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Procter & Gamble

Last updated January 21, 2026
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Non-aqueous discrete particle suspension: Procter & GambleRecent Research Landscape

The technical lever is the engineering of a heterogeneous phase system where discrete particles are stabilized within a non-aqueous continuous phase. This architecture controls the kinetic release of volatile components and prevents premature dissolution of active ingredients.

What technical problems is Procter & Gamble addressing in Non-aqueous discrete particle suspension?

Poor coacervate deposition efficiency

(24)evidences

The keywords highlight a need for improved coacervate properties within glyceride ester crystal structures. Solving this ensures effective delivery of active ingredients to the skin during the rinsing process.

High formulation volume and weight

(9)evidences

Standard personal care products contain excessive water leading to inefficient transport and storage. Reducing bulk through compaction addresses logistical costs and environmental impact while maintaining dilutability.

Unstable foam structure degradation

(2)evidences

The keywords indicate a need to maintain specific aesthetic designs formed by bubbles within a container. Solving the degradation of these visual structures ensures product appeal and consistent consumer experience throughout the product lifecycle.