Function of potassium humate,let us start with humic acid functional group in potassium humate can absorb and store potassium ions, prevent loss with water in sandy soil and leaching soil, and prevent fixation of potassium by sticky soil.

In addition, some parts of potassium humate are low-molecular-weight humic acid such as fulvic acid, which has a corrosive effect on minerals such as potassium silicate and potassium feldspar, which can be slowly decomposed to increase the release of potassium and increase the content of available potassium.

The utilization rate is 87% -95% higher than ordinary potassium fertilizer, which increases fertilizer efficiency, crop yield and quality.
Potassium humate has a combination of land use and land cultivation; long-term and quick-effect coordination; special effects in water retention and fertilizer retention. It combines the advantages of inorganic fertilizers and farm fertilizers and is superior to them.

Function of potassium humate is a good controlled release fertilizer, so that the nutrients in the early stage will not be too much, the nutrients in the later stage will not be too low, and the fertilizer supply curve is stable. The release rate can also be controlled by physical and chemical biotechnology methods to achieve two-way regulation of accelerated release and sustained release.

The supply of nutrients in the fertilizer is basically synchronized with the nutrient requirements of the crop to achieve dynamic balance.
Ordinary chemical fertilizers (such as urea, 50% -60% potassium fertilizer, diammonium phosphate, etc.) can easily produce soil compaction and pollution to water and air, and potassium humate can be avoided or significantly reduced.

And it significantly increases crop yield, improves crop quality, improves crop nutritional content, reduces nitrate content, and has excellent color, fragrance, taste, and storability.

It is the material foundation of environmentally-friendly agricultural cleaner production and green food.

Potassium humate has low loss, high utilization rate, stable plant absorption, and two-way improvement in yield and quality..

Function of potassium humate,It is a “green” potassium fertilizer for agricultural applications and a substitute product for potassium chloride and potassium sulfate for general agricultural use. Potassium humate is suitable for any crop.

Potassium humate effect on crops has water retention, Drought resistance, cold resistance,Prevention and control of heavy metal pollution,Improve fertilizer efficiency,Promote the growth and development of crops, Adjust the soil pH.

1.water retention

Potassium humate is a colloidal organic substance, which can loosen the soil, absorb large amounts of water, ventilate and humidify, raise cockroaches, prevent drought, and make the soil have good water, gas and heat conditions, suitable for seed germination and seedling stage. Growing.
Second, improve saline-alkali land
Potassium humate has a small molecular weight and high activity. It can adsorb harmful cations in the soil, thereby reducing the concentration of salt in the soil, reducing the damage of salt to seeds and seedlings, and improving saline-alkali soil.

2. Drought resistance, cold resistance

Spraying potassium humate onto plant leaves can close the stomata of plants and reduce water transpiration of plants.

The color of potassium humate is deep, which is good for absorbing solar energy; when potassium humate is decomposed by the action of microorganisms, it will release heat, which can increase the ground temperature and thus play a role in cold resistance.
Fourth, resistance to pests and diseases

Potassium humate can increase the activity of enzymes in plants and increase the resistance of plant organisms.

3.Prevention and control of heavy metal pollution

Potassium humate participates in the ion exchange reaction in the soil, adsorbing and fixing the heavy metal ions in the soil to prevent them from entering the biological cycle.

4.Improve fertilizer efficiency

  • Nitrogen fixation: Nitrogen is applied to the soil and is easily volatilized into the atmosphere or lost to the river with water and soil. Potassium humate can adsorb nitrogen in the soil, reduce its volatilization and loss, and improve utilization.
  • Solution of phosphorus: Phosphorus is applied to the soil and is easily fixed by the soil. Potassium humate can liberate phosphorus from the soil by chelation with phosphorus, which is used for plant absorption and improves phosphorus utilization.
  • Activated potassium: Most of the potassium elements applied to the soil exist in the form of potassium salts and cannot be directly absorbed by the crops. Potassium humate can convert poorly soluble potassium into soluble potassium through ion exchange function, increase effective potassium in soil, and improve potassium utilization.
  • micro-fertilizer: potassium humate can chelate reaction with poorly soluble trace elements, and produce humic acid trace element chelate which is well absorbed by crops, which is beneficial to the absorption of trace elements in roots and leaves.

