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Nitric pitting is a common form of localized corrosion that occurs in materials such as stainless steel, titanium, and other alloys. It is a result of chemical reactions that occur on the surface of the metal when exposed to an oxidizing environment, particularly in...
Clean in Place (CIP) is a widely used method for cleaning the interior surfaces of pipes, vessels, and process equipment. It is particularly relevant in the food and beverage, pharmaceutical, and biotechnology industries. The process of CIP involves using a series of...
With the right additives, the Clean In Place process, or CIP, can have many benefits when cleaning your production plant. The clean in place process allows you to have your equipment cleaned without having to move the equipment offsite to clean. This process uses...
Ethanol plants are large complex systems requiring complex cleaning solutions. Clear Solutions USA, LLC has the cleaning solutions and expertise to solve all of the needs of these operations. Our caustic technology is designed with unique, patented additives,...
Amongst the four common methods available for determining the surface tension of liquids and solutions (ring method, plate method, pendant drop, and bubble pressure method) it worthwhile to note some differences in capabilities and limitations. In particular, because...
A review of how liquid caustic soda interacts with various chelators, scale inhibitors, dispersants, and surfactants. This article will explain why the various additive packages work and takes into account new breakthroughs in surfactant technology.
Surfactants are known as “surface active agents.” They have the ability to reduce surface tension which will allow better rinsing. For this reason, they are also known as “wetting agents.”
Phosphonates have valuable properties other than strictly sequestering power and are sometimes the agents of choice because of these properties. They have the ability to deflocculate and suspend water insoluble materials in colloidal form and prevent re-deposition of...