How Can Fertilizers Give New Life To Agriculture Soil ?

Soil health is the substructure of productive and beneficial farming practices. Fertile soil lends indispensable nutrients to plants. Eminent physical attributes of soil allow air and water to seep down, roots to investigate, and biota to bloom. Soil health and soil quality are the terminologies used anonymously to throw light upon soils that are not only fertile but also carry enough biological and physical properties to preserve productivity, regulate environmental quality, and advocate plant and animal health. Improve life to agriculture soil through the Anti dust Agents. In order to achieve crop growth, the soil needs to hold nutrients and water just like a sponge. The characteristics of high quality and healthy soil include:

How to Improve Life To Agriculture Soil

• Excellent soil tilth
• Ample depth
• Sufficient nutrient supply
• The cramped population of plant pathogens and insect pests
• Superior soil drainage
• High beneficial organisms
• Low levels of weed pressure
• No usage of chemicals or toxins since they harm the crop
• Degradation resilient

Know About: Defoamer Chemical

Soil is the basic building block of farming. The prime focus of soil management is to preserve soil and heighten its performance so that farming can be carried out profitably by preserving the environmental quality for the future.

Agricultural soil can be rejuvenated by six simple practices that accentuate soil performance:

• Addition of organic matter

Soil quality can be enhanced when organic material is added to it. Organic matter upgrades soil structure, augment water and nutrient holding capability, secures soil from erosion, and aids healthy fostering of soil organisms. Residues from the previous crop, animal manure, and cover crops are collectively present in the organic matter.

• Averting excessive soil tillage and compaction

Tillage is essential for loosening surface soil, fitting the seedbed, and ruling weeds and pests. Excessive tillage breaks up soil structure, speeds up the levels of decomposition, and results in loss of organic matter. The threat of erosion is intensified, a habitat of helpful organisms is destroyed which causes compaction. Reducing tillage lowers down the loss of organic matter and shoots up the residue protecting the soil surface. Compaction results in the reduction of the amount of air, water, etc.

• Efficient management of pests and nutrients

The use of pesticides and chemical fertilizers has revolutionized modern agricultural practices. Though they come with various advantages, certain harm is caused to non-target organisms as well. Air and water pollution is also caused. Efficient pest and nutrient management is required and can be achieved by applying only the essential chemical fertilizer, at the correct time and place.

• Covering the ground

Bare soil is prone to water and wind erosion, and to crusting and drying. Groundcover safeguards soil offers shelter to larger soil organisms like earthworms and other insects and can accelerate water availability. Groundcover must be managed in an adept manner in order to avoid issues withheld up soil warming in the season of spring, diseases, and exaggerated build-up of Flocculants for Phosphoric Acid at the surface.

• Increment in diversity

Diversity is advantageous for many reasons. A diversity of soil organisms aids to restrict pest populations, minimize soil diseases and reduce weed pressures. Diversity can be accelerated by adding crops to the crop rotation or by changing tillage activities.

• Auditing soil performance

Making a detailed observation of the soil cover can help keep a check on the soil performance. Monitoring the day to day or year to year performance of the soil will help record the variations as well.

A soil management plan is extremely necessary to give agricultural soil a new life. The plan is a fool-proof solution to enhance agricultural soil’s attributes.

• Goal Setting
• Inventorying of soil
• Assessment of soil as well as practices
• Formulating an action plan
• Monitoring progress

Hence, with the above-mentioned steps, agricultural soil can be made rich and fertile by which productivity can be achieved. If you want to know more detail visit NAQ Global. The soil management plan also helps in administering all the soil practices which have a great hand in enhancing soil quality. Healthy soil raises healthy crops and so the agricultural soil must be made of such a kind that raises quality crops.

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How colouring agents will help in Fertilizers?

How Colouring Agents will help in Fertilizers - Naq Global

These days, colouring agents are in great demand not only because it is beneficial, but it’s something which is highly suggested. The need for colouring fertilizers arose because of the fact that imported fertilizers were black in colour most of the time. The coloration of granules was probably because of some organic impurities in phosphoric acid due to rock phosphate.

Therefore, colouring fertilizers gives the product an identifying appeal and at the same point of time, it also eliminates fear from the mind of consumers about adulteration and other issues.

Colouring agents basically contain a different combination of pigments which impart colour when they are added to fertilizers or slurry. It is important that both surface colour and body colour are proper as per the requirement such that colour can withstand ammonization, humidity, acidic and harsh environment and high temperature.

Benefits of colouring the Fertilizers

There are many benefits of using colouring agents for fertilizers, but the all-time benefit is that the product of any particular manufacturer gets a unique look and identity and it even improves the promotion of the brand. Another benefit is that fertilizers which are expensive become adulteration proof. Raw material variations which give rise to colour variation of the end product is not beneficial for market identity. Therefore, colouring helps in uniformity no matter material is of whatever nature.

By colouring fertilizers, you can make them look more appealing and presentable and sometimes it even helps in distinguishing between the same kind of fertilizers. The main reasons anti-dust agents are added to fertilizers include homogeneity, image formation, cosmetic qualities, colour coding grades and technical properties.

