Nano-polymeric encapsulation of a key reactant to control chemo-fluorescent active reaction period for chemiluminescent paint

A method of manufacture of a chemo-fluorescent paint that exhibits chemiluminescence controlled by ambient conditions of humidity rather than temperature, comprising:

• choosing as the ingredients for producing chemiluminescence a reactant, a solvent, a catalyst, and a dye, that when combined will undergo both excitation and fluorescent reactions;
• selecting at least one of the reactant, solvent, catalyst, and die as an activating ingredient;
• encapsulating the activating ingredient in a nano-polymeric structure that will release the activating ingredient as the nano-polymeric structure is hydrolyzed by ambient moisture after the chemo-fluorescent paint is applied to a surface;
• incorporating both the remaining, non-encapsulated, ingredients and the activating ingredient after encapsulating it into a base paint that will, upon application to a surface and consequent exposure to humidity, combine the encapsulated activating ingredient with the other non-encapsulated ingredients thereby creating excitation and fluorescent reactions such that the chemo-fluorescent paint will exhibit chemiluminescence.