Question

ees nleliees show are not that the fluid property calculations described later great, however, dhe differen dne diff dhis field operating conditions ter should use the results of a separator test performed at these differences 10-3%Data from a separator test on a black oil aregiven Below. Note that the volume of separator liquid was measured at separator pressure and temperature before it was released to the stock tank. Prepare a separator test table for the reservoir fluid study Volume of oil at bubble-point pressure and reservoir temperature182.637 cc Volume of separator liquid at 100 psig and 75°F 131.588 cc Volume stock-tank oil at 0 psig 75°F = 124.773 c Volume of stock-tank oil at 0 psig and 60 F - 123.906 cc Volume of gas removed frorn separator = (0.52706 sof Volume of gas removed from stock tank - 0.07139 sef Specific gravity of stock-tank oil 0.8217 Specific gravity of separator gas -0.786 Specific gravity of stock-tank gas 1.363

Answer 1

24 December '19 Tuesday Se osbes nto the stock tank The primary objedtve of Gan gSepeaetheete e to provide the essantel Jobsrathy Lohich in tunn maxcimi2e the słock tank ol Pndluctiom The yesults of thu test ,also pohen pppataty CJ oith -the dttuential bovaton test dataprovide a meau Volume of the remalming oil in tho last stage ,V - [23.906 sa Bubble -point ifuVolume Bubble point Soluh'onoil alto as mcasured 1Q3 10.6

December '19 Wk 52 Pessure T v aia) (h)一.cc.- scf -1.4-7-60.-123.10G 0,04139