Q. is there any industry guidance on triple rinsing…any literature that you know of that this is the accepted standard for manual cleaning that you could provide me?
A. To our knowledge, there are no authoritative source documents to define how many times you should rinse glassware. The logic behind a triple rinse is that, in filling and emptying a vessel three times with water, each time you are diluting by 2 orders of magnitude. In theory . . .
Q: Could you explain the difference between the relative properties of Liquinox, Alconox, and Detonox? What are differences between alkaline foaming detergents?
A: Each detergent Alconox Inc. manufactures has a specific attribute or set of attributes that fills a cleaning challenge role. This of course is true between our alkaline foaming detergents.
Q: Since foaming is so critical to COP methods, should operators be agitating the solution(s) to produce foam before and during manual cleanings?
A: Mechanical energy, agitation, and plain old elbow grease, are vital weapons in cleaning and Clean-Out-Of-Place applications. So we would recommend that wherever possible, mechanical energy be applied to remove unwanted residues from the surface we are trying to clean. This will
Q: Do you have usable detergents above boiling temperature? Any that we could consider that could withstand such high temps?
A: Great question. There are several uses currently in play across many industries where detergents are used at or near boiling temperatures.
For use of detergents above the boiling point, a couple of factors need to be discussed.
Q. What are some cleaning concerns for the Cosmetic industry? A. Cosmetic manufacturing involves many oils, pigments, emollients, waxes, serums, and “waterproof” ingredients. Difficult-to-clean residues include titanium dioxide, zinc oxide, mascara, and silicone oil (siloxane) emollients. These can be located in the labs where they are developed, the manufacturing and process facilities where they are produced, or the spas and salons where they are used.