Ethox Chemicals, LLC

Synergy Life Science, Inc

Edward T Borish

Stephanie Anderson

Charles Francis Palmer, Jr

James T Tanner

Chris Gerlach

Charles V Hinton

Paul F Sullivan

Nora E H Bridenstine

Andrew K Tobias, Jr

Robert W Howell

Brad P Keown

William Burton Davis, Iii

Marnie Roussel

A cleaning system and a method of cleaning are provided. The cleaning system comprises a liquid comprising 4-50 wt % glyceride wherein the glyceride is the condensation reaction product of at least 1.10 moles of a mixture of acids to no more than 2.1 moles of the mixture of acids per mole of glycerin. The mixture of acids comprises at least 0.275 to no more than 0.990 moles of a first acid comprising a branched acid with 16-20 aliphatic carbons; at least 0.250 to no more than 0.810 moles of a second acid comprising an alkyl acid with 9-11 carbons and at least 0.250 to no more than 0.810 moles of a third acid comprising an alkyl acid with 7-9 carbons. The third acid has a lower molecular weight than the second acid. The cleaning system also has 6-45 wt % surfactant, optionally up to 90 wt % cleaning agent and up to 90 wt % solvent. The liquid has a BYV of at least 50 dyn/cm.

General purpose glyceride-based cleaner system

Provided herein is a compound which is particularly suitable for use as a cannabinoid, as an emulsifier for a cannabinoid, in a formulation comprising the compound and in a method of treatment using the compound. The compound is defined by the General Formula: wherein:

Cannabinoid emulsifier

Provided is a sulfate-free surfactant system which is particularly suitable for use in personal hygiene products. The sulfate-free surfactant system comprises a liquid comprising an organic phase and a solvent wherein the organic phase comprises glyceride and surfactant and the liquid comprises:

Sulfate-free surfactant system

An improved broad-spectrum sunscreen formulation is provided. The sunscreen formulation comprises at least one organic sunscreen filter, at least one of which avobenzone, and an alkyl benzoate comprising 25-55 mole % C12-14 alkyl benzoate and 45-75 mole % C12-C15 alkyl benzoate.

Alkyl benzoate solubilized organic sunscreen filters

A graffiti removal system and a method of removing graffiti are provided.The graffiti removal system comprises a liquid comprising 4-50 wt % glyceride wherein the glyceride is the condensation reaction product of at least 1.10 moles of a mixture of acids to no more than 2.1 moles of the mixture of acids per mole of glycerin. The mixture of acids comprises at least 0.275 to no more than 0.990 moles of a first acid comprising a branched acid with 16-20 aliphatic carbons; at least 0.250 to no more than 0.810 moles of a second acid comprising an alkyl acid with 9-11 carbons and at least 0.250 to no more than 0.810 moles of a third acid comprising an alkyl acid with 7-9 carbons. The third acid has a lower molecular weight than the second acid. The graffiti removal system also has 6-45 wt % surfactant, optionally up to 5-90 wt % graffiti removal agent and up to 90 wt % solvent. The liquid has a BYV of at least 50 dyn/cm.

Graffiti removal system

Provided is a sulfate-free surfactant system which is particularly suitable for use in personal hygiene products. The sulfate-free surfactant system comprises a liquid comprising an organic phase and a solvent wherein the organic phase comprises glyceride and surfactant and the liquid comprises: 4-40 wt % glyceride wherein the glyceride is the condensation reaction product of at least 1.10 moles of a mixture of acids to no more than 2.1 moles of mixture of acids per mole of glycerin; wherein mixture of acids comprises: at least 0.275 to no more than 0.990 moles of a first acid comprising a branched acid with 16-20 aliphatic carbons; at least 0.250 to no more than 0.810 moles of a second acid comprising an alkyl acid with 9-11 carbons; and at least 0.250 to no more than 0.810 moles of a third acid comprising an alkyl acid with 7-9 carbons wherein the third acid has a lower molecular weight than the second acid; and 6-45 wt % surfactant; and wherein the liquid has a BYV of at least 50 dyn/cm.

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Greenville, SC, United States of America

Edward T Borish