Integrated lubrication module for compressors
View Patent ↗In accordance with certain embodiments, the present invention provides a modular approach to a lubrication package. Certain components such as the filter and cooler are directly connected to a block that has connections to accept them and internal porting to establish the proper flow paths for circulation, cooling and filtration of the circulating lubricant. The block can accept one or more coolers and one or more filters. The isolation valving for redundant equipment can also be integrated into the block. Many connections that had been used in past designs for the piping network are integrated into the block. The block can also be close mounted to the reservoir while a submersible pump further saves space and piping connections. Indeed, having the ability to maintain mechanical equipment (e.g., remove and replace filters and coolers) without shutting down, allows for continuous process flow, which eliminates down-town scheduling, loss of product and/or redundant backup, all of which comes at a considerable cost.
1. A system, comprising:
a manifold, comprising:
a block;
a plurality of fluid ports disposed on the block, wherein the plurality of fluid ports couple to one or more internal passages extending through the block;
a first filter interface on the block, wherein the filter interface is configured to connect a first filter directly to the block in fluid communication with a first filter port of the plurality of ports;
a first cooler interface on the block, wherein the first cooler interface is configured to connect a first cooler directly to the block in fluid communication with a first cooler port of the plurality of ports;
a second cooler interface on the block, wherein the second cooler interface is configured to connect a second cooler directly to the block in fluid communication with a second cooler port of the plurality of ports;
a first valve receptacle positioned in the block having a first valve mounted therein, the first valve in fluid communication with the one or more internal passages of the block and configured to control a fluid flow associated with the first cooler; and
a second valve receptacle positioned in the block having a second valve mounted therein, the second valve in fluid communication with the one or more internal passages of the block and configured to control a fluid flow associated with the second cooler.
2. The system of claim 1 , comprising a thermal control module interface on the block, wherein the thermal control module interface is configured to connect a thermal control module directly to the block.
3. The system of claim 2 , comprising the thermal control module directly coupled to the block.
4. The system of claim 2 , wherein the thermal control module is configured to control a fluid temperature of a fluid flow through the one or more internal passages of the block.
5. The system of claim 1 , comprising a second filter interface on the block, wherein the second filter interface is configured to connect a second filter directly to the block in fluid communication with a second filter port of the plurality of ports.
6. The system of claim 5 , comprising the first filter directly coupled to the block along the first filter interface, and the second filter directly coupled to the block along the second filter interface.
7. A system, comprising:
a manifold, comprising:
a block;
a plurality of fluid ports disposed on the block, wherein the plurality of fluid ports couple to one or more internal passages extending through the block;
a first filter interface on the block, wherein the filter interface is configured to connect a first filter directly to the block in fluid communication with a first filter port of the plurality of ports;
a first cooler interface on the block, wherein the first cooler interface is configured to connect a first cooler directly to the block in fluid communication with a first cooler port of the plurality of ports;
a second filter interface on the block, wherein the second filter interface is configured to connect a second filter directly to the block in fluid communication with a second filter port of the plurality of ports;
wherein the first filter interface is disposed on a first wall, the second filter interface is disposed on a second wall, and the first and second walls are nonparallel relative to one another.
8. A system, comprising:
a manifold, comprising:
a block;
a plurality of fluid ports disposed on the block, wherein the plurality of fluid ports couple to one or more internal passages extending through the block;
a first filter interface on the block, wherein the filter interface is configured to connect a first filter directly to the block in fluid communication with a first filter port of the plurality of ports;
a first cooler interface on the block, wherein the first cooler interface is configured to connect a first cooler directly to the block in fluid communication with a first cooler port of the plurality of ports;
a second cooler interface on the block, wherein the second cooler interface is configured to connect a second cooler directly to the block in fluid communication with a second cooler port of the plurality of ports; and
wherein the first cooler interface is disposed on a first wall, the second cooler interface is disposed on a second wall, and the first and second walls are nonparallel relative to one another.
9. A system, comprising:
a manifold, comprising:
a block;
a plurality of fluid ports disposed on the block, wherein the plurality of fluid ports couple to one or more internal passages extending through the block;
a first interface on the block, wherein the first interface is configured to connect a first fluid processing unit directly to the block in fluid communication with a first port of the plurality of ports;
a second interface on the block, wherein the second interface is configured to connect a second fluid processing unit directly to the block in fluid communication with a second port of the plurality of ports;
a thermal control module interface on the block, wherein the thermal control module interface is configured to connect a thermal control module directly to the block; a sump housing having a perimeter wall; and wherein the block is connected to the perimeter wall of the sump and at least one of the internal passages in the block is in fluid communication with the sump housing;
a first filter connected directly to the block;
a second filter connected directly to the block;
a first valve receptacle positioned in the block having a first valve mounted therein, the first valve in fluid communication with the one or more internal passages of the block and configured to control a fluid flow associated with the first filter; and
a second valve receptacle positioned in the block having a second valve mounted therein, the second valve in fluid communication with the one or more internal passages of the block and configured to control a fluid flow associated with the second filter.
10. The system of claim 9 , wherein the first and second interfaces comprise first and second filter interfaces, first and second cooler interfaces, or a filter interface and a cooler interface.
11. A system, comprising:
a manifold, comprising:
a block;
a plurality of fluid ports disposed on the block, wherein the plurality of fluid ports couple to one or more internal passages extending through the block;
a first interface on the block, wherein the first interface is configured to connect a first fluid processing unit directly to the block in fluid communication with a first port of the plurality of ports;
a first valve receptacle directly in the block, wherein the first valve receptacle is configured to mount a first valve directly into the block in fluid communication with the one or more internal passages of the block in association with the first fluid processing unit;
a second interface on the block, wherein the second interface is configured to connect a second fluid processing unit directly to the block in fluid communication with a second port of the plurality of ports;
a second valve receptacle directly in the block, wherein the second valve receptacle is configured to mount a second valve directly into the block in fluid communication with the one or more internal passages of the block in association with the second fluid processing unit;
a sump for holding a fluid;
wherein the block is coupled to an external portion of the sump and at least one of the internal passages is in fluid communication with the sump; and
wherein the first interface is disposed on a first wall, the second interface is disposed on a second wall, and the first and second walls are nonparallel relative to one another.
12. The system of claim 11 , wherein the first and second interfaces comprise first and second filter interfaces, first and second cooler interfaces, or a filter interface and a cooler interface.