Different types of colouring agents are available out there in the market which you can choose. In fact, a broad range of colouring agents is based on certain pigments and dyes which can be used for treating fertilizer granule from both outside and inside. These dyes even include colour coatings which can modify translucency, sheen and colour of granule surface as per the need. Most of the coating agents also contribute to taking control and dust control, as they can be customized for imparting colour.

Methods of colouring Fertilizers

There are two different methods of colouring fertilizers which are mentioned below:

Surface colouring

This method is really fruitful when you need to differentiate between two fertilizers grades especially for NPK. For example RCF colours SUPHALA 15:15:15 to read such that fertilizers do have some uniqueness and moreover a distinct appeal in comparison to SUPHALA 20:20:20.

Body colouring

The DAP which is imported have a uniform black colour, therefore by colouring body colour to DAP colour lot of benefits can be achieved. Always keep in mind that body colouring is done with the help of compatible and suitable in process additives. These additives are really very cost effective. For DAP body colouring two different colouring agents are used as per the need and demand.

So, overall colouring agents for fertilizers can help in number of ways but it is important that it should be purchased from reliable company. Thus, if you are looking for one such than go with Suppliers NAQ Global.

Granulation of Fertilizers Using Rotatory Granulation Drum

Granulation of Fertilizers Using Rotatory Granulation Drum - NAQ GLOBAL

Granulation of fertilizer products gives some of the most feasible approaches to mix minerals for creating a multi-nutrient fertilizer. Additionally, it allows for bulk stockpiling and packaging by fertilizer coating material Suppliers, while providing the ease to handle and apply the product. One type of equipment that has turned out to be known for its consistency and adaptability in producing fertilizer is the rotatory granulation drum. This revolving process gear and the assortment of items that it can produce is a perfect fit for the fertilizer industry’s ever-evolving demands.

How the granulation drum manufactures the best quality fertilizer product? 

The meaning of a granule, as it identifies with the rotary drum, is a strong, round pellet, in the size scope of roughly 1-6 mm. These granules can differ in properties and synthetic cosmetics, contingent upon what is required for the application. An inorganic fertilizer, for example, NPK, which is also considered a multi-nutrient compost, comprises of nitrogen (N), phosphate (P), and potassium (K), and is a regularly pelletized item.

A granulation drum is mainly used to bundle these minerals, which regularly are in the form of fine powder. The minerals can be mixed into one granule, forming into an all-in-one product, or the individual granules can be mixed with others during a later stage in the packaging process. In the absence of this technology, the powdery materials would be difficult to handle due to their dusty nature, the denser particles would settle to the base of the barrel or the bag, resulting into the creation of an inconsistent mix and causing huge application challenges.

Apart from developing a highly consistent and durable granule, granulation drum can also be used to create granules that are more dynamic in a property. Diverse liquid binders can be utilized for the purpose of creating an enclosed granule that comes with different release properties. Also, a multi-layered pellet can also be produced with the addition of different materials at subsequent stages during the granulation process.

The Process of Fertilizer Granulation - During the granulation process of inorganic fertilizers, for instance, the creation of diammonium phosphate (DAP) or monoammonium phosphate (MAP), the granulation drum is used for a chemical reaction in connection with the arrangement of a strong granule. The chemical reaction, that basically starts in a pre-neutralizer tank, ends up neutralizing the phosphoric corrosive slurry with alkali, while all the while at the same time creating a granule that contains both phosphate and nitrogen, two indispensable supplements required in a multi-nutrient #fertilizer.

However, as mentioned earlier, another possible option that can build effectiveness in certain settings is the inclusion of a pipe reactor, which pre-blends the fluids and created DAP or MAP in a hot melt state. it is then the hot-melt is then encouraged into the granulation drum; the heat from the compound reaction alongside a particular amount of dry material of seed makes a pellet consisting of both the nitrogen as well as the phosphate.

The granulation drum's flexibility does not finish at DAP or MAP creation; potash powder can likewise be added into this procedure for the purpose of creating an NPK. The successive impact of the drum rotatory functions admirably with practically any combination of wet and dry inorganic minerals.

Advances in Granulation Drum Design 

Almost all industries have witnessed significant growth due to present day technology. Some of the most popular advancements in the design of the granulation drum are as follows -

Integrated Pipe Reactor - Completely blends and helps in the reaction of ammonia with phosphoric or potentially sulfuric acids, for enabling the creation of fluid or hot melt which is then sprayed within the drum. This takes out the requirement for pre-balance tanks and furthermore expands effectiveness. 

Tumbler flights - Used to expand the material disturbance to consummate the falling impact and make the ideal granule properties.

Corrosion resistant and Flexible Drum Liners – Can be utilized to diminish or exclude material develop from the walls of a drum, and also the damage that is the result of corrosive binders/materials.

