Situational Atmospheric Vectoring Equipment

Abstract

The Situational Atmospheric Vectoring Equipment (abbreviated in this document as equipment) provides a system to disperse an aqueous liquid in a solid or gaseous form. In accordance with an embodiment of the invention, the equipment comprises: a pressure vessel or external source for the aqueous liquid, a mechanical pump if required, a pressure vessel for the cryogen, mechanical lines connecting the aqueous liquid and cryogen allowing for flow control, a nozzle for fluid acceleration and, optionally, a mechanical fan for dispersal. Previous inventions of this category require the proper environmental conditions are present whereas the equipment, as described in this text, does not have this limitation.

I claim: 
     
         1 ) A system to take an aqueous liquid and combine it with a cryogen to generate a solid or gaseous form comprising of:
 a. a source of the aqueous liquid (tank, fresh water, sea water, etc.);   b. a mechanical pump to take the aqueous solution from the source through the equipment if required;   c. a flow control system (valves and electrical control of the mechanical pump if required) for the aqueous liquid;   d. a nozzle to accelerate the flow reducing the pressure of the aqueous liquid;   e. a storage vessel for the cryogen;
 i. wherein if the cryogen is a solid, the storage vessel can be insulated to limit the environmental effects; 
 ii. wherein if the cryogen is a gas or liquid phase, the storage vessel can be a pressure vessel to allow for condensed storage; 
   f. an injection system for the cryogen that can be before or after the nozzle as required and includes the flow control system for the cryogen if required; and   g. an optionally adjustable mechanical fan to disperse the flow from the nozzle allowing vectoring of the output.   
     
     
         2 ) The aqueous liquid from  claim 1  can be as simple as water or as complex as desired like a solution that has a higher or lower freezing point to adjust the longevity of the output coupled with a dye agent for easier identification. 
     
     
         3 ) The cryogen from  claim 1  can be of any phase including liquid, solid or gaseous.