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.