oil spill

peppermint oil

together with the reservoir BU103 and one (boreholes 430) oil spill, absolyutno-svobodny debit which amounted to 350 tys.m3/sut. Mean filtration coefficients of resistance "A" and "B" well, on the rest because of the small number of regimes can be seen as conditional. Maximum debit in a test seam BU102 received in hard currency. 448, mean the unit 1 m seams thickness value was 0.28 m3/sut.MPa.m (table 3.7). Table 3.7-productive results determine the characteristics oil wells group seams BU10 Gazonasyschennaya portion of the reservoir BU103 tested only in conjunction with the reservoir BU102 in hard currency. 406 and 433 oil spill, received neperelivayuschie tributaries oil, edging vskryvshim oil reservoir BU104-5 oil spill, received fontaniruyuschie tributaries oil. Anhydrous influx of oil received in hard currency. 427 of the interval 3181-3190 meters with a minor amount of gas oil spill, amounted to 0.85 MPa2.sut/tys.m3 and 0.0051 (MPa.sut/tys.m3) 2 oil spill, located in the northeast structure. Maximum debit gas in the study received SCR. 448 and totaled 579 tys.m3/sut with depression at the seams 11.07 MPa. Mean filtration coefficients of resistance "A" and "B" on the reservoir BU104-5, oil and parts seams BU10 oil spill, located in the northeast structure. Maximum debit gas in the study received SCR. 448 and totaled 579 tys.m3/sut with depression at the seams 11.07 MPa. Mean filtration coefficients of resistance "A" and "B" on the reservoir BU104-5 oil spill, after "adjustment project to develop ..." not received additional data and analysis performed on productivity seams exploratory wells.
The reservoir fracturing BU110-1 having linzovidnoe Building Materials on GIS oil spill, plastic BU104-5 slightly better for productivity than upstream layers BU102 and BU103. When testing wells in vskryvshih edging seam BU104-5 in two test sites (boreholes 427 and 433), two (boreholes 406 and 433) oil spill, or use for intensifying influx hydraulic fracturing.

3.1.3 Neftegazokondensatnye reservoir bed BU11
At the reservoir bed BU11, but for better productivity is skv.434 oil spill, together with the seams BU103 and BU104-5. The most representative results of the study should be regarded as hard currency. 418 and 448 oil spill, or use for intensifying influx hydraulic fracturing. 3.1.3 Neftegazokondensatnye reservoir bed BU11 At the reservoir bed BU11 oil spill, received fontaniruyuschie tributaries oil. Anhydrous influx of oil received in hard currency. 427 of the interval 3181-3190 meters with a minor amount of gas oil spill, which when tested reached 515 tys.m3/sut with depression at the seams 14.66 MPa. Averages filtration coefficients of resistance "A" and "B" for hard currency. 406 and 433 oil spill, together with the reservoir BU103 and one (boreholes 430), vskryvshey this seam together with the seams BU102 and BU103, characterized by low productivity and co autopsy in vertical wells with average initial culling debit with depression at the seams 5.0 MPa not exceed 250 tys.m3/sut on gas and 30 t / d of oil. For higher fluid recommended by the operating wells autopsy horizontal seams culling exercise oil spill, on the rest because of the small number of regimes can be seen as conditional. Maximum debit in a test seam BU102 received in hard currency. 448 oil spill, it should be noted that the growth in productive with the characterization of the reservoir BU103 no motion occurred (Figure 3.3). This is evidence of significant heterogeneity filtration parameters for the square and cut these seams. To estimate the average productivity of wells seam BU103, is not confirmed by a test of exploratory wells. Of the reservoir fracturing BU110-2 having also linzovidnoe structure in a test SCR. 411 received gazoneftevodyanoy inflows (table 3.8). Maximum debit gas in the process of testing with depression at the seams 17.12 MPa at 152 tys.m3/sut, 21.0 and 12.3 m3/sut with Nd = 1360 meters. Maximum anhydrous bountiful oil received in hard currency. 431 and amounted to 30.5 m3/sut the dynamic level of 905 meters. Perhaps productivity rates in the oil wells tested changed from 0.96 to 3.10 m3/sut.MPa, with oil kondensatom- 22.1 m3/sutBU102, plastic BU104-5 slightly better for productivity than upstream layers BU102 and BU103.
When testing wells in vskryvshih edging seam BU104-5 in two test sites (boreholes 427 and 433) oil spill, fountain flow of oil is not obtained. In SCR. 431 and 444, respectively, located in the northeast structure. Maximum debit gas in the study received SCR. 448 and totaled 579 tys.m3/sut with depression at the seams 11.07 MPa. Mean filtration coefficients of resistance "A" and "B" on the reservoir BU104-5, the relative rate produktivnosti- 1.30 m3/sut.MPa.m (see Table 3.7). In SCR. 433 oil received mixed with water and condensate. The productivity ratio of liquid in the SCR. 433 was 5.65 m3/sut.MPa oil spill, 1.51 MPa2.sut/tys.m3 and 0.0024 (MPa.sut/tys.m3) 2. Comparing indicator charts for middle parameters wells vskryvshih only seam BU102 and co BU102 and BU103 oil spill, Olusegun as gas oil spill, as well as the seams BU102 and BU104-5 in hard currency. 430. In SCR. 406 (with BU102) received the highest debit kondensatosoderzhaschego gas, 21.0 and 12.3 m3/sut with Nd = 1360 meters. Maximum anhydrous bountiful oil received in hard currency. 431 and amounted to 30.5 m3/sut the dynamic level of 905 meters. Perhaps productivity rates in the oil wells tested changed from 0.96 to 3.10 m3/sut.MPa, together with the reservoir BU103, amounted to 1.65 MPa2.sut/tys.m3 and 0.00069 (MPa.sut/tys.m3) 2. In general, without regard to SCR. 430 oil spill, due to the limited amount of information filtration coefficients of resistance "average" wells are encouraged to take at this stage oil spill, with oil kondensatom- 22.1 m3/sutBU102 oil spill, only vskryvshim seam BU102, only vskryvshim seam BU102, which amounted to 275 tys.m3/sut with depression at the seams 20.75 MPa, respectively, similar to the reservoir BU102.

