Vapor condensate return means in a vapor generating and recovery apparatus

Claim 2

A vapor generating and recovery apparatus comprising: a housing having a vaporizing chamber and a condensing chamber therein separated by a first weir of preselected height; means to add heat to said vaporizing chamber and means to remove heat from said condensing chamber; and, means for minimizing the amount of additional fluids normally required for operation of said apparatus, by maintaining the composition of a solution comprising a first component and a second component immiscible with, and of higher density than said first component, including first means to transfer condensed second component from said condensing chamber to said vaporizing chamber, and second means to transfer condensed first component from said condensing chamber to said vaporizing chamber with sufficient force to provide mixing sufficient to cause substantial thermal equilibrium between said first and second components.

Claim 3

The apparatus of claim 1 wherein said first transfer means is a conduit and said second transfer means is a conduit.

Claim 4

The apparatus of claim 1 wherein the means to add heat is a heating device disposed along the bottom of said vaporizing chamber.

Claim 5

The apparatus of claim 1 wherein the means to remove heat is a condensing device mounted in the condensing chamber below the upper extremity of the first weir.

Claim 6

The apparatus of claim 1 wherein the vaporizing chamber includes a first and second sub-chamber and the sub-chambers are separated by a second weir of preselected height.

Claim 7

The apparatus of claim 5 wherein the outlet of one of said fluid transfer means is in one sub-chamber and the outlet of the other said fluid transfer means is in the other sub-chamber.

Claim 8

The apparatus of claim 5 wherein the second sub-chamber is provided with ultrasonic vibrating means mounted therein and the outlet of said first transfer means is in flow communication with said second sub-chamber and the outlet of said second transfer means is in flow communication with said first sub-chamber.

Claim 9

The apparatus of claim 7 wherein the first weir separates the condensing chamber from the second sub-chamber and the second sub-chamber is provided with heat means mounted along the wall of said first weir.

Claim 10

A vapor generating and recovery apparatus comprising: a housing having a vaporizing chamber sub-divided into a plurality of sub-chambers at least one subchamber by weirs of preselected height, and a condensing chamber for condensing and separating immiscible liquid components separated from said vaporizing chamber by a first weir of a preselected height greater than that of any of said weirs sub-dividing said vaporizing chamber; means to add heat to at least one of said sub-chambers of said vaporizing chamber, and means to remove heat from said condensing chamber; means for minimizing the amount of additional fluids normally required for operation of said apparatus, by maintaining the composition of a solution comprising a first component and a second component immiscible with, and of higher density than said first component, including first means to transfer condensed second component from said condensing chamber to said at least one subchambers, and second means to transfer condensed first component from said condensing chamber to said at least one subchambers with sufficient force to provide mixing sufficient to cause substantial thermal equilibrium between said first & second components.

Claim 11

A vapor generating and recovery apparatus comprising: a housing having a vaporizing chamber sub-divided into a plurality of sub-chambers at least one subchamber by weirs of preselected height, and a condensing chamber for condensing and separating immiscible liquid components separated from said vaporizing chamber by a first weir of a preselected height greater than that of any of said weirs sub-dividing said vaporizing chamber; means to add heat to at least one of said sub-chambers of said vaporizing chamber, and means to remove heat from said condensing chamber; means for minimizing the amount of additional fluids normally required for operation of said apparatus, by maintaining the composition of a solution comprising a first component and a second component immiscible with, and of higher density than said first component, including first means to transfer condensed second component from said condensing chamber to said at least one subchambers, and second means to transfer condensed first component from said condensing chamber to said at least one subchambers with sufficient force to provide mixing sufficient to cause substantial thermal equilibrium between said first & second components.

Claim 12

The apparatus of claim 9 wherein said means to separate components includes a first fluid transfer means having an inlet in said condensing chamber and an outlet in one of said sub-chambers, the outlet being above said inlet and the liquid level in said one of said sub-chambers and below the upper extremity of said first weir, said means to separate components further including a second fluid transfer means having an inlet and outlet at or above the outlet of the first heat transfer means and below the upper extremity of the first weir.

Claim 13

The apparatus of claim 10, wherein said means to add heat includes means to add heat to one of said sub-chambers at a weir dividing it from the other sub-chambers whereby upon addition of heat to a solution in said sub-chamber a temperature differential across said sub-chamber is created.

Claim 14

The apparatus of claim 10 wherein said means to transfer condensate from one of said sub-chambers to another of said sub-chambers further includes pump means for transferring a solution under pressure.