5. Promote the growth and development of crops

Potassium humate can stimulate root growth, and ultimately the ability of crops to absorb water and nutrients is greatly enhanced.

The stimulating effect of potassium humate can make the above-ground vegetative growth of plants flourish. Expressed in plant height, stem diameter, leaf thickness, etc.;

Potassium humate has a good effect on tilling and reducing the openness rate, which can increase the grain weight of grain and increase grain yield.

6. Adjust the soil pH

Potassium humate has more functional groups, which can be combined with acid and combined with alkali to adjust the pH of the soil according to crop needs.

Fulvic acid, a short carbon chain small molecular structure material extracted from natural humic acid, is the water-soluble part of humic acid with the smallest molecular weight and the highest active group content, and is widely found in nature.

Among them, the proportion of fulvic acid in the soil is the largest, mainly composed of natural, yellow to dark brown, amorphous, gelatinous, organic polyelectrolytes with fat and aromaticity, with smaller molecular weight and highest active group content. Cannot be represented by a single chemical structure.

Fulvic acid is the best ingredient in soil humic acid.

It is also a humic acid product with a wide range of use and high economic benefits. It can increase grain yield, restore soil fertility, improve soil, improve ground temperature, promote root development, effectively adjust soil pH, solve soil compaction, reduce fertilizer application and increase The quality of agricultural products has special effects.

In the case of dry climate, it can reduce the degree of stomatal opening of crops, commonly known as “drought resistance No.1”. Up to now, there are still large market and competitive advantages in plant growth agents, anti-reverse agents, fluid fertilizers, pharmaceutical preparations and cosmetics.

Fulvic acid is a gray-black powdery substance that is soluble in water.

It is a plant growth regulator that promotes plant growth and plays an important role in combating drought. It can improve plant resilience, increase yield and improve quality. The main application objects are wheat, corn, sweet potato, millet, rice, cotton, peanut, rape, tobacco, sericulture, melon and fruit, and vegetables.

Fulvic Acid Structure

The fulvic acid contains functional groups such as carboxyl group and phenolic hydroxyl group, which has strong complexation, chelation and surface adsorption ability, can reduce the loss of ammonium nitrogen, increase the moving distance of phosphorus in the soil, and inhibit the fixation of water-soluble phosphorus in the soil.

  1. Elemental composition: C 54.82% H 2.29% O 41.14% N 0.66% S 1.09%.
  2. Functional group content: total acid group 8.76 meq/g (hydroxy 6.12 meq/g, phenolic hydroxyl 2.64 meq/g).

Potassium humate is so fascinating,With the vigorous promotion of humic acid fertilizer, it recognizes that humic acid has five functions: improving soil, enhancing fertilizer, stimulating growth, enhancing stress resistance and improving quality.

Beijing Carbon Source Power is the leader of humic acid functional fertilizer in China. Here we use potassium humate as the main product for efficient soil protection.

Beijing carbon source power potassium humate is preferably scientifically compounded with high-grade mineral raw materials. It has small molecular weight, many functional groups and high activity. It is black powdery, granular, and contains 50% of active humic acid and 70% of active organic matter. And potassium oxide 15%, can improve soil aggregate structure, regulate soil pH, reduce salt index, promote soil microbial increase, balance crop nutrition, and stimulate plant potential.

Beijing carbon source power potassium humate has been applied to economic crops such as vegetables, fruits and food in various regions of the country. After the local farmers applied, they sighed that although Beijing’s carbon source power potassium humate is used in a small amount, it has obvious effects, especially The soil compaction condition has been significantly improved, and the vegetable leaf color is green and bright, and the growth is good. “Under increasing the cost of planting per mu, it will help growers to improve the soil environment while stimulating crop growth and increasing their yield and quality. Beijing Carbon Source Power potassium humate is a rare and good product.

surface of soil particles through complexation, chelation and reduction, thus affecting their migration and reducing the solubility of heavy metals in water and reducing their toxicity.

