Explain the Impact of Fertilizers on Agriculture

Fertilizers are of vital importance to the modern agricultural industry. Their use leads to huge increases in crop yield and production of foodstuffs from farms that would otherwise be uneconomical. Today, fertilizers make farming possible on land that’s too small or hilly to grow crops without them. Fertilizers keep crop yields up as the underlying soil fertility is used up. They help combat losses of land fertility because a few crops can be grown on land that would otherwise need to lie fallow for a year or two to recover its fertility.

Fertilizer granulating aid is an adaptable and organic substance with a lengthy history in the industry.

Significance of fertilizers

The main importance of fertilizers in Agriculture is:

• Nitrogen is one element renowned for its capacity to stimulate plant growth. It also acts as a greening agent. Because of the benefits indicated above, nitrogen-rich fertilizers are favored.

• Accelerated maturation: The phosphorus concentration of fertilizers is responsible for the plant’s maturity. Farmers that want to speed up plant development should use phosphorus-rich fertilizers.

• Potassium in fertilizers helps strengthen plant stalks and straws, increasing resilience. As a result, they can hold more water and are more resistant to drought conditions.

• Fertilizers can improve the quality of fruits and seeds, resulting in a higher yield and earnings.

About Bio-Fertilizer

Farmers have used chemical fertilizers to improve crop yield over the years to satisfy rising demand. However, long-term use of these chemical fertilizers has proven to be hazardous to all kinds of life by polluting the air and water and depleting soil nutrients. As a result, there is an urgent need to transition to organic farming, including bio-fertilizers.

Living organisms that improve soil quality are known as bio-fertilizers. It refers to using microorganisms, such as various bacteria or fungi, to increase fertility. Bio-fertilizers are also far more environmentally friendly than their synthetic/chemical counterparts. Because of this, they are using bio-fertilizers are extremely useful and vital.

The following are the several types of bio-fertilizer:

● Bacteria
● Fungi
● Algae

A fertilizer coating material is a surface treatment that can be liquid, solid, thermoplastic, or reactive applied to solid materials. Coatings are often used to granular or prilled nitrogen fertilizer. However, multi-nutrient fertilizers are occasionally utilized.

Fertilizer Applications

Fertilizers serve a variety of functions. The following are the applications of fertilizers:

● Used to offer extra nutrients to plants.
● They are included to increase crop output.
● Nitrogen-rich fertilizers are used to green up lawns.
● Organic fertilizers increase soil texture and fertility.
● Gardeners employ fertilizers to fulfill specific plant demands, such as nutritional requirements.
● Fertilizers are used to replenish the nutrients lost by potted plants.

Organic fertilizer coating is best. It is used in combination with soil enhancers. It needs to be released gradually so the plants can use it before we apply a new coating.

Benefits of Filter Aid Powder

Experience in numerous applications across numerous sectors has demonstrated that switching to filter aids can significantly lower filtration costs without sacrificing performance.

Conclusion

Fertilizer-dependent rice cultivation erodes soil health and may endanger future rice output in several nations. The greatest solution for restoring soil health and carbon storage in soils will be integrated nutrient management approaches incorporating chemical, organic/biofertilizer nutrient sources.

Green manuring crops such as Sesbania can improve soil fertility and increase rice yield, making them a viable organic farming input. Biofertilizers containing N2-fixing bacteria and PSB can replenish N and boost P fertilizer efficiency, resulting in increased crop output.

What is the Basis of the Selection of Oil Defoamer and Water Defoamer?

It would not come as a surprise for one to find that defoamers play a crucial in all levels of industrial applications. They are responsible for ensuring that the form does impact the quality of the product or the process. So, yes, they can be termed as an anti foaming chemical, but calling them defoamers would be more appropriate.

Now when it comes to defoamers, there are several variations present in the market for one to choose from. Let’s focus on water and oils, as they are the most commonly used variants. There is the water based defoamer chemical, and there are also oil-based and surfactant-based ones.

