Solids feeder discharge port
View Patent ↗The present application provides a solids feeder in communication with a flow of solids and a flow of a conveying fluid. The solids feeder may include an outlet channel with the flow of the solids therein and a discharge port in communication with the outlet channel. The discharge port further may include an inlet in communication with the flow of the conveying fluid and a flow channel. The flow channel may include a reduced cross-sectional area about the outlet channel as compared to the inlet.
1. A solids feeder in communication with a flow of solids from a solids source and a flow of conveying fluid from a fluid source, the solids feeder comprising:
a feeder body;
a disc disposed within the feeder body, wherein the disc at least partially imparts flow to the flow of solids;
an outlet channel of feeder body with the flow of the solids therein; and
a discharge port in fluid communication with the outlet channel, wherein the outlet channel supplies the flow of solids to the discharge port, wherein the discharge port comprises:
an inlet in fluid communication with the flow of conveying fluid, wherein the inlet supplies the flow of conveying fluid from the fluid source to the discharge port; and
a flow channel in fluid communication with the inlet and the outlet channel, wherein the flow of conveying fluid passes through the flow channel, wherein the flow channel comprises a reduced cross-sectional area at the outlet channel as compared to the inlet, wherein the flow of solids entering the flow channel at the reduced cross-sectional area is transverse to the flow of conveying fluid flowing through the flow channel at the reduced cross-sectional area, wherein the flow channel comprises a variably reduced cross-sectional area, and wherein the flow channel comprises a moveable plate therein.
2. The solids feeder of claim 1 , wherein the inlet comprises a circular inlet cross-sectional area and wherein the circular inlet cross-sectional area is larger than the reduced cross-sectional area.
3. The solids feeder of claim 1 , wherein the discharge port comprises an outlet in communication with a conveying line.
4. The solids feeder of claim 3 , wherein the outlet comprises a circular outlet cross-sectional area and wherein the circular outlet cross-sectional area is larger than the reduced cross-sectional area.
5. The solids feeder of claim 1 , wherein the reduced cross-sectional area of the flow channel comprises a rectangular cross-sectional area.
6. The solids feeder of claim 1 , wherein the flow channel comprises a transitional inlet cross-sectional area and a transitional outlet cross-sectional area.
7. The solids feeder of claim 1 , wherein the flow channel comprises one or more agitators therein.
8. The solids feeder of claim 7 , wherein the one or more agitators comprise a plurality of blades.
9. The solids feeder of claim 1 , further comprising a downstream check valve positioned downstream of the flow channel and an upstream check valve positioned upstream of the flow channel.
10. The solids feeder of claim 9 , wherein the downstream check valve comprises a flapper check valve.
11. The solids feeder of claim 9 , wherein the upstream check valve comprises a butterfly check valve.
12. The solids feeder of claim 1 , further comprising one or more shutoff valves positioned about the discharge port.
13. The solids feeder of claim 1 , wherein the outlet channel comprises a distribution ring.
14. The solids feeder of claim 13 , wherein the distribution ring comprises an injection layer, a porous layer, and an open distribution channel layer.
15. The solids feeder of claim 1 , wherein the discharge port comprises a distribution ring.
16. The solids feeder of claim 15 , wherein the distribution ring comprises an injection layer and a distribution channel.