, and the sparingly water soluble RP the least efficient fertilizer on the calcareous soil (Fig. 5).

Full article: Shifting paradigms: development of high

Formation of water-soluble metal–organic complexes can increase the concentration of metals in the aqueous phase and their bioavailability. This effect is well known for root exudates and humic substances.

Fertilizer

Fertilizer (FAO, 2019): refers to a chemical or natural substance or material that is used to provide nutrients to plants, usually via application to the soil, but also to foliage or through water in rice systems, fertigation or hydroponics or aquaculture operations. Thus, multiple nutrient types and sources are considered and include: chemical and mineral fertilizers; organic fertilizers such ...

Alginate

Compared to traditional fast-soluble phosphate fertilizers, slow-release fertilizers can provide a steady supply of phosphate according to plant needs over a longer period, reducing the risk of water eutrophication and improving crop yields.

Synthesis and characterization of nano

The data demonstrated that the vegetative growth and yield components of corn plants were enhanced at high concentrations of nano-micronutrient fertilizer (40 mg/L).

Origins, roles and fate of organic acids in soils: A review

Soil organic acids (OAs) are a significant part of the water-soluble fractions of organic molecules released in the rhizosphere. They are normal constituents of most agricultural soils and play important roles in soil nutrient availability, ecology and productivity.

Similar phosphorus transfer from cover crop residues and water

Cover crops provide benefits in agricultural systems with high P availability (i.e., optimal or excessive soil P for plant growth) by reducing losses of soil phosphorus (P) via erosion and leaching, and potentially by increasing soil P availability when P is released during residue decomposition.

High-concentration organic water-soluble fertilizer is an efficient and eco-friendly agricultural product. It primarily consists of organic matter processed through specialized manufacturing techniques. Compared to traditional chemical fertilizers, it offers the following distinctive features:

1. Comprehensive Nutrients: This fertilizer contains essential nutrients for plant growth, including major elements like nitrogen (N), phosphorus (P), and potassium (K), as well as microelements, vitamins, and other trace nutrients. These components fully address plants’ nutritional needs at different growth stages, promoting healthy development.

2. Enhanced Fertility Efficiency: The organic components in this fertilizer are rapidly absorbed by plants, minimizing nutrient loss. Additionally, they improve soil structure, enhance water retention, and boost soil fertility, thereby increasing overall fertilizer utilization rates.

3. Environmental Safety: Produced via bio-fermentation technology, it contains no toxic or harmful substances, posing no risks to the environment or human health. Its organic materials decompose into carbon dioxide and water, avoiding pollution.

4. Improved Yield and Quality: Crops treated with this fertilizer often exhibit higher yields and superior quality. Its balanced nutrients strengthen plant resilience, while organic components enhance flavor, nutritional value, and market appeal.

5. Labor and Cost Savings: Reduced application frequency and dosage lower production costs. The long-lasting effects allow farmers to optimize fertilization, preventing resource waste and environmental harm from overapplication.

6. Sustainable Agriculture Support: By enriching soil fertility and prolonging its lifecycle, this fertilizer promotes sustainable resource use. Its decomposition process generates no hazardous byproducts, aligning with ecological protection goals.

7. Alignment with Modern Agricultural Needs: As consumer demand for safe, high-quality produce rises, this fertilizer meets rigorous standards for green and eco-friendly agricultural practices.

high-concentration organic water-soluble fertilizer is a potent, environmentally friendly solution that fulfills plants’ nutritional needs, boosts crop performance, reduces costs, and advances sustainable farming. With growing environmental awareness and agricultural innovation, its adoption is poised to expand globally.