5 Myths About Inorganic Fertilizer-Naq Global

5 Myths About Inorganic Fertilizer-Naq Global

The soil has seen a great rise and fall in its quality because of fertilizers and continued scientific researches on how important is healthy soil as a major role in the food system. In the coming time, the world will be facing a colossal challenge to produce more food in the coming decades. But, it can’t happen without healthy soils which are necessary to nourish your crops. While fertilizers are essentially important for healthy soils, several myths are circulating on this topic. Below here are some myths about inorganic fertilizers:

Inorganic Fertilizers can be Natural Too

It is essential to know here that organic i.e. natural and inorganic i.e. fertilizer coating material is different. Organic fertilizers have carbon. Organic fertilizers are all mineral and synthetic and man made like urea, but they may also occur naturally in the environment like Potassium Chloride.

Inorganic fertilizers don’t poison the soil

Organic and Inorganic fertilizers both don’t poison the soil when used agronomically incorrect composition, timing, and place with the right resource. The important point here is that excessive rate of inorganic fertilizers can lead to critical environmental damage. Excessive use of mineral fertilizers can lead to an increase in greenhouse gas emissions of methane, nitrate reaching ground waters and other waterways.

People don’t lose as much Nitrogen Fertilizer applied to Crops as Thought

Crops retain around 30 to 70% of the fertilizers applied, but a lot of it gets lost in denitrification and leaching, N2O gas emission, erosion as well as run out. But, science suggests either way. Microbes in the soil consume much of the nitrate from inorganic fertilizers before even the roots do and transform it into soil organic matter which is further mineralized and consumed by the plants. So, more than being a loss, it makes the soil better.

Fertilizers don’t deplete the organic matter of the soil

Mineral fertilizers add to the crop biomass if the residue of the crop is included in the soil. Farmers require more crop residue and roots to decompose if the organic fertilizer has boosted your production. It enhances soil organic matter. A combination of organic and inorganic fertilizers adds to the organic matter of the soil further.

Organic fertilizers aren’t the only way to the nutrition of the plant

The plant doesn’t care whether the nutrients it is absorbing is coming from fertilizer dissolution, organic matter, manure decomposition, or crop and root residue. But, the soil cares! Hence, it is important to know that organic and inorganic fertilizers render different advantages to the soil. 

Organic fertilizers offer carbon, the energy resource for soil microorganisms while inorganic fertilizers don’t have carbon. However, organic fertilizers have lesser nutrient content, with just 1-3% of the nitrogen in comparison to 46% of carbon found in organic fertilizer urea. Hence, science suggests that none of the fertilizers alone can benefit the soil and combining both is the best approach for the health of the soil.

These five myths dispel the notion that organic farming isn’t superior to conventional methods. Using just organic fertilizers may work only at some places where the soil is already nutrient-rich, but it is equally important to use inorganic fertilizers if your soil is undernourished. So, choose the best quality inorganic fertilizers and use it in the right ratio, quantity and at the right time to get the highest possible results. 

With the right use, you can enhance the quality of your soil and make it extra productive. Filter Aid Suppliers In India offers you top quality inorganic fertilizers for your soil and better crop productivity. Buy 100% original and pure fertilizers from here. 

Recent Articles - 

Know the Types of Soil and Suitable Crop-Naq Global- Read more

Know The Importance Of Fertilizer In Agriculture-Read more

Need for inorganic Fertilizer and its Applying Method-Naq Global

Need for inorganic Fertilizer and its Applying Method-Naq Global

Inorganic fertilizers are called synthetic or artificial fertilizers are manufactured with chemicals. They don’t require a lot of time to break down and get decomposed before usage as they have nutrients that are readily absorbed by the plants. The plants need inorganic fertilizers for a number of reasons. They hold a lot of importance. Some of them are given below:

Quick in action

One of the reasons why farmers use inorganic fertilizers is because they act fast. The fertilizer coating material dissolves fast to the plant and renders essential nourishment in the form of potassium, phosphorus, and nitrogen. If the plants show a nutrient deficiency, inorganic fertilizers are more preferable than organic ones because they rely on soil organisms to break down first before the nutrients are released. Hence, the fast delivery of essential elements wipes out the problem of stunted growth and poor development of flowers, fruit, and stems.

Precise composition

Another reason why farmers need inorganic fertilizers is its precise composition of nutrients. The breakdown of the nutrients is mentioned as 12-10-10, 10-10-10. The first ingredient is nitrogen, second is phosphorus and then potassium. Knowing what nutrients and what quantities you are adding to the plant ensures that the right nourishment is being provided to the plant for its healthy development.

