or
Bookmark and Share
Method of detecting the presence of sugar in steam generating systems
   
Document Number
US Patent 5238846
Issued Date
August 24, 1993
Link
Inventors
Map
Abstract
A method for detecting the presence of sugars in the water of a steam generating system by using an indicator composition comprised of potassium permanganate and an acetate in an aqueous solution. After a period of time, depending upon the temperature of the sample tested, the color of the sample is observed to determine if sugars are present in the water.
Tags:
Description:
Amusing 0%
Clever 0%
Complex 0%
Efficient 0%
Historic 0%
Important 0%
Innovative 0%
Interesting 0%
Practical 0%
Simple 0%
Number of Claims:
8
Comments:
no comments yet
Owner
Published
August 24, 1993
Application Number
07/853,638
Filed
March 18, 1992
US Classification
436/38   436/164 436/805 436/95
Int'l Classification
G01N   31/22   (20060101)  
USPTO Field of Search
436/38   436/164   436/95   436/805  
Related Patents
5654198 - Detectable water-treatment polymers and methods for monitoring the concentration thereof - Owned by National Starch and Chemical Investment Holding Corporation (Wilmington, DE)

Water-treatment compositions are provided which contain a water-soluble, water-treatment polymer and, optionally, additional water-treatment chemicals. The polymers are prepared from water-treatment monomers and a photo-inert, latently-detectable moiety which is covalently bonded to the polymer backbone. When the residue of the photo-inert moiety is contacted with an amount of a photoactivator which is effective to cause the residue of the photo-inert moiety to absorb within a wavelength ranging from 300 to 800 nanometers, the residue of the photo-inert moiety is detectable at concentrations of less than 100 parts per million. Methods are also provided which allow for the determination of the concentration of low levels, i.e., less than 100 ppm, of the water-treatment polymer present in an aqueous system.

Claims
Description
About| FAQs| Terms & Disclaimer| Link to Us| Contact Us