Source of LP gas is either from GC-16 (LP+TV) or from GC-28 (from LP Separator KO Drum). The LP gas transfer line carrying the LP+TV of GC-16 is routed to a new LP Gas Inlet Manifold, near TP-4 with pigging facilities to absorb the slamming actions of liquid slug, etc. at either end of the pipeline (namely in the vicinity of GC-16 and TP-4). The pig receiver and all other reliefs including common LP scrubber relief shall be integrated into the flare header of the GCP. The LP pig launcher relief goes to the existing flare in GC-16.
The Common LP Scrubber is designed for handling liquid slug during pigging and normal operation. The scrubber is provided with automatic level control valves and collected liquids are routed to the LP Compressor Closed Drain Header.
The GCP LP Compressor compresses the incoming gas from 20-60 psig to 270-300 psig and transfers the discharged gas to a 30" HP compressor suction manifold. The gas is compressed through a three-stage reciprocating compressor.
HP Gas from GC-16 is branched off through a new HP Scrubber to a new HP gas transfer line (approximate distance 3.5 KM) between GC-16 and TP-4 near GC-28. The line is equipped with pigging facility. HP gas may also come from the GC-28 HP Separator KO Drum.
All sources of HP gas join in a Common HP manifold before going to the Common HP Scrubber. The HP Common Scrubber is provided with automatic level control valves and collected liquids are routed to the HP Compressor Closed Drain Header. HP Gas is routed to the HP Gas Suction Scrubber within the compressor package. The GCP HP Compressor compresses the incoming gas from suction pressure of 210-260 psig to discharge pressure of 900-1,000 psig. The gas is compressed through a three-stage reciprocating compressor.
An HP separator (High-Pressure Separator) is designed to separate high-pressure gases and liquids in a production system, while an LP separator (Low-Pressure Separator) is used for lower pressure fluids. HP separators are typically used downstream of a wellhead, where pressures are higher, while LP separators are used in downstream processing facilities where pressures are lower. HP separators are built to handle the higher pressures and flow rates associated with initial production.
HP Turbine is High Performance Turbine LP Turbine is Low Performance Turbine
An HP (high-pressure) supercell has higher pressure conditions compared to an LP (low-pressure) supercell. HP supercells often exhibit stronger updrafts, more intense precipitation, and more potential for severe weather due to the higher energy environment. LP supercells, on the other hand, tend to have a more organized mesocyclone structure and can produce long-lived tornadoes.
In regenerative cycle LP/HP heaters are used to raise condensate/feed water temperature by extracting/bleed steam from LP and Hp stages of steam turbine in order to improve the efficiency of the plant
hp dosing used for precipitate the silica from bfw in drum and lp dosing used for increase the ph in boiler to maintain 9.5 to 10.5
they heal 230 hp, they also can heal you up to 100 hp over your standard maximum. Note, this will not be accurate in the long term due to the evolution of combat update which will be coming later.
Ratio 50:1 lp marko
easy first by pass it with a wire link next fix leak and recharge with r134a 800grms at suction pressure of 200kpa remove wire link and re connect on to Lp switch
LP is "long play" which is a regular album released. EP is "extended play" which is some type of prerelease sometimes with just the possible "hits" or sometimes a re-release of partial or extra. Not the original release
lpr is the off-line printer...lp is just a frontend to the lpr. (that is in FreeBSD, maybe is the same in Sun Solaris), out put from man lp(1):LP(1) FreeBSD General Commands Manual LP(1)NAMElp -- front-end to the print spoolerSYNOPSISlp [ -cs ] [ -o option ] [ -dprinter ] [ -n num ] [ name ... ]DESCRIPTIONThe lp utility is a front-end to the print spooler as required by theIEEE Std 1003.2 (``POSIX.2'') specification. It effectively invokeslpr(1) with the proper set of arguments.
Simple answer: 100 pounds of Propane => 100 / 4.24 = 23.6 gal the "standard" LP cylinder for a gas grill is 20 pounds = 4.7 gallons The conversion for LP is Gallons x 4.24 = Pounds if one is trying to compare LP to gasoline, one must also consider that LP provides about 80% of the energy of gasoline. In a small portable generator, it is nearly transparent, but if one wishes to convert a car to LP one gets less mpg and hp.
you will need to add, most likely R134a, to the low pressure side of the compressor. this will be the larger of the two hoses going to the compressor. follow the large hose back until you reack a fitting, that is you lp fill nipple.