Purpose and Importance of Defoamers in the Phosphoric Acid Industry

Purpose and Importance of Defoamers in the Phosphoric Acid Industry

The synthesis of phosphorous acid through the wet process is quite a complex reaction. The reaction makes use of huge amounts of gaseous substances, namely Hydrogen fluoride and the carbon dioxide. These gases result in the production of the foam which fills up the equipment. Thus, the capacity of that very equipment is drastically reduced and it hinders the formation of phosphoric acid. Since the space is already taken up by the foam, the space for the production of acid is reduced and to execute the wet reaction in a suitable manner we need a substance that can help in reducing the formation of the foam.

What is the solution to get the better of the foam in the wet reaction?

This is the million-dollar question that strikes every mind when you think about getting the better of the foam during the reaction. This is where the Deformer Chemical come into play as they help in getting rid of the foam and carrying the reaction without any blockades. Many defoamers have already been used in the industry for controlling the foam yet the results shows that the quality of phosphoric acid is not quite the same when compared with the phosphoric acid that was prepared in the past. The major reason behind this is that the quality of defoamers that are used is not up to the mark and thus required results from the reaction are not obtained.

Things are getting complex for the researchers as the quality of the acid is deteriorating which means that it is not as effective as it would have been. Hence, the necessary usage of acid remains unaccomplished.

What is the need of the hour?

The need of the hour is the availability of high-quality defoamers that can help in getting the purest form of acid obtainable. We need the defoamers that can take the foaming concentration to zero and thus improve the quality of the phosphoric acid which is produced through the reaction.
There are improved and latest versions of defoamers which is available in the market to help you in reducing the concentration of the foam to a negligible value. These defoamers make sure that the concentration of foam in the phosphoric acid is close to zero percentage so that the quality of acid is superior.

How are these defoaming agents composed?

This is another common question that may come to your mind when you are looking to make use of the defoaming agents for your reaction. There are several components of modern defoamers. You must make sure that the defoamers you are purchasing do not pose any safety hazard. Over the years, several fossil fuels and derivatives have been used in defoaming and this doesn’t only pose a risk to the quality of the phosphoric acid but is generally terrible for the environment and the carbon footprint of the whole manufacturing process.

Environment-friendly defoamers don’t have to be less effective. In fact, Green Technology by NAQ Global defoamers has been known to show higher efficiency than most conventional defoamers. These defoamers contain vegetable-based products and their derivatives and are hence completely safe to use.

How these new defoaming agents have improved the quality of phosphoric acid:

What one often wonders is how these defoaming agents have changed the landscape of the phosphoric reaction. Defoaming agents were used earlier as well, but there was not a great level of change in the quality of phosphoric acids. So how these new defoaming agents are able to dominate and neutralize the foam as you have always wanted the defoaming agents to do? The defoamers provided by NAQ Global are environment friendly and completely biodegradable. They don’t harm the machinery and do not pose any fire hazard to the operators.

This is one of the reasons why most of the researchers and scientists are echoing their voice for this new category of defoaming agents being used during the wet synthesis of phosphoric acid with a high level of concentration.

These breakthrough agents provide you with the opportunity to produce the best quality of phosphoric acid, which is highly effective in any kind of activity. You no longer have to deal with the acid that has more foam than acid in it. Hence, it becomes implicit for you to make use of these defoaming agents for the wet reaction that results in the production of phosphoric acid.

Coloring Aid for Fertilizers

Coloring Aid for Fertilizers

 

Coloring fertilizers often help in making them more appealing or in distinguishing between different fertilizers grades. coloring agents give beauty to fertilizer granules/prills especially when considering the fact that they help in brand image formation, technical properties, cosmetic qualities, visual homogeneity, color coding of grades, etc. According to the demand in the markets, farmers often ask for certain specific colors for a particular grade of fertilizer. Historically, some popular fertilizer grades were known to have a specific color, like brown for potash was considered to of extremely high quality. Today some farmers still have this perception that red potash is of high quality, encouraging fertilizer manufacturers to give that particular color to their produced fertilizers.

Coloring agents usually contain a combination of pigments which are added to slurry or fertilizers by various methods. The end product is a uniform colored fertilizer that is free flowing, if coated by proper means and appropriate chemistry and engineering, such as that coated by NAQ GLOBAL.

NAQ Global provides a wide range of coloring agents for fertilizers, including solutions for surface or body coloring.We have the technologies to ensure both, body and surface color, of the fertilizer, and can give recommendations for ideal coloring in accordance with the requirements of the customers. These colors can withstand harsh environment conditions, ammoniation, high temperature and humidity.

NAQ Global’s coloring solutions for fertilizers can often include benefits anti-dusting or anti-caking properties depending on the demands of the customers. This is an essential aspect of our mission to give complete solutions for fertilizer quality improvement rather than just a couple of products.Coloring aids often require specialized equipment and machinery that our technicians and engineers will be happy install and even teach the people in the plant about careful their monitoring.

NAQ Global’s GREENCOAT is available in various shades that are perspicaciously chosen based on the requirements of the customers and the base color of fertilizer granules/prills.Our research scientists, engineers, and field technicians can diagnose and prescribe the appropriate physical machinery and systems, coloring aid, coating agent, or a combination of multiple assorted products to achieve the desired result, in appearance and efficiency both, for our customers.