What is the General Purpose of Using Water Based Defoamer

Water is used as the carrier, or continuous phase, in water-based defoamers, which typically contain 60% to 95% water. Many formulations also include fats or oils, such as mineral oils, vegetable oils, and natural or synthetic waxes, making them oil-in-water emulsions. These defoamers disperse easily in water and water-based process media, efficiently suppressing foam by distributing active ingredients in an emulsified state. In industrial agriculture, such solutions can complement green technology for fertilizer production by supporting efficient processing, reducing foam-related operational issues, and promoting more sustainable manufacturing practices.

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Phosphoric Acid Production and Foam Control: The Role of Defoamers

Phosphoric acid is an important raw material used in fertilizer manufacturing. A large share of industrial phosphoric acid is produced through the wet process, where phosphate rock reacts with sulfuric acid. This reaction can generate considerable foam inside the reactor. If the foam is not controlled, it can occupy useful reactor space, affect slurry handling and create problems during filtration. Foams can overflow and cause safety hazards in the production plant.

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Phosphoric Acid Production and Foam Control: The Role of Defoamers | NAQ Global

Operators should consider acid concentration, temperature, agitation, foam characteristics, dosage requirements and compatibility with equipment.

Flocculants & Flotation Agents for Phosphoric Acid
Enhance phosphoric acid production chemicals using our high-quality performance flocculants, flotation reagents, filter aids and crystal habits control solutions from NAQ Global. Our process chemicals will help improve filtration, prevent scale formation and losses, clarify water, and facilitate efficient processing of phosphate.

Need to improve your flocculants for phosphoric acid? Get in touch with NAQ Global to get your ideal solution!

https://www.naqglobal.com/prod....uct/flocculants-floa

Why Do Granule Strength and Durability Matter?

Fertilizer like complex NPK may become overly powdery during handling and transportation or in the granulator itself during production stage. Hence , the final product generated would have very high percentage of fines or under sized granules.

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How Granulating Aid Enhances Granule Strength and Durability

Granulating aids are far more than simple adhesives in the fertilization industry. All of them determine how strong and uniform and how long-lasting the final granules are. If you don’t use fertilizer granulating aids, you’ll get dust, wrong nutrients release, and breakage during transport. This impacts yield and farmer satisfaction. Granulating aids achieve strong structural reliability in fertilizer, which is essential for modern agriculture.

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