Simple to use

They have a simple to use formulation which makes them simple to transport in comparison to organic fertilizers such as manure. Inorganic fertilizers are available in the form of granules, water soluble form or liquid form for indoor and outdoor usage. It offers nutrients to plants for 3-8 months which wipes out the use of repeated fertilizer application, offering an advantage to busy house gardeners.

Price

As they are mass produced, they are less expensive in comparison to organic fertilizers which are slightly costly. The dry granule artificial fertilizers are highly cost effective for home gardeners. They render complete nutrition and don’t require repeated usage.

The application method of inorganic fertilizers

A lot of farmers use inorganic fertilizers on hectares of land. But, do you know what methods they use? And what is the best way to apply fertilizers in crops?

There are several application methods. So if it is in the solid form while some in liquid form. Solid form involves broadcasting, placement, and localized placement.

• Broadcasting is recommended to spread a huge amount of fertilizer in a big area. It can be spread uniformly by hand or machine.
• When fertilizers are sited in the soil irrespective of the seed position or before or after the crop is sown, it is called placement. It involves plow sole placement which is sited in a band on furrow bottom during the plowing procedure. You can also go for deep placement or sub-surface placement. It is done in several ways like a shortage of water, sub-soil placement or irrigated tracts.
• You can also go for a localized placement. It is about applying the fertilizer to the soil to the plant or seed. It involves drill placement which is about drilling seed and fertilizer together when sowing.
• Band placement is of two types. The first one is hill placement in which the fertilizers are placed nearby the plant in the band on one or either side of the crop. The other one is row placement where fertilizers are kept in the continuous band on one side or both the sides of the plant through hand or seed drill.
• The last one is pellet application in which fertilizers are applied in pellets form 2.5 to 5.0cm deep in wet fields.

The liquid form of applying fertilizers

• One of them is the foliar application in which fertilizers are applied and absorbed by the leaves causing a quick change in the plant’s health. It is also called spraying plants.
• You can also inject fertilizer solution into the soil. It is used with some trees.
• There is an aerial application in which the application is done via an airplane.
• Fertigation is also practiced to apply fertilizers in liquid form. It is the injection of chemicals in the irrigation system.

It is very important to know the different methods of applying and using the right one to get the desired results. Filter Aid Suppliers In India offer the best inorganic fertilizers for better crop growth in different forms for perfect application.

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.

Importance of Phosphorus in Key Nutrients of Fertilizers

Importance of Phosphorus  in Key Nutrients of  Fertilizers - Naq Global

Phosphorus is the major nutrient crops require for healthy and good growth. When you analyze the NPK ratio on fertilizer, you should know N is for nitrogen, K is for potassium and P is for phosphorus. Phosphorus plays a vital role in plant growth and helps in the photosynthesis procedure. You can easily notice when your plant needs phosphorus. Phosphorus helps in processing sugar and carbs in big plants and the development of tissue in small plants. They also need it to manufacture protein, enzymes, DNA and RNA. If a plant suffers from phosphorus deficiency, it gets weak and starts fading.

Today, the agricultural soil lacks phosphorus because it lacks weathered rock formations. Under such limited phosphorus condition, it is important to include a combination of phosphate fertilizer or fertilizers rich in phosphorus. Phosphate in fertilizers helps to create good plant root systems.

Mineral content

The amount of phosphate in fertilizers enhances the mineral content in plants. The higher water soluble phosphate in the fertilizer, the larger is the mineral content. A big quantity of phosphates in fertilizers is made with rock phosphate and the acid treatment helps it in making soluble. As the phosphate enters the soil from the fertilizers, it undergoes the procedure of mineral compound formation which is excellent for crops.

Gardeners know that fertilizers whether organic or inorganic have a major role in keeping plants active and healthy. Sometimes, breaking the fertilization procedure can be confusing. It is very important to learn how to apply #phosphorus as a necessary nutrient to ensure a happier and healthier garden.

Benefits

Phosphorus is the major nutrient needed for plants. It helps to maintain the right levels in a plant and store energy and transfer it all across the plant. Not only this, it promotes the effective growth of fruits, flowers, root, and shoot. For gardeners looking for early harvest, it supports healthy and early maturity. Phosphorus in fertilizer adds to its life and enhances its yield.