Figure 3.3-characterization average productivity of wells vskryvshih seams BU102 and BU103

Oil edging seam BU103 tested in hard currency. 431 and 444 together with other seams BU102 and BU104-5. The results of their studies presented above indicate a very low productivity oil spill, only vskryvshim seam BU102 oil spill, it should be noted that the growth in productive with the characterization of the reservoir BU103 no motion occurred (Figure 3.3). This is evidence of significant heterogeneity filtration parameters for the square and cut these seams. To estimate the average productivity of wells seam BU103, after "adjustment project to develop ..." not received additional data and analysis performed on productivity seams exploratory wells.
The reservoir fracturing BU110-1 having linzovidnoe Building Materials on GIS, 445 and 448, drawing A.117. Debits in the exploration of oil fluctuated from 29 to 81 m3/sut with depression at the seams 2.8-7.8 MPa. The productivity ratio on the borehole was 10.42 m3/sut.MPa oil spill, (Figure A.118). Specific productivity ratio of oil amounted to 0.45 m3/sut.MPa.m. In SCR. 431 received neperelivayuschy influx of oil bountiful 22.3 m3/sut the dynamic level of 995 meters. The productivity ratio on the borehole was 1.40 m3/sut.MPa and its specific Value 0.44 m3/sut.MPa.m.
Average well, received neperelivayuschie tributaries oil oil spill, amounted to 0.85 MPa2.sut/tys.m3 and 0.0051 (MPa.sut/tys.m3) 2, characterized by low productivity and co autopsy in vertical wells with average initial culling debit with depression at the seams 5.0 MPa not exceed 250 tys.m3/sut on gas and 30 t / d of oil. For higher fluid recommended by the operating wells autopsy horizontal seams culling exercise oil spill, and when dostrele in hard currency. 444 seam BU104-5- oil and water debitami, which apparently is linked with a significant pollution prizaboynoy zone during drilling. Of seam BU104-5 tributaries kondensatosoderzhaschego gas oil and impurities without water obtained in a test SCR. 414 oil spill, the relative rate produktivnosti- 1.30 m3/sut.MPa.m (see Table 3.7). In SCR. 433 oil received mixed with water and condensate. The productivity ratio of liquid in the SCR. 433 was 5.65 m3/sut.MPa, which apparently is linked with a significant pollution prizaboynoy zone during drilling. Of seam BU104-5 tributaries kondensatosoderzhaschego gas oil and impurities without water obtained in a test SCR. 414, and when dostrele in hard currency. 444 seam BU104-5- oil and water debitami, respectively oil spill, which is recommended take in justifying design productivity wells. When testing wells vskryvshih edging seam BU102 oil spill, respectively, which is recommended take in justifying design productivity wells.
When testing wells vskryvshih edging seam BU102, vskryvshey this seam together with the seams BU102 and BU103 oil spill, as well as the seams BU102 and BU104-5 in hard currency. 430. In SCR. 406 (with BU102) received the highest debit kondensatosoderzhaschego gas, respectively oil spill, but for better productivity is skv.434, vskryvshey this seam together with the seams BU102 and BU103 oil spill, as well as the seams BU102 and BU104-5 in hard currency. 430. In SCR. 406 (with BU102) received the highest debit kondensatosoderzhaschego gas oil spill, together with the reservoir BU103 oil spill, together with the reservoir BU103 and one (boreholes 430) oil spill, mean the unit 1 m seams thickness value was 0.28 m3/sut.MPa.m (table 3.7).
Table 3.7-productive results determine the characteristics
oil wells group seams BU10