Both Water-based defoamer and oil based defoamer chemicals share a lot of similarities. They both are chemically inert and will not react with other foaming substances. They both are non-polluting and harmless to the environment. They both do the job at hand spectacularly, even with minimal dosage.

So, as one can find, they both are excellent options for one to opt for. But how can one select between them? And more importantly, what is the basis of this selection? Let’s look at that.

First is the foaming system

As we have already alluded to, both of these defoamer chemicals do not react to other foaming substances. This makes it clear that if the foam is oil-based, it will not respond with water-based defoamers and vice versa. The foaming system is the main criterion one must look out for when deciding which antifoam defoamer manufacturer to connect to.

Naturally, this is the first basis of consideration, and if one gets this one wrong, then there is no point in connecting with any defoamer chemical suppliers.

The impact the defoamers will have on the raw materials

The following concerns the impact of the defoamer on the raw material and whether the user is comfortable with that. Not all defoamers can eliminate the harmful foam in the system without impacting the substance. Naturally, this is a big concern for the process and is a crucial factor in choosing the defoamer from the industrial defoamer manufacturer in India.

Take the case of defoamers of phosphoric acid. The defoamers, in this case, are added during the acid production to improve higher capacity utilization. The result will not be beneficial if it starts impacting the raw materials.

Determining whether a unique working environment will impact the effectiveness of defoamers

Last but not least is the working environment’s impact on the defoamer’s effectiveness. The defoamer, whether oil-based or purchased from a water defoamer supplier, can be affected by their working environment.

Many defoaming agents are known to react to high temperatures and the presence of high acidic or alkaline concentrations. This would impact the effectiveness of the defoamer chemical. Therefore it is a critical selection basis for the same.

Conclusion

One can get the right defoamer for their requirements by clicking with defoamer and filter aid powder manufacturers. This can be a lot to take in, but you can easily ensure they are on the right path by connecting with the proper defoamer manufacturer. And for that, no one is better than NAQ Global.

NAQ Global is the leading defoamer manufacturer in the country, providing excellent solutions at affordable prices. One can also connect them for organic fertilizer coating solutions.

Practical Guide: 8 Things To Know About Water Based Defoamer

Defoamer plays a crucial role across industries. This antifoaming agent not only ensures that the foam does not affect the quality of the product. But they also make sure that the industrial processes go smoothly. So, naturally, their importance cannot be understated.

Defoamers are present in several variants, including oil-based as well as surfactant based. But one variant that has the most practical usage is the water based antifoams. And that is what we are focusing on in this blog. 

Know About Water Based Defoamer Before Investing

Here are eight things that one must know about water based defoamer before investing in them.

1. The Composition

As evident by the name, water based defoamers are based in water. It means that they utilize water as the carrier. The water-based defoamer compositions would be around 60 per cent to 95 per cent water. Due to them using water as a carrier, these defoamers can quickly disperse into water and effectively suppress foam. The active ingredients in the water-based defoamers are present in emulsified form.

2. The Structure Is Similar To Oil-based Defoamers

There are several differences that would force one to opt for either water or an oil-based defoamer. But their structure is not one of them. The structure of the water based defoamer is stable and inert, like the oil based-defoamers, ensuring that it does not react with foaming substances. This structure makes them excellent floatation agents.

3. Low Cost

Defoamer from water-based defoamer suppliers is generally less expensive than its counterparts. Therefore, it naturally makes it the preferred defoaming agent for any use. There are many reasons why they are less expensive, but that does not mean that they are less effective. The main reason they are less expensive is that water is the least expensive ingredient added to the formulation, a luxury that other defoamers do not have.

4. Ease of Application

A major benefit and one of the main reasons why water based defoamers are preferred is because of their ease of application. Water based defoamers require minimal input from other equipment. These pieces of equipment are generally used to dilute the defoamer to lower concentrations. It is something that is not necessarily required in the case of water based defoamer. One can ask for a lower concentration from their manufacturer and exporter of water defoamer.

