Liquid/gas separator

1. An impact moisture separator for removing entrained liquids from a gas stream, comprising:

a plurality of outer vanes, each of the outer vanes oriented in a first direction, wherein the first direction defines an axis through which passes a front end and a rear end of a outer vanes, the outer vanes comprise a series of bends formed to cause a change in direction of the gas stream and the outer vanes, including the series of bends, are substantially parallel to each other;

a plurality of inner vanes, each of the inner vanes oriented in a second direction tilted away from the first direction by a specified angle, wherein each inner vane is disposed between two outer vanes, the inner vanes comprise a series of bends formed to cause a change in direction of the gas stream and each inner vane is of varying distance from the two outer vanes throughout the length of the inner vane.

2. The impact moisture separator of claim 1 , wherein each of the first and the inner vanes comprises front pieces and tail pieces oriented in a direction generally parallel to the gas stream.

3. The impact moisture separator of claim 1 , wherein the first direction is generally parallel to the gas stream.

4. The impact moisture separator of claim 1 , wherein a plurality of the inner vanes are disposed between two of the plurality of outer vanes, thereby defining a plurality of fluid deceleration zones.

5. The impact moisture separator of claim 1 , wherein the specified angle is approximately two degrees.

6. The impact moisture separator of claim 1 , wherein each of the outer and the inner vanes comprises one or more pockets disposed and configured to trap liquid droplets.

7. The impact moisture separator of claim 1 , wherein the inner and outer vanes are disposed in sets, and wherein the vane separator comprises a plurality of vane sets.

8. The moisture impact separator of claim 1 , wherein the plurality of outer vanes is oriented at a fixed direction and the plurality of inner vanes is tilted from the fixed direction by a small angle.

9. The moisture impact separator of claim 8 , wherein the small angle is less than 25 degrees.

10. The moisture impact separator of claim 8 , wherein the small angle is less than 5 degrees.

11. The moisture impact separator of claim 1 , wherein the plurality of outer vanes and the plurality of inner vanes are disposed in vane sets in a series arrangement, wherein an acceleration zone in a first vane set is followed by a one of a deceleration zone and an acceleration zone in a second vane set and a deceleration zone in the first vane set is followed an acceleration zone in the second vane set.

12. An impact separator for removing liquid entrained in a gas stream, comprising:

a plurality of vanes disposed so as to form a plurality of deceleration zones, whereby the gas stream decelerates to improve droplet removal efficiency wherein the plurality of vanes are disposed in vane sets in a series arrangement, wherein an acceleration zone in a first vane set is followed by a one of a deceleration zone and an acceleration zone in a second vane set and a deceleration zone in the first vane set is followed an acceleration zone in the second vane set; and

means for collecting liquid removed from the gas stream.

13. The impact separator of claim 12 , wherein a first set of vanes is oriented at a fixed direction and a second set of vanes is tilted from the fixed direction by a small angle.

14. The impact separator of claim 13 , wherein every other vane of the plurality of vanes is tilted by the small angle.

15. The impact separator of claim 13 , wherein the small angle is less than 25 degrees.

16. The moisture impact separator of claim 13 , wherein the small angle is less than 5 degrees.

17. The impact separator of claim 12 , wherein the vane separator comprises two or more sets of vanes.

18. The impact separator of claim 12 , wherein treated gas leaving the first vane set is supplied to the second vane set.