초록 ▼

The invention relates to a vane diffuser for separating a gas/liquid/particulate-mixture flow in a gas phase fraction and a liquid/particulate phase fraction, comprising: a distribution chamber holding a plurality of curved vanes and an inlet for the gas/liquid/particulate-mixture wherein the vane d

The invention relates to a vane diffuser for separating a gas/liquid/particulate-mixture flow in a gas phase fraction and a liquid/particulate phase fraction, comprising: a distribution chamber holding a plurality of curved vanes and an inlet for the gas/liquid/particulate-mixture wherein the vane diffuser also comprises a cyclone pre-separator located before the distribution chamber. The invention also relates to a method for separating a gas/liquid/particulate-mixture.

대표청구항 ▼

1. A separator for separating a gas/liquid/particulate-mixture flow into essentially a gas phase fraction and a liquid/particulate phase fraction, comprising: a vessel with an essentially gas phase outlet on an upper side and an essentially liquid/particulate phase outlet on a lower side; anda vane

1. A separator for separating a gas/liquid/particulate-mixture flow into essentially a gas phase fraction and a liquid/particulate phase fraction, comprising: a vessel with an essentially gas phase outlet on an upper side and an essentially liquid/particulate phase outlet on a lower side; anda vane diffuser disposed through a sidewall of the vessel between the upper side and the lower side of the vessel, wherein the vane diffuser comprises: a distribution chamber comprising side walls and a plurality of curved vanes lancing the side walls, the side walls being provided with passages between the plurality of curved vanes connecting an interior of the distribution chamber with an exterior of the distribution chamber;an inlet for the gas/liquid/particulate-mixture flow connecting to the distribution chamber;a cyclone pre-separator located between the inlet for the gas/liquid/particulate-mixture flow and the distribution chamber, which cyclone pre-separator comprises: a cyclone housing upstream connecting to the inlet for the gas/liquid/particulate-mixture flow;a swirl element for rotation of the gas/liquid/particulate-mixture flow being located in a portion of the cyclone housing outside of the vessel and downstream of the inlet for the gas/liquid/particulate-mixture flow; anda gas phase outlet opened to the distribution chamber downstream of the swirl element;a contra-swirl element positioned within the vessel between the gas phase outlet of the cyclone pre-separator and the distribution chamber; anda liquid phase outlet connected to a portion of the cyclone pre-separator surrounding the contra-swirl element. 2. The separator as claimed in claim 1, wherein the vessel comprises a settling zone between the vane diffuser and the essentially gas phase outlet on the upper side. 3. The separator as claimed in claim 1, wherein the vessel comprises an additional coalescer in an upper part of the vessel. 4. The separator as claimed in claim 1, wherein the liquid phase outlet of the cyclone pre-separator is provided in a part where the contra-swirl element is positioned. 5. The separator as claimed in claim 1, wherein sides of the plurality of curved vanes remote from the distribution chamber are directed away from the distribution chamber such that a part of the liquid phase fraction leaves trailing edges of the curved vanes in the form of a liquid film. 6. The separator as claimed in claim 1, wherein sides of the plurality of curved vanes remote from the distribution chamber are directed away from the distribution chamber. 7. The separator as claimed in claim 1, wherein the liquid phase outlet of the cyclone pre-separator is connected with a drain leading away from the vane diffuser. 8. The separator as claimed in claim 7, wherein liquid phase outlet of the cyclone pre-separator drains into the vessel. 9. The separator as claimed in claim 1, wherein the liquid phase outlet of the vane diffuser is positioned within the vessel directly below the contra-swirl element. 10. The separator as claimed in claim 1, wherein liquid phase outlet of the cyclone pre-separator drains into the vessel.