A method for preparing an additive liquid of an atomizer includes: removing cations. In an embodiment, the method further comprises: removing anions to obtain a liquid with an electrical conductivity less than 1000 S/cm. In an embodiment, the cations are selected from a group including: manganese ions, iron ions, zinc ions, copper ions, potassium ions, magnesium ions, calcium ions, and sodium ions.

A method for preparing an additive liquid of an atomizer includes: removing cations. In an embodiment, the method further comprises: removing anions to obtain a liquid with an electrical conductivity less than 1000 S/cm. In an embodiment, the cations are selected from a group including: manganese ions, iron ions, zinc ions, copper ions, potassium ions, magnesium ions, calcium ions, and sodium ions.

A method operable to produce an infused liquid configured to be utilized in electronic cigarettes wherein the infused liquid includes an active ingredient compound selected from cannabis, hemp extract, plant extract or fungi extract. The present invention produces a formulation that maximizes the potency of the active ingredient of the formulation. The present invention includes a decarboxylation process facilitated via heat exposure wherein a mixture of a carrier base and the active ingredient is placed in a container and heat and agitation are applied thereto. The method of the present invention further includes exposure of the mixture of a carrier base and the active ingredient to an ultrasonic frequency of at least 20 KHZ. The mixture of the mixture of a carrier base and the active ingredient is exposed to ultrasonic frequencies for alternate time periods dependent upon the active ingredient compound mixed selected to be mixed with the carrier base.

A method operable to produce an infused liquid configured to be utilized in electronic cigarettes wherein the infused liquid includes an active ingredient compound selected from cannabis, hemp extract, plant extract or fungi extract. The present invention produces a formulation that maximizes the potency of the active ingredient of the formulation. The present invention includes a decarboxylation process facilitated via heat exposure wherein a mixture of a carrier base and the active ingredient is placed in a container and heat and agitation are applied thereto. The method of the present invention further includes exposure of the mixture of a carrier base and the active ingredient to an ultrasonic frequency of at least 20 KHZ. The mixture of the mixture of a carrier base and the active ingredient is exposed to ultrasonic frequencies for alternate time periods dependent upon the active ingredient compound mixed selected to be mixed with the carrier base.

A method of manufacture of a consumable for use with non-combustible aerosol provision device is provided, in which each consumable includes a portion of a media to which is applied an aerosol generating material. The method includes the following steps (a) a media is provided, (b) aerosol generating material is applied to a surface of the media, (c) the media and aerosol generating material is configured for storage, (d) the media and aerosol generating material is stored, and (e) the media and aerosol generating material is separated into portions of a desired dimension.

A method of manufacture of a consumable for use with non-combustible aerosol provision device is provided, in which each consumable includes a portion of a media to which is applied an aerosol generating material. The method includes the following steps (a) a media is provided, (b) aerosol generating material is applied to a surface of the media, (c) the media and aerosol generating material is configured for storage, (d) the media and aerosol generating material is stored, and (e) the media and aerosol generating material is separated into portions of a desired dimension.

A method of manufacturing a consumable for use with a non-combustible aerosol provision system, in which the consumable includes a support and aerosol generating material, is provided. The method includes the steps of (a) providing a support; (b) surface treating at least a portion of a first surface of the support; and (c) applying aerosol generating material to at least a portion of the first surface of the support. The surface treatment of step (b) includes changing one or more chemical or physical characteristics of the surface where the physical characteristic changes to the surface are achieved by one or more processes that do not include perforating or embossing the support.

A method of manufacturing a consumable for use with a non-combustible aerosol provision system, in which the consumable includes a support and aerosol generating material, is provided. The method includes the steps of (a) providing a support; (b) surface treating at least a portion of a first surface of the support; and (c) applying aerosol generating material to at least a portion of the first surface of the support. The surface treatment of step (b) includes changing one or more chemical or physical characteristics of the surface where the physical characteristic changes to the surface are achieved by one or more processes that do not include perforating or embossing the support.

A method of modifying the moisture level of (e.g., dehydrating) a tobacco plant or portion thereof, a tobacco-derived material, a tobacco product, or a tobacco additive is provided herein. The methods of dehydration disclosed herein can provide various benefits relative to traditional drying techniques, including providing retention of various beneficial components present in green tobacco (e.g., organoleptic compounds and proteins). Smoking articles and other tobacco products including such dehydrated tobacco materials are also provided.

A method of modifying the moisture level of (e.g., dehydrating) a tobacco plant or portion thereof, a tobacco-derived material, a tobacco product, or a tobacco additive is provided herein. The methods of dehydration disclosed herein can provide various benefits relative to traditional drying techniques, including providing retention of various beneficial components present in green tobacco (e.g., organoleptic compounds and proteins). Smoking articles and other tobacco products including such dehydrated tobacco materials are also provided.