CHEMICAL AQUA

Brand Owner (click to sort) Address Description
CHEM-AQUA Advantage Systems, Inc. 34 Executive Park, Suite 100 Irvine CA 92614 CHEMICAL AQUA;water treatment chemicals, namely, chemical preparations that cause particles to remain suspended in boiler water, chemical preparations for eliminating scale and corrosion in boilers, chemical preparations that cause particles to remain suspended in cooling tower water, chemical preparations for eliminating scale and corrosion in cooling towers, chemical preparations for the inhibition of corrosion in boilers and cooling towers, descaling chemical for preparations for use in boilers and cooling towers, galvanizing chemical preparations for use in cooling towers, chemical preparations that cause mud to remain suspended in water, chemical preparations that cause silt to remain suspended in water, chemical preparations for the removal of free oxygen from boiler water, chemical preparations for increasing the pH of boiler water, chemical preparations for the inhibition of scale in water, boilers or cooling towers, chemical preparations for the testing of water in boilers and cooling towers, and chemical preparations for the prevention of scale and corrosion in boiler or cooling tower water;
CHEM-AQUA CHEM-AQUA, INC. 6N Legal 2727 Chemsearch Boulevard Irving TX 75062 CHEMICAL-AQUA;Chemicals used for treatment of boiler water, treatment of open re-circulating cooling systems, treatment of closed re-circulating cooling water systems, treatment of closed re-circulating hot water systems, treatment of waste water effluent, and treatment of potable water;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A composition having a fragrance that substantially mimics a fragrance of a plant is made by (a) identifying a plurality of different chemical entities emitted from a plant, wherein the plurality of different chemical entities combine to form the fragrance of the plant; (b) determining a concentration of the plurality of different chemical entities emitted from the plant, the plurality of different chemical entities including at least a first chemical entity and a second chemical entity, the first and second chemical entities having different chemical structures; (c) providing a stock of the first chemical entity and a stock of the second chemical entity; and (d) mixing together aliquots of the stock of the first chemical entity and the stock of the second chemical entity to form a mixture wherein a ratio of the concentration of the first chemical entity to second chemical entity is substantially the same as that emitted from the plant. The composition may be applied to an article such as a flower with little or no scent to enhance the articles fragrance.