Mixed refrigerant condenser outlet manifold separator

1. A system for condensing and phase separating a refrigerant fluid comprising:

a. a condenser inlet header configured to receive a stream of refrigerant vapor and having a condenser header outlet;

b. a condenser having a vapor inlet in fluid communication with the condenser header outlet and a plurality of mixed phase outlets, said condenser configured to receive vapor through the vapor inlet and produce mixed phase fluid streams that exit the condenser through the plurality of mixed phase outlets;

c. a cylindrical manifold separator having a first manifold separator end and a second manifold separator end with a manifold separator longitudinal axis extending from the first manifold separator end to the second manifold separator end and including a plurality of mixed phase inlets in fluid communication with the plurality of mixed phase outlets of the condenser, said manifold separator configured to separate mixed phase fluid received through the plurality of mixed phase inlets into vapor and liquid and including a plurality of manifold separator vapor outlets through which resulting vapor streams exit the manifold separator and a plurality of manifold separator liquid outlets through which resulting liquid streams exit the manifold separator;

d. a cylindrical vapor collection header having a first vapor collection header end and a second vapor collection header end with a vapor collection header longitudinal axis extending from the first vapor collection header end to the second vapor collection header end, a first vapor stream inlet positioned adjacent to the first vapor collection header end and a second vapor stream inlet positioned adjacent to the second vapor collection header end, said first and second vapor stream inlets configured to receive vapor streams from the plurality of manifold separator vapor outlets, said vapor collection header further including a vapor collection header outlet positioned between the first and second vapor stream inlets inlets with respect to the vapor collection header longitudinal axis;

e. a cylindrical liquid collection header having a first liquid collection header end and a second liquid collection header end with a liquid collection header longitudinal axis extending from the first liquid collection header end to the second liquid collection header end, a first liquid stream inlet positioned adjacent to the first liquid collection header end therein and a second liquid collection header end portion with a second liquid stream inlet positioned adjacent to the second liquid collection header end, said first and second liquid stream inlets configured to receive liquid streams from the plurality of manifold separator liquid outlets, said liquid collection header further including a liquid collection header outlet positioned between the first and second liquid stream inlets inlets with respect to the liquid collection header longitudinal axis;

f. said manifold separator longitudinal axis, said vapor collection header longitudinal axis and said liquid collection header longitudinal axis being parallel to one another.

2. The system of claim 1 further comprising:

g. a liquid surge vessel having an inlet configured to receive a liquid stream from the liquid collection header outlet, said liquid surge vessel further including a surge vessel liquid outlet.

3. The system of claim 2 further comprising a pressure equalization line extending between and in fluid communication with a headspace of the liquid surge vessel and the vapor collection header or a line extending from the vapor collection header outlet.

4. The system of claim 1 wherein the plurality of mixed phase inlets of the manifold separator are each provided with a separator inlet device.

5. The system of claim 4 wherein each separator inlet device includes a baffle plate separator.

6. The system of claim 4 wherein each separator inlet device includes a half pipe separator.

7. The system of claim 1 wherein each vapor outlet of the manifold separator includes a vapor/liquid disengagement device.

8. The system of claim 1 wherein each of the plurality of manifold separator liquid outlet includes a baffle positioned within the manifold separator.

9. The system of claim 8 wherein each baffle includes a planar baffle plate that is positioned entirely in a plane perpendicular to the longitudinal axis of the manifold separator and over and across a corresponding one of the plurality of manifold separator liquid outlets.

10. The system of claim 9 wherein each baffle plate includes a cutout over the corresponding one of the plurality of manifold separator liquid outlets.

11. The system of claim 1 wherein the vapor and liquid outlets of the manifold separator are positioned between at least two of the plurality of mixed phase inlets.

12. The system of claim 1 wherein the condenser is an air-cooled heat exchanger.

13. The system of claim 12 wherein the condenser includes a plurality of tube bundles with each of the plurality of tube bundles having a line and connected to a corresponding one of the plurality of mixed phase inlets in the manifold separator.

14. The system of claim 13 wherein the plurality of tube bundles includes at least four tube bundles and the manifold separator has at least four of the plurality of mixed phase inlets where a first spacing between a first one of the plurality of mixed phase inlets and a second one of the plurality of mixed phase inlets differs from a second spacing between the second one of the plurality of mixed phase inlets and a third one of the plurality of mixed phase inlets but where the first spacing is the same as a third spacing between the third one of the plurality of mixed phase inlets and a fourth one of the plurality of mixed phase inlets.

15. A liquefaction system comprising:

a. a liquefaction heat exchanger having one or more refrigeration passages, a warm end and a cold end, said liquefaction heat exchanger configured to receive a feed gas at the warm end, liquefy the gas, and dispense the liquefied gas from the cold end;

b. a compression system including:

i) a compressor;

ii) a condenser inlet header configured to receive a stream of vapor from the compressor and having a condenser header outlet;

iii) a condenser having a vapor inlet in fluid communication with the condenser header outlet and a plurality of mixed phase outlets, said condenser configured to receive vapor through the vapor inlet and produce mixed phase fluid streams that exit the condenser through the plurality of mixed phase outlets;

iv) a cylindrical manifold separator having a first manifold separator end and a second manifold separator end with a manifold separator longitudinal axis extending from the first manifold separator end to the second manifold separator end and including a plurality of mixed phase inlets in fluid communication with the plurality of mixed phase outlets of the condenser, said manifold separator configured to separate mixed phase fluid received through the plurality of mixed phase inlets into vapor and liquid and including a plurality of manifold separator vapor outlets through which resulting vapor streams exit the manifold separator and a plurality of manifold separator liquid outlets through which resulting liquid streams exit the manifold separator;

v) a cylindrical vapor collection header having a first vapor collection header end and a second vapor collection header end with a vapor collection header longitudinal axis extending from the first vapor collection header end to the second vapor collection header end, a first vapor stream inlet positioned adjacent to the first vapor collection header end and a second vapor stream inlet positioned adjacent to the second vapor collection header end, said first and second vapor stream inlets configured to receive vapor streams from the plurality of manifold separator vapor outlets, said vapor collection header further including a vapor collection header outlet positioned between the first and second vapor stream inlets and in fluid communication with one of the one or more refrigeration passages of the liquefaction heat exchanger;

vi) a cylindrical liquid collection header having a first liquid collection header end and a second liquid collection header end with a liquid collection header longitudinal axis extending from the first liquid collection header end to the second liquid collection header end, a first liquid stream inlet positioned adjacent to the first liquid collection header end and a second liquid stream inlet positioned adjacent to the second liquid collection header end, said first and second liquid stream inlets configured to receive liquid streams from the plurality of manifold separator liquid outlets, said liquid collection header further including a liquid collection header outlet positioned between the first and second liquid stream inlets and in fluid communication with one of the one or more refrigeration passages of the liquefaction heat exchanger;

vii) said manifold separator longitudinal axis, said vapor collection header longitudinal axis and said liquid collection header longitudinal axis being parallel to one another.

16. The liquefaction system of claim 15 further comprising a liquid surge vessel having an inlet configured to receive a liquid stream from the liquid collection header outlet, said liquid surge vessel further including a surge vessel liquid outlet in fluid communication with one of the one or more refrigeration passages of the heat exchanger.