Gas-water separation system and methods
A gas-water separation system may be used for removing water from a wet gas compressed in a water-injected contact-cooled gas compressor. The gas-water separation system may include a tank constructed to hold a quantity of water; a heat exchanger coupled to the tank and constructed to extract heat from the water to chill the water when the water is present within the tank; an inlet port constructed to inject a flow of the wet gas into the chilled water when the water is present within the tank, the chilled water being operative to condense water vapor from the wet gas and reduce the dew point of the wet gas to yield a chilled compressed gas; a biological control system constructed to suppress biological activity in the tank; and a discharge port operative to discharge the chilled compressed gas.
1. A gas-water separation system, comprising:
a tank constructed to hold a quantity of water;
a heat exchanger coupled to the tank and constructed to extract heat from the water to chill the water when the water is present within the tank;
an inlet port constructed to inject a flow of the wet gas into the chilled water when the chilled water is present within the tank;
a dispersion plate disposed in the tank, the tank including a volume disposed between the dispersion plate and the inlet port, the volume being sized to allow the formation of larger bubbles from the flow of the wet gas received from the inlet port, the dispersion plate being constructed to reduce the size of the larger bubbles to smaller bubbles and disperse the smaller bubbles in the chilled water, the chilled water being operative to chill the wet gas and condense water vapor from the wet gas and reduce the dew point of the wet gas to yield a chilled compressed gas;
a centrifuge disposed in the tank downstream of the dispersion plate in relation to flow of the wet gas and constructed to separate the water from the chilled compressed gas; and
a discharge port operative to discharge the chilled compressed gas.
2. The gas-water separation system of claim 1 , further comprising an obstruction plate constructed to obstruct water and reduce an amount of the water entering the centrifuge.
3. The gas-water separation system of claim 1 , further comprising a coalescing filter in fluid communication with the centrifuge, wherein the coalescing filter is constructed to coalesce small water droplets into larger masses of water.
4. The gas-water separation system of claim 1 , further comprising a biological control system constructed to suppress biological activity in the tank.
5. The gas-water separation system of claim 4 , wherein the biological control system includes a biocide and/or a UV light source.
6. A gas-water separation system, comprising:
a tank constructed to hold a quantity of water;
a heat exchanger coupled to the tank and constructed to extract heat from the water to chill the water when the water is present within the tank;
an inlet port constructed to inject a flow of the wet gas into the chilled water when the chilled water is present within the tank;
a dispersion plate disposed in the tank, the tank including a volume disposed between the dispersion plate and the inlet port, the volume being sized to allow the formation of larger bubbles from the flow of the wet gas received from the inlet port, the dispersion plate being constructed to reduce the size of the larger bubbles to smaller bubbles and disperse the smaller bubbles in the chilled water, the chilled water being operative to chill the wet gas and condense water vapor from the wet gas and reduce the dew point of the wet gas to yield a chilled compressed gas;
a centrifuge disposed downstream of the dispersion plate in relation to flow of the wet gas and constructed to separate the water from the chilled compressed gas, wherein the centrifuge includes a scroll-shaped flowpath constructed to separate the water from the chilled compressed gas; and
a discharge port operative to discharge the chilled compressed gas.