If you are buying phosphate fertilizer, check out the number of nutrients first in the fertilizers. You should immediately add it to the soil if the need is discovered.

Why is phosphorus present in fertilizers for plants?

Phosphorus helps in the formation of plant structure and works as a catalyst to convert different biochemical reactions in plants. Phosphorus is majorly included in fertilizers because it helps in capturing and converting the energy of the sun to important plant compounds.

Phosphorus is a major ingredient of DNA, a living thing’s memory unit. It helps in shaping the plant's structure, genetic transfer, and seed production. DNA and RNA structures are combined together via phosphoric bonds of fertilizers.

Phosphorus in fertilizers helps in the process of photosynthesis and supports the start of seeding growth leading to the formation of grain to full development. Thus, phosphorus is important for the common health and vigor of every crop and plant. Some of the places in plant growth which are linked with phosphorus are mentioned below:

• Stimulates root growth.
• Enhanced stem strength
• Better flower formation and quicker crop maturity
• Efficient seed production and uniform growth
• Better nitrogen-fixing support of legumes
• Better crop quality
• Fall in plant diseases
• An overall development of plant all its life

Phosphorus is used in fertilizers to capture and transform the energy of the sun for efficient cell growth and early crop maturity. Shortage of phosphorus in fertilizers can hamper your yields. A lot of phosphorus forms aren’t present for the plants to be absorbed. Hence, fertilizer fulfills this scarcity. The soil nowadays is literally deficient in phosphorus; hence phosphorus in fertilizers fulfills this need and ensures optimal crop health and production.  

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.

How to prevent Caking in Fertilizers?

How to prevent Caking in Fertilizers?

Fertilizers have become one of the most important ingredients of all agricultural activities, these days. They are used on a very broad scale and have helped a great deal in enhancing the efficiency, yield and productivity of your fields. Most of the modern fertilizers are composed up of three basic elements which are -

• Nitrogen,
• Potassium, &
• Phosphorous. 

The combination of all these three substances is dubbed as the NPK and it is used quite extensively as well. Some of the other ingredients that are used in the making of fertilizers are calcium, Sulphur, Zinc, Copper and Boron. The fertilizers have become the most important aspect for the growth of any plant and are used quite immensely as well. The Fertilizer coating material Suppliers can help you in this matter a great deal.

What is caking in the fertilizers?

Now, as with everything, there are some problems with the fabrication of fertilizers as well. Most of the ingredients that are used in the fabrication of the fertilizers are solid and powdered components. It is very important for you to make sure that the product is evenly distributed.

But the main problem with the fertilizers is that they tend to form clusters with each other which create problems for you. These clusters become hard and thus it is very tough to break them in smaller particles, which is why uniform distribution gets a bit difficult.

The phenomenon that is caused due to the forming of clusters is dubbed as the caking of the fertilizers. This caking in fertilizers has become a very common and a critical problem, as such affected cakes are not fit enough to be used in agricultural activities. Thus, you need some products that can help you to get the better of the problem and make sure that the fertilizer is converted into a waste. 

Anticaking Agent for Fertilizers - If such sort of problem exists in your fertilizers, then you shall opt for the Anticking agents that will help you to in getting rid of caking. Most commonly, certain oils & fat products are used as anti-caking agents.

These products make sure that the fertilizers are not converted into the granules in the moist conditions and are also easy to pack. They make sure that they do not form lumps and thus it gets quite easy to transport and use them for agricultural purposes.

Use of the ECO-Friendly Agents - But one of the major problems with the use of Coloring agents for fertilizer is that they also cause some damage to the environment.  This is where the ECO-friendly agents come into play. There are so many varieties of anti-caking agents that do not cause damage to the environment.

One needs to be very careful about this very aspect and ensure that they only select those anti-caking agents that do not cause any kind of damage to the environment. At the same time, one must also be very careful about the concentration of the agents and use them in minimum quantity.

What you shall be careful about before using these agents?

Before making use of the anti-caking fertilizer coating material, you shall make sure that you are comparing various products. You must ensure that the products, you are using are effective and also do not cause any kind of damage. NAQ Global is one of the leading brands that is engaged in the production of ecologically safe and highly efficient agents for anti-caking related problems. You can make a check upon them if you are willing to buy some for your fertilizers.

Nowadays we lead to using inorganic fertilizer in farming. So we should know all about the inorganic fertilizer, its benefits, effects on soil and the myths that are spread around about the inorganic fertilizer.

Also read about : 5 Myths About Inorganic Fertilizer