Abstract: A method for treating in an industrial water treatment system for at least two of metal corrosion inhibition, scale inhibition, suspended matter dispersion, biocide efficacy, or biofilm removal/biofilm dispersion is taught by the use of at least one compound which is a salt derived from a thioamine or an oxyamine and an acid.

Abstract: A method for treating in an industrial water treatment system for at least two of metal corrosion inhibition, scale inhibition, suspended matter dispersion, biocide efficacy, or biofilm removal/biofilm dispersion is taught by the use of at least one compound which is a salt derived from a thioamine or an oxyamine and an acid.

Abstract: A method for treating in an industrial water treatment system for at least two of metal corrosion inhibition, scale inhibition, suspended matter dispersion, biocide efficacy, or biofilm removal/biofilm dispersion is taught by the use of at least one compound which is a salt derived from a thioamine or an oxyamine and an acid.

Abstract: Formulations of the present invention contain compounds of Formula (I) that are used as Sulfur Scale Inhibition and/or Removal Agents in the treatment of Industrial Water Systems.

Abstract: The present invention provides for a slow release composition, preferably as a tablet, for industrial water systems, under an alkaline pH or high water hardness, using as an active ingredient a multifunctional amine of Formula (I) and a hydrophilic polymer, and other components such as a compression agent, in one composition as a biocide, biostat, biodispersant, deposit penetrant aid, organic deposit remover, detergent, surfactant, antifoam, scale inhibitor, scale remover, and a corrosion inhibitor. The composition is used in multiple water cycles, can remove, disperse or inhibit fouling. The active ingredient(s) of the composition is released over a long time, up to 6 months.

Abstract: A method for treating in an industrial water treatment system for at least two of metal corrosion inhibition, scale inhibition, suspended matter dispersion, biocide efficacy, or biofilm removal/biofilm dispersion is taught by the use of at least one compound which is a salt derived from a thioamine or an oxyamine and an acid.

Abstract: Formulations of the present invention contain compounds of Formula (I) that are used as Sulfur Scale Inhibition and/or Removal Agents in the treatment of Industrial Water Systems.

Abstract: The present invention provides for a slow release composition, preferably as a tablet, for industrial water systems, under an alkaline pH or high water hardness, using as an active ingredient a multifunctional amine of Formula (I) and a hydrophilic polymer, and other components such as a compression agent, in one composition as a biocide, biostat, biodispersant, deposit penetrant aid, organic deposit remover, detergent, surfactant, antifoam, scale inhibitor, scale remover, and a corosion inhibitor. The composition is used in multiple water cycles, can remove, disperse or inhibit fouling. The active ingredient(s) of the composition is released over a long time, up to 6 months.

Abstract: This invention relates to digestively hydrolyzable low calorie edible oil substitutes. These compounds have the organoleptic properties of normal triglycerides fats, but are lower in available calories. Specifically, the invention is directed to a composition of matter. The compositions are in one embodiment amides of dimer acids or trimer acids made from glycinates. The compounds are in part directed to amides based on the amino acid esters of the amino acid glycine. The utility of these compounds is in a low caloric edible oil.

Abstract: Alkylthioalkylamine carbamic acid derivatives are prepared which correspond to the formula: ##STR1## wherein R and R.sub.1 are both independently alkyl groups containing from 6 to 16 carbon atoms, and m and n are both independently integers of from 2 to 3. Compositions containing these compounds inhibit the growth of organisms such as bacteria, yeast, fungi, mold, algae, mollusks, hydroids, or tunicates on surfaces.

Abstract: Alkylthioalkylamine carbamic acid derivatives are prepared which correspond to the formula: ##STR1## wherein R and R.sub.1 are both independently alkyl groups containing from 6 to 16 carbon atoms, and m and n are both independently integers of from 2 or 3. Compositions containing these compounds inhibit the growth of organisms such as bacteria, yeast, fungi, mold, algae, mollusks, hydroids, or tunicates on surfaces.

Abstract: The present invention discloses the antimicrobial utility of certain iodonium ylide compounds. The particular iodonium ylide compounds are phenyl iodonium ylides having an ortho substituent that stabilizes the positive charge on the polyvalent iodine by a nonbonded electrostatic interaction. The polyvalent iodine is further stabilized by a cyclic 1,3-dicarbonyl anion.

Abstract: A method for preparing antimicrobial formulations of 2-(alkylthio)ethanamines hydrohalides is disclosed. The formulations are prepared directly from the hydrolysis product of 2-(alkylthio)ethyl propionamides, thereby eliminating both waste streams and isolation procedures.

Abstract: A method for preparing antimicrobial formulations of 2-(alkylthio)ethanamines hydrohalides is disclosed. The formulations are prepared directly from the hydrolysis product of 2-(alkylthio)ethyl propionamides, thereby eliminating both waste streams and isolation procedures.

Abstract: Disclosed is a method for inhibiting microorganisms and/or controlling biofouling of cooling towers by use of certain alkylthioalkylamines such as n-decylthioethylamine.

Abstract: Antimicrobial cation exchange compositions comprising a cation exchange resin having absorbed thereon an antimicrobial chosen from the class consisting of halocyanoacetamide and 2-acylamino-2-halo alkyl acetate antimicrobials. Said compositions are useful as sustained release antimicrobial compositions. In addition, said compositions can be used to simultaneously remove cations and microbes from an aqueous solution.

Abstract: A process for producing Meldrum's acid in excellent yield wherein acetic anhydride is added in a slow, controlled manner to a mixture of acetone, malonic acid and an acid catalyst.

Abstract: The present invention is a method of treating an aqueous system to inhibit the growth of microorganisms therein which comprises adding to the aqueous system an effective amount of a 2,2,3-trihalopropionaldehyde.