ANIMAL LITTER HAVING LIGHT-WEIGHT COMPOSITION AND A PROPERTY OF DETECTING ANIMAL HEALTH CONDITIONS FROM CONTACT WITH ANIMAL URINE
Disclosed are compositions of matter and a method of manufacturing that may be used to create animal litter that detects health conditions with feline animals. For example, feline urine detection may be performed by color generation when a feline animal urinates on the litter composition. The color generation properties of the litter may be used to indicate diabetic conditions, and urinary tract infections. The litter may be highly absorbent and efficient for waste removal purposes.
1 . A method of manufacturing a composition of matter, the method of manufacturing comprising:
adding an initial aggregate of perlite and vermiculite into a first container;
adding guar evenly across a top portion of the perlite and vermiculite and mixing the perlite, vermiculite and guar in until the initial composition is evenly distributed.
2 . The method of manufacturing of claim 1 , further comprising:
in a second container, adding process water, a surfactant, quaternary ammonium chloride compound and glyoxal together as a mixture;
agitating the mixture until the second composition is evenly distributed;
adding hydrochloric acid and mixing until a desired pH level is obtained.
3 . The method of manufacturing of claim 2 , further comprising:
adding color reagent to the second container until the color reagent distribution is uniform; and
adding oil to the second container and mixing contents of the second container until homogenous and uniform mixture is obtained.
4 . The method of manufacturing of claim 3 , further comprising:
combining the contents of the first container and the second container.
5 . The method of manufacturing of claim 2 , wherein the desired pH level is 1.0 to 2.5.
6 . The method of manufacturing of claim 2 , wherein the hydrochloric acid is 30 to 35 percent pure.
7 . The method of manufacturing of claim 3 , wherein the oil is liquid paraffin.
8 . The method of manufacturing of claim 3 , wherein a bulk density of the combined contents has a mass per unit volume of 0.165 to 0.185.