A process for associating a scent with an article of clothing including the steps of: providing an article of clothing worn on a body; providing a fluid pervious substrate carrying a perfume in a solid matrix on, within, at least partially enclosed by, or enclosed by the substrate; contacting the clothing with said substrate.

A scented article including: a fluid pervious pouch enclosing a chamber; and a plurality of water soluble particles contained in the chamber; wherein the pouch comprises a fluid pervious substrate having an apparent opening size according to ASTM D4751-12 smaller than about 1000 m; wherein the particles comprise a carrier and a perfume; wherein the particles have an individual mass between about 0.1 mg to about 10 g; and where the plurality of particles has a mass between about 5 g and about 100 g.

A scented article including: a fluid pervious pouch enclosing a chamber; and a plurality of water soluble particles contained in the chamber; wherein the pouch comprises a fluid pervious substrate having an apparent opening size according to ASTM D4751-12 smaller than about 1000 m; wherein the particles comprise a carrier and a perfume; wherein the particles have an individual mass between about 0.1 mg to about 10 g; and where the plurality of particles has a mass between about 5 g and about 100 g.

An array of fabric treatment products including a wetted wipe, a spay dispensing container containing a wrinkle reducing composition, and a substrate carrying perfume on, within, or at least partially enclosed by the substrate.

A system for a scent mount. The scent mount has a table mount which couples to a table, such as a massage table. The table mount is coupled to a vertical coupler which has a horizontal portion and a vertical portion. The vertical portion of the vertical coupler is further coupled to a scent coupler. The scent coupler is coupled to a scent mount. The scent mount can house scents such as oils. The scent mount can be adjusted in many directions to position the scent mount in any desired location for optimal efficacy.