Corn, a vital staple in grain production, heavily relies on scientific fertilization to achieve optimal growth and yield. However, blind fertilization practices, such as excessive nitrogen usage and insufficient application of potash and micro-fertilizer, have resulted in imbalanced soil nutrients and reduced fertilizer use efficiency. To overcome these challenges, it is crucial to implement a well-informed and strategic fertilization plan based on the specific nutrient requirements of corn.

As a new type of fertilizer, water-soluble fertilizer is not only versatile but also very flexible compared with traditional fertilizers. Water-soluble fertilizer can be poured into the soil, so that the roots of plants can fully contact the fertilizer; it can be sprayed along with the leaves, and enter the plant through the leaves, so as to improve the absorption and utilization rate of fertilizers.

In the world of modern agriculture, NPK compound fertilizers have emerged as a vital tool to support the growth and development of crops. These fertilizers, which consist of a combination of three primary nutrients - nitrogen (N), phosphorus (P), and potassium (K) - play a crucial role in enhancing plant growth and maximizing agricultural productivity. Let us delve deeper into the significance and benefits of NPK compound fertilizers and their contribution to sustainable agriculture.

In the ever-evolving landscape of sustainable agriculture, the choice of fertilizers plays a pivo

Synthetic urea is a common ingredient in skin care products. Manufacturers may include synthetic urea in skin care products to help exfoliate and moisturize the skin.

It’s the earth’s cultivated cropland that keeps humanity alive and thriving. Plants provide food, fiber, housing and a host of other benefits, and fertilizer plays a key role in this process. As the world population is expected to exceed 9 billion by 2050, fertilizer will be needed more than ever to boost crop production to keep people fed and healthy.All growing plants need 17 essential elements to grow to their full genetic potential. Of these 17, 14 are absorbed by plants through the soil, while the remaining three come from air and water.Generations of soil science have yielded knowledge of how to test nutrient levels in soil, how plants take them up and how best to replace those nutrients after harvest. That’s where fertilizer comes in.

When it comes to picking a fertilizer mix for gardening or landscaping, you want to be sure your plants are getting the nourishment they require. When it comes to labelling fertilizers, there are a few standards that all fertilizer manufacturers must adhere to, and understanding these guidelines may make comparing fertilizers much easier.

NPK fertilizers are so called because they are composed of three primary macronutrients: nitrogen (N), phosphorus (P) and potassium (K). Such elements perform a specific function for plants metabolism, promoting the growth and the well-being of crops.Hydro Fert has developed the Gran Foliar line for all the needs of plants. The reason is that not exists just one NPK fertilizer but several types according to the percentage of macronutrients. A “20-20-20” NPK fertilizer contains, for example, 20% nitrogen, 20% phosphorus and 20% potassium, while a “10-10-30” fertilizer contains 10% nitrogen, 10% phosphorus and 30% potassium.

Compound fertilizers and mixed fertilizers are produced in different ways. Compound fertilizer is produced by chemical reaction granulation of raw materials. The main processes include drum granulation, disc granulation, spray granulation, tower granulation, etc. These processes are mostly found in larger-scale and well-equipped factories. . Due to the limitations of the production process, the proportions of nitrogen, phosphorus, and potassium are relatively fixed, resulting in fewer specifications to choose from.

Nitrogen fertilizer is mainly for the growth of leaves, through the transformation of chlorophyll into various nutrients to meet the growth of crops, and to promote the growth of branches, straw, and stems.

Nitrogen fertilizer is mainly for the growth of leaves, through the transformation of chlorophyll into various nutrients to meet the growth of crops, and to promote the growth of branches, straw, and stems. Phosphorus determines the differentiation of flower buds, the elongation of pollen tubes, and the number and yield of fruits.

Getting the right fertility for the plants you are growing is one of the hardest skills to master when growing food at home. It can take years of practice to get it right. Plus, it’s a moving target!Every time you add garden amendments or grow things, you change the composition of your soil. As long as you are doing this organically, using lots of compost, slow-release nutrients, and beneficial soil conditioners, your soil keeps getting better.If you blow it and apply something that throws off your soil chemistry too quickly though, you can set your soil back years of effort. That’s why there are so many horror stories about organic gardening failures. People put the wrong things in their garden for the state of their soil.In an organic garden, managing fertility is all about taking it slow and easy. That being said, we also want to grow big plants and have tasty vegetables within reasonable time frames. The easiest way to do that is by using slow-release organic fertilizers adjusted to your soil needs.

Making your own houseplant fertilizer might sound like an intimidating science experiment, but its actually a super easy way to save money using things you would already have around the home.On top of being cost effective, it’s also an environmentally friendly and more natural way to provide important nutrients to your houseplants.Fertilizing your houseplants can be as easy as using some common kitchen waste that would just be thrown away otherwise.

The nitrogen in many straight and compound fertilisers is in the ammonium (NH+4 cation) form but, depending on the soil temperature, it is quickly changed by bacteria in the soil to the nitrate (NO3 anion) form.

The type of synthetic fertilizer used affects the rate of NH3 lost. Urea fertilizer has been shown to produce the highest emissions of the total available NH3 at 6–25% (ECETOC 1994), while emission rate for calcium ammonium nitrate is 5–14% (Bussink, 1994), depending on the rate of application.

Many industries produce effluent with high potential pollutant loads. These effluents must be subjected to complex and costly processes before discharging them into the environment under suitable conditions in accordance with current legislation (e.g. Water Law). Also, the process usually produces significant quantities of waste that must be sent to specific landfills depending on their properties; resulting in high costs for equipment, management, reagents and the corresponding fees and taxes.The treatment of segregated discharge provides a series of advantages over integrated treatment with the rest of the effluents. This is because, in many cases, the washes contain salts or remains of processes that can be reused or which can provide byproducts which can be used inside or outside the industry producing them.

This soluble humic acid powder is a concentrated source of humic acids which makes a liquid solution containing up to 12% Humic Acid (by weight).

Improves soil structure thus to increases water holding capacity and soil cation exchange capacity (CEC) to increase soil fertility.

We offer potassium humates that are used as a multi-function compound fertilizer after combination with nitrogen and phosphorus. These are highly biodegraded and compressed remains of ancient plant and animal materials. These are also used as soil conditioners, plant growth stimulant and fertilizers efficiency promoters. We offer these humates at most competitive prices.

Soils provide important ecological services for the maintenance and survival of life. Soil health management is critical to maintaining biodiversity and ensuring sustainable agricultural production. Soil health is regulated by soil properties, namely physicochemical and biological properties. Modern agriculture relies heavily on chemical fertilizers. These are inevitable threats to agriculture. Nonetheless, they remain an important tool for global food security. As sustainable agriculture becomes a global goal, the ill effects of chemical fertilizers cannot be ignored. Fertilizers play a vital role in increasing crop yields and soil fertility. There are many kinds of chemical fertilizers, such as nitrogen fertilizer, phosphorus fertilizer and potassium fertilizer. The use of fertilizers not only increases crop yields, but also alters the physicochemical and biological properties of the soil.