Flameless energizer for treatment agent

An apparatus, comprising:

• an emanator comprising a volume to hold a treatment agent;
• a quantity of the treatment agent disposed within the volume;
• a flameless heat source in operable association with the emanator, the heat source comprising at least one of an exothermic mixture of chemicals arranged for on-demand production of heat, a battery disposed in an electric circuit configured to generate heat from within the battery, a ceramic to reversibly store heat, and a solar powered mechanism;
• and
• a housing configured to hold the emanator in operable association with the heat source, the housing to resist unauthorized access to the heat source during use of the apparatus to energize the treatment agent.

An apparatus, comprising:

• an emanator comprising a volume to hold a treatment agent;
• a quantity of the treatment agent disposed within the volume;
• a flameless heat source in operable association with the emanator, the heat source comprising at least one of an exothermic mixture of chemicals arranged for on-demand production of heat, a battery disposed in an electric circuit configured to generate heat from within the battery, a ceramic to reversibly store heat, and a solar powered mechanism;
• a metallic element disposed between the heat source and the emanator to promote flow of heat energy toward the emanator;
• and
• a housing configured to hold the emanator in operable association with the heat source, the housing comprising a plurality of discharge apertures for a vapor of the treatment agent, the housing being configured to resist disassembly and unauthorized access to the emanator.