At the same time, humic acid can also alleviate the toxic effect of heavy metal cadmium on seedlings. The main mechanism is to inhibit the absorption of cadmium and promote its absorption and accumulation of nutrients such as copper, zinc, iron and manganese.

Plant disease resistance

Humic acid can promote growth by increasing the sugar content and chlorophyll content of leaves, which indirectly improves the disease resistance of crops. At the same time, studies have shown that humic acid can inhibit the germination of downy mildew sporangia, and compounding with other pesticides can significantly reduce the occurrence of downy mildew. At the same time, humic substances can also enhance the control of root-knot nematodes.

Phytic acid is widely used in pesticide additives due to its special structure and function. It also proves that humic acid has a good effect on plant disease resistance.

Humic acid is an important component of organic matter, which can reduce the application of fertilizer, improve the efficiency of nutrient use, partially replace the biosynthesis plant growth regulator, improve the quality of fruits and vegetables, improve the resistance of plants, reduce the occurrence of pests and diseases, and promote the early development of plants. And flowering, the function is very powerful, and it should be widely used.

In recent years, great progress has been made in using potassium humate fertilizer to improve soil and improve fertilizer efficiency. The scientific and rational application of potassium humate in agriculture and the development and production of humic acid potassium products are feasible ways to develop organic-inorganic compound fertilizers in China. Practice has shown that the high utilization rate of humic acid potassium, improved soil, increased crop resilience and improvement of agricultural products have gradually received attention, and are known as the third generation of fertilizer.

The humic acid functional group in potassium humate can absorb potassium ions, prevent water loss in sandy soil and leaching soil, and prevent potassium from sticking in sticky soil. In addition, some parts of potassium humate are low-molecular humic acids such as fulvic acid, which have a dissolution effect on minerals such as potassium silicate and potassium feldspar, which can slowly decompose to increase the release of potassium and increase the content of available potassium. It is 87%–95% higher than the common potassium fertilizer utilization rate, which increases fertilizer efficiency, improves crop yield and improves quality.

It has the special effects of combining land and land; long-acting and quick-acting coordination; water-retaining and fertilizer-retaining effects. It combines the advantages of inorganic fertilizer and farmyard manure and is superior to them. It has a good nutrient release regulation function. It is a good controlled release fertilizer, so that the nutrient is not too much in the early stage, the nutrient is not too low in the later stage, and the fertilizer supply curve is stable. The release rate can also be controlled by physical and chemical biotechnology to achieve two-way regulation of sustained release and sustained release. The balance between the supply of nutrients in the fertilizer and the demand for nutrients in the crop is basically synchronized to achieve a dynamic balance.

Ordinary chemical fertilizers (such as urea, 50% – 60% potassium fertilizer, diammonium phosphate, etc.) are easy to produce soil compaction and water and gas pollution, potassium humate can be avoided or significantly reduced. And obviously high crop yield, improve crop quality, improve crop nutrient content, nitrate content, color, aroma, taste and storability. It is the material basis for agricultural clean production and green food with environmental protection functions. The loss of potassium humate is low, the utilization rate is high, the plant absorption is stable, and the yield and quality are improved in both directions. It is a “green” potash fertilizer for agricultural application and a substitute for ordinary agricultural potassium chloride and potassium sulfate. Potassium humate is suitable for any crop and can also be applied in combination with common fertilizers.

Humic acid and soil

Soil is the largest carbon pool on the earth, in which humic acid carbon accounts for 80% of soil organic carbon, and its carbon storage and release directly affects the biosphere carbon cycle.

What is humic acid?

Humic Acid (HA) is widely found in soil, lakes, rivers, oceans, lignite, weathered coal, and peat. It is an animal and plant remains (mainly plant remains) under the action of microorganisms and geophysical and chemical processes. A class of macromolecular organic weak acid polymers formed by a series of decompositions and transformations.

