Plasma arc torch with multiple modes of operation
A plasma, multi-mode technology, applied in the direction of plasma, electrical components, etc., can solve problems such as no open coupling
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example 2
[0091] Example 2 - Attached to a Solid Oxide Unit plasma gun
[0092] now refer to Figure 7 , Figure 7 A cross-sectional view of a solid oxide plasma arc torch system 700 according to another embodiment of the invention is shown. The plasma arc torch 100 is connected to the unit 500 through an ejector 602 . The unit 500 was still filled with a solution of sodium bicarbonate and water. The pump 23 recirculates the solution of sodium bicarbonate and water from the outlet 416 of the hollow electrode 504 to the inlet 408 of the unit 500 . The pump 22 is connected to the first volute 31 of the plasma arc torch 100 through a three-way valve 604 and an ejector 602 . The air compressor 21 is used to introduce air and water from the pump 22 into the three-way valve 604 . The pump 22 is turned on and the water F flows into the first volute 31 of the plasma arc torch 100 and exits the torch 30 through the panoramic viewing window 33 and via the second volute 34 . The plasma arc...
example 4
[0104] Example 4 - Evaporation, Vapor Compression and Steam Formation for EOR and Industrial Steam Users
[0105] return Figure 4 , several oilfield wastewaters are evaporated in unit 400. To enhance evaporation, the suction side of a vapor compressor (not shown) may be connected to the upper outlet 410 . The discharge port of the vapor compressor will be connected to 416. Without being bound by theory, it is thought that things like Made by the company Alloy as the tubular cathode 412 can withstand the strong effect of the unit, so a new type of steam generator with superheater is realized by making the discharge of the vapor compressor flow through the tubular cathode 412. Such devices, methods and processes will be widely used throughout the upstream oil and gas industry to treat oilfield produced water and frac flowback.
[0106] As the cathode 12 within the unit 500, a variety of different stainless steel cylinders were tested. In contrast to a sheath glow discha...
example 8
[0213] Example 8 - with anodic electrode, linear actuator gun
[0214] The following example with unexpected results will clearly demonstrate a new and non-obvious multi-mode plasma gun. like figure 1 and Figure 11 shown The gun was electrically connected to an ESAB ESP 150 plasma arc power supply ("PS"). The ESP 150PS has been modified to operate in a load bank mode similar to a dead short circuit. As the arc jumps around the anode nozzle, the figure 1 shown The gun operates with voltage spikes, which are typical of non-transferred arc guns. The minimum current required to maintain the arc is 50 amps.
[0215] However, if Figure 11 As shown, when an additional anode electrode 1102 is added, the current potentiometer is rotated to its minimum position, where the current load is less than 30 amps. If the welder's helmet has a #13 shield, the arc is clearly seen and does transfer between the carbon gouging electrodes. The arc is maintained in a steady state. Thi...
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