5. Better Performance

It is widely accepted that water based defoamers perform significantly better than their counterparts. The water based deformers are excellent for defoaming in water-based coatings. They not only quickly disperse in water, but they also provide superb foam suppression and deaeration. In addition to this, they also do not contribute to deposition. This deposition usually leads to malfunction of the equipment and product damage.

6. Broader Compatibility

Water based defoamers from defoamer chemical suppliers have a wide range of usage. They have uses in industrial process water to also wastewater treatment. It makes them one of the most reliable and in-use defoamers in the market. In addition to that, water based defoamers can be used across temperature and pH levels, making them the perfect solution.

7. Environmental Friendliness

Water based defoamers are an environment-friendly solution as well. In addition, many of the offerings in water based defoamers segment are biodegradable as well. This makes them an excellent solution for folks concerned about the use of heavy defoamers in the environment.

8. Application

As mentioned previously, water-based defoamers have a wide range of uses. They are commonly used in the agriculture sector, parts washing, and water treatment. These are also the preferred defoamer for phosphoric acid production.

Conclusion:

If you are looking for one of the best filter aid powder manufacturers & suppliers, then you could not find a better companion for your needs than NAQ Global. At NAQ Global, one can get their hands on highly satisfactory solutions for their water based defoamer needs, and that too at reasonable prices.

Explain the Uses of Anti-Caking For Phosphates and Fertilizers

A sheer number of products are available in the market, from pharmaceuticals, food or chemical industry, are available and sold in powder forms. Caking forms when powders like detergents, fertilizers, pharma formulations, salts are stored at rest agglomerate. Caking could be a barrier to solve as agglomeration is not immediately visible. A product might not be evident with lumps, but later, the customers or time of process could create problems and hinder the process. Operators who had no difficulty discharging power to the plant for continuous operation might find power difficult to discharge. The process shutdowns for days, which could impact the production process. However, to overcome the problem of caking and unintended agglomeration, Anticaking for NPK is the optimal solution.

Caking or clumping can be a significant concern in dry fertilizer production too. Crystallization of water-soluble salts and bridges between the surface is a major mechanism that causes caking. Regardless of the issue, fertilizer caking can be highly problematic to the industry. Also, the caked fertilizer in bulk transportation could be difficult in loading and unload. The uneven or improper distribution can damage the handling equipment. The improper fertilizers or lumps fertilizers would be an issue for uneven distribution during field application. All these barriers can diminish and degrade the values of fertilizers, for which Anticaking Agent for fertilizers are comprehensive solutions to overcome the problem of caking.

With advanced technology and chemical fertilizers, nowadays, there is an improvised version of Nitrogen, Potassium, and Phosphorus fertilizers that diminishes the caking problem and turn to be a beneficial and optimal solution for healthy plant growth. Poor storage condition or improper treatment results in the formation of clumps which leads to yield losses. NAQ Anticaking agents for Fertilizers are formulated with other components to reduce dust, which is a major cause of caking.

NAQ Fertilizer Anti-Caking Agents Are:

• Provide robust, long-lasting caking control
• Relatively easy to apply dry fertilizer
• Eco-friendly ingredients that are safe
• Improve treated fertilizers marketability
• Economical and efficient

Mono Ammonium Phosphate and Di-ammonium Phosphate

With increased economic and sustainability pressures, agriculture has adapted to new opportunities to increase the yield on their operational efficiency. Tight margins, faster production, quality crops, resource stewardship, and profitability are factors that need to be assessed during production. Growers have challenges of crop quality, yield, resource stewardship, and profitability, but they have tighter fertilizer field application.

To meet the industry needs and demands, NAQ’s advanced MAP and DAP Fertilizers are used for agricultural purposes as they have a rich source of nitrogen and phosphorous. Nitrogen and phosphorus are widely used for diminishing the lack of nutrient phosphorous in the soil. DAP fertilizers contain 18% of nitrogen and 50% of phosphorus, while MAP fertilizers contain about 10% of nitrogen and 46% phosphorous.

