초록 ▼

An assembly for changing the temperature of ultrahigh-pressure fluid as it flows through ultrahigh-pressure tubing includes several thermally conductive blocks. Each block has a first bore through which the ultrahigh-pressure tubing passes, and a second bore containing a source of heating or cooling

An assembly for changing the temperature of ultrahigh-pressure fluid as it flows through ultrahigh-pressure tubing includes several thermally conductive blocks. Each block has a first bore through which the ultrahigh-pressure tubing passes, and a second bore containing a source of heating or cooling. Alternatively, resistance heating is used to increase the temperature of the ultrahigh-pressure fluid, by coupling electrodes to the outer surface of the tubing. The ultrahigh-pressure fluid is heated or cooled after it is pressurized, and is then discharged from the ultrahigh-pressure tubing at a selected temperature for use. For example, the ultrahigh-pressure fluid at a selected temperature may be discharged through a nozzle to form an ultrahigh-pressure fluid jet to cut or clean any desired surface or object, or it may be discharged to a pressure vessel to pressure treat a substance.

대표청구항 ▼

1. An apparatus for changing the temperature of a pressurized fluid in ultrahigh-pressure tubing comprising: a block that is thermally conductive and is provided with a first bore through which a length of ultrahigh-pressure tubing passes, the block being provided with a second bore containing a sou

1. An apparatus for changing the temperature of a pressurized fluid in ultrahigh-pressure tubing comprising: a block that is thermally conductive and is provided with a first bore through which a length of ultrahigh-pressure tubing passes, the block being provided with a second bore containing a source of heating or cooling. 2. The apparatus according to claim 1 wherein a cartridge heater is positioned in the second bore. 3. The apparatus according to claim 1 wherein fluid at a selected temperature is circulated through the second bore. 4. The apparatus according to claim 1, further comprising a temperature sensor coupled to one or more of the block, the length of ultrahigh-pressure tubing, and the pressurized fluid. 5. The apparatus according to claim 4 wherein the temperature sensor is coupled to a feedback control loop to regulate a temperature of the source of heating or cooling. 6. The apparatus according to claim 1 wherein the block is made of aluminum. 7. An apparatus for changing the temperature of a highly-pressurized fluid in ultrahigh-pressure tubing comprising: a length of ultrahigh-pressure tubing in fluid communication with a source of highly-pressurized fluid, a volume of highly-pressurized fluid selectively being allowed to flow through the ultrahigh-pressure tubing; and a plurality of thermally conductive blocks positioned along the length of ultrahigh-pressure tubing, each thermally conductive block having a first bore through which the ultrahigh-pressure tubing extends and a second bore containing a source of heating or cooling to change a temperature of the highly-pressurized fluid as it flows through the ultrahigh-pressure tubing. 8. The apparatus according to claim 7 wherein a cartridge heater is positioned in the second bore of each thermally conductive block. 9. The apparatus according to claim 7 wherein fluid at a selected temperature is circulated through the second bore of each thermally conductive block. 10. The apparatus according to claim 7, further comprising a temperature sensor positioned to sense a temperature of one or more of the blocks, the ultrahigh-pressure tubing, and the highly-pressurized fluid, the temperature sensor being coupled to a control feedback loop. 11. The apparatus according to claim 7 wherein a quantity of insulating material is positioned adjacent the thermally conductive blocks. 12. An apparatus for changing the temperature of a pressurized fluid in ultrahigh-pressure tubing comprising: a length of ultrahigh-pressure tubing in fluid communication with a source of pressurized fluid, a volume of pressurized fluid selectively being allowed to flow through the ultrahigh-pressure tubing; and a plurality of electrodes coupled to an outer surface of the tubing and to a source of current. 13. A method for changing a temperature of ultrahigh-pressure fluid in ultrahigh-pressure tubing comprising: passing a length of ultrahigh-pressure tubing through a plurality of thermally conductive blocks; activating a source of heating or cooling in the thermally conductive blocks; and allowing ultrahigh-pressure fluid to flow through the ultrahigh-pressure tubing. 14. The method according to claim 13, further comprising: measuring a temperature of one or more of the thermally conductive blocks, the ultrahigh-pressure tubing, or the ultrahigh-pressure fluid; and adjusting a temperature of the source of heating or cooling in the thermally conductive blocks as needed to increase or reduce the temperature of the ultrahigh-pressure fluid. 15. The method according to claim 13, further comprising: heating or cooling the thermally conductive blocks to a selected temperature determined as a function of the flow rate of ultrahigh-pressure fluid through the ultrahigh-pressure tubing and the desired change in temperature of the ultrahigh-pressure fluid. 16. An ultrahigh-pressure assembly comprising: an ultrahigh-pressure pump coupled to a source of fluid that is operational to generate ultra high-pressure fluid; a length of ultrahigh-pressure tubing coupled to the ultrahigh-pressure pump, a volume of ultrahigh-pressure fluid selectively being allowed to flow through the ultrahigh-pressure tubing to an outlet of the ultrahigh-pressure tubing; and a plurality of thermally conductive blocks positioned along the length of ultrahigh-pressure tubing, each thermally conductive block having a first bore through which the ultrahigh-pressure tubing extends and a second bore containing a source of heating or cooling to change a temperature of the ultrahigh-pressure fluid as it flows through the ultrahigh-pressure tubing. 17. The assembly according to claim 16, further comprising a nozzle in fluid communication with the outlet of the ultrahigh-pressure tubing. 18. A method of cutting or cleaning with an ultrahigh-pressure fluid jet comprising: pressurizing a volume of fluid with an ultrahigh-pressure pump to generate a volume of ultrahigh-pressure fluid; discharging the ultrahigh-pressure fluid from the ultrahigh-pressure pump into ultrahigh-pressure tubing; passing the ultrahigh-pressure tubing through one or more thermally conductive blocks; activating a source of heating or cooling in the thermally conductive blocks, thereby changing a temperature of the ultrahigh-pressure fluid in the ultrahigh-pressure tubing to a desired temperature; and discharging the ultrahigh-pressure fluid at the desired temperature through a nozzle to form an ultrahigh-pressure fluid jet. 19. A method of pressurizing the contents of a pressure vessel with ultrahigh-pressure fluid at a selected temperature comprising: pressurizing a volume of fluid with an ultrahigh-pressure pump to generate a volume of ultrahigh-pressure fluid; discharging the ultrahigh-pressure fluid from the ultrahigh-pressure pump into ultrahigh-pressure tubing; passing the ultrahigh-pressure tubing through one or more thermally conductive blocks; activating a source of heating or cooling in the thermally conductive blocks, thereby changing a temperature of the ultrahigh-pressure fluid in the ultrahigh-pressure tubing to a desired temperature; discharging the ultrahigh-pressure fluid at the desired temperature into a pressure vessel; and pressurizing the contents of the pressure vessel via the ultrahigh-pressure fluid.