Human understanding of humic acid began with questions about the “black things” in the soil more than 200 years ago. After a long and complicated exploration process, soil scientists and chemists talked about “black things” → “dark substances” → “ The evolution of humus”→“humic acid” formed a consensus. In 1807, Thomson of Germany first extracted humic acid from the soil with lye.

What is soil climate change?

Soil climate change refers to the relationship between soil carbon storage and discharge. The soil is the largest carbon pool on the earth, with soil organic carbon of about 3 trillion tons and humic acid carbon of about 2.4 trillion tons, accounting for 84.5% and 67.6% of the biosphere carbon, respectively.

Before the World Industrial Revolution, the humic acid carbon decomposed by the humic acid, which was accumulated every year, kept the relationship between the storage and release of the soil carbon pool, the carbon storage of the biosphere was basically unchanged, and the CO2 concentration in the atmosphere was not Too much fluctuation.

As is known to all, after the world entered the industrial revolution, humans put a large amount of fertilizer into the soil, breaking the balance between the storage and release of soil carbon pools.

Furthermore, it is observed that the main cause of changes in soil carbon pools is agricultural release, which environmentalists call an attack on the soil. In the past 40 years, chemical fertilizers have been placed in the first place in the soil, which directly affects the changes of soil organic carbon pools. Soil climate change has become an indisputable fact because of the large fluctuations in soil organic carbon pools.

First, agriculture is a basic industry with sustained investment and large output. This position is difficult to change. At the same time, China uses 7% of the world’s cultivated land to support 22% of the world’s population. It has formed a vicious circle of long-term large-scale investment, high multi-population index and difficulty in fallow. This situation needs to be resolved.

Second, the soil organic carbon content is low. According to the National Agricultural Technology Center, the Soil Basic Nutrient Data Set (2005-2014) compiled by Soil Testing and Formulation shows that the soil organic matter content in China is between 17.24-28.71g/kg, compared with 40 years ago, the soil organic carbon content. Significant decline, soil carbon stability and carbon control function is also weakened or even lost. Third, soil carbon sequestration is difficult. China’s 1-meter-deep soil organic carbon pool totals about 90 billion tons of carbon equivalent, and needs to increase carbon by 2.9% to offset energy emissions (total energy emissions in 2013 was as high as 2.612 billion tons of carbon equivalent), which requires soil carbonization speed far exceeds Current state of the art.

humic acid and humic acid fertilizers solve the problem of soil climate change

The soil organic carbon content in China has decreased significantly, mainly due to the serious deficiency of humic acid carbon accumulation. Let humic acid come to the soil from the soil. Using industrially prepared humic acid and humic acid fertilizer to feed the soil, it can stabilize and increase soil organic carbon content and regulate soil climate change.

First, humic acid is an important member of the Earth’s carbon cycle. Nowadays, environmental factors such as soil, water, air, animals and plants, and beneficial microorganisms that humans depend on are inevitably involved in humic acids. Therefore, it is common to use humic acid and humic acid fertilizer to solve soil climate change problems.

Second, humic acid is the core of the soil’s organic carbon, accounting for up to 80% (2.4/3, trillion tons). Research and practice have proved that the structure, function and properties of industrial extraction of coal humic acid and soil humic acid are basically the same. Therefore, it is feasible to use humic acid and humic acid fertilizer to increase soil organic carbon content.

Third, humic acid is the “best companion” for improving quality and enhancing fertilizer. Humic acid can be combined with large, medium, micro and beneficial elements to achieve the best match. In the case of equal nutrients, humic acid fertilizers increased by an average of 10 percentage points or more, which is equivalent to a net increase of 30% to 40%. 60 years of production and application practices have proven that humic acid fertilizers have folloing function
1 stabilize carbon and carbon fixation;
2 and the ecological environment of the soil;
3 to promote crop yield increase;
4 reduce emissions;
5 easy to operate;
6 quick results;
7 sustainable and so on, so the use of humic acid, humic acid fertilizer to feed the soil, has direct, rapid, effective and safe scientific.