Benefits of MAP and DAP Fertilizers

• Significantly reduced fertilizer blend
• Robust long lasting caking control
• Blends free-flowing characteristics up to 4x longer
• Moisture uptake is reducing by 35%
• AnticakingAnti-caking control
• Compatible with coating and application equipment’s

NAQ Global is a leading supplier to cover the majority of industry demands of appropriately treated fertilizer products. No matter the demands of the industry, we help you select the best Anticaking for phosphates to meet the need of a customer. We custom formulate many of our solutions to meet the specific application and requirements of the industry. With a team of research scientists, engineers, and technical expertise, and world-class specialized laboratories, we remain unrivaled in the industry.

Major FAQs By Customers About Using Defoamers

From oil-based defoamers to powder-based and defoamer for phosphoric acid, meet the needs of a diverse industrial field to control foam, improve drainage and enhance performance. Unwanted foam production can hinder performance and ensure foam control to resolve the challenges of the industry. From paper, wood pulp, paint, industrial wastewater treatment, machine tools, food processing, oils cutting tools, and hydraulics, there unique formulated defoamer for each industry challenge. Each defoamer is characterized and designed according to technical requirements, PH value, temperature, and other factors. 

Above, we have assessed and tried to answer some Frequently Asked questions; we hope it can help solve your queries. 

1. How does defoamer work?

The formation of foam in aqueous processes and products can hinder or halt many industrial processing operations. Defoamer or antifoams are chemicals that hamper the formation of foam. The anti-foaming agent penetrated in the constructed foam bimolecular liquid film, causing the surface tension of the liquid film to decrease. Defoamers chemical suppliers combine antifoam, and defoaming agents contain waxes, paraffin, or silicas, disperse on foam, cause bubbles to burst, and prevent foam build-up. 

2. What is the difference between antifoam and defoamer?

Antifoam and defoamers are interchangeable and perform different functions. Anti-foaming agents are added prior, ideally when at a stage just beforehand, like before the addition of surfactants which actively prevent foam build-up. However, defoamers are added to liquids with the foam already built up, and they break down the foam to hinder tanks and containers from overflowing. 

3. Which I should prefer: Defoamers or Antifoam agents?

Both are formulated to minimize or eliminate foam formation. However, each is designed to achieve desired goals in different ways. Antifoams are surfactants that avoid the appearance of foam in the first place, while surfactants control existing foam levels by stopping the bubbles from stabilizing. 

Defoamers and antifoam agents include:

• Oil-based defoamers.
• Silicone-based defoamers.
• Phosphoric acid defoamers.
• Water-based defoamers.
• A variety of specialty formulated.

A manufacturer of an aqueous product would implement antifoam to a material to anticipate potential problems associated. 

Using the right defoamer or anti-foaming agent would result in the desired effect on final coating performance. The foam will be hindered, and the appearance will be at its best. 

4. How to select defoamers for coatings?

In the multitude coatings system, no one defoamer is optimally suited for all formulations. There is no suitable product that one-size-fits-all, a range of defoamers chemical is required. Varying dosages can finely adjust the effect. Various factors and elements are considered when it comes to selecting a defoamer for a specific formulation. 

We are defoamer chemical and filter aid powder manufacturers, we understand the challenges associated with each industry and provide an extensive range of additives and coatings that are high in performance. 

5. How to choose the right defoamer, which is the proper method to test?

There are an array of choices of defoamer chemicals, as per the type of product, requirements, shell life, implementation and duration, and much more. In addition, there are two types of laboratory methods used – the temperature-controlled common standards release fertilizer, and the other is the accelerated method. 

6. What are a few tips that I should follow to use antifoam agents properly?

Antifoams should not be added in large amounts to prevent the potential deposition into the panel. Avoid alcohol-based antifoams; though they are less expensive, they could result in some side effects and demand more additions in a shorter time. In addition, some antifoams contain more significant amounts of silicone, and deposited onto panels can be challenging to remove, resulting in plating issues. 

NAQ Global is one fo the leading defoamer chemical manufacturers in India. We have extensive experience in defoamer, anti-foaming agents, and fertilizer coating material for different industries. With years of experience, we have designed and developed unique solutions to serve the needs of almost every industry.