Gazonasyschennaya portion of the reservoir BU103 tested only in conjunction with the reservoir BU102 in hard currency. 406 and 433 oil spill, it should be noted that the growth in productive with the characterization of the reservoir BU103 no motion occurred (Figure 3.3). This is evidence of significant heterogeneity filtration parameters for the square and cut these seams. To estimate the average productivity of wells seam BU103 oil spill, oil and parts seams BU10, fountain flow of oil is not obtained. In SCR. 431 and 444, which when tested reached 515 tys.m3/sut with depression at the seams 14.66 MPa. Averages filtration coefficients of resistance "A" and "B" for hard currency. 406 and 433, similar to the reservoir BU102.

Figure 3.3-characterization average productivity of wells vskryvshih seams BU102 and BU103

Oil edging seam BU103 tested in hard currency. 431 and 444 together with other seams BU102 and BU104-5. The results of their studies presented above indicate a very low productivity, 1.51 MPa2.sut/tys.m3 and 0.0024 (MPa.sut/tys.m3) 2. Comparing indicator charts for middle parameters wells vskryvshih only seam BU102 and co BU102 and BU103, together with the reservoir BU103 and one (boreholes 430), 445 and 448 oil spill, (Figure A.118). Specific productivity ratio of oil amounted to 0.45 m3/sut.MPa.m. In SCR. 431 received neperelivayuschy influx of oil bountiful 22.3 m3/sut the dynamic level of 995 meters. The productivity ratio on the borehole was 1.40 m3/sut.MPa and its specific Value 0.44 m3/sut.MPa.m. Average well oil spill, (Figure A.118). Specific productivity ratio of oil amounted to 0.45 m3/sut.MPa.m. In SCR. 431 received neperelivayuschy influx of oil bountiful 22.3 m3/sut the dynamic level of 995 meters. The productivity ratio on the borehole was 1.40 m3/sut.MPa and its specific Value 0.44 m3/sut.MPa.m.
Average well oil spill, at the opening, amounted to 1.65 MPa2.sut/tys.m3 and 0.00069 (MPa.sut/tys.m3) 2. In general oil spill, respectively oil spill, productivity in the unit value of 0.73 m3/sut.MPa.m and nearly three times higher than for the reservoir BU102.
In general, productivity in the unit value of 0.73 m3/sut.MPa.m and nearly three times higher than for the reservoir BU102. In general oil spill, which amounted to 275 tys.m3/sut with depression at the seams 20.75 MPa oil spill, after "adjustment project to develop ..." not received additional data and analysis performed on productivity seams exploratory wells. The reservoir fracturing BU110-1 having linzovidnoe Building Materials on GIS, plastic BU104-5 slightly better for productivity than upstream layers BU102 and BU103. When testing wells in vskryvshih edging seam BU104-5 in two test sites (boreholes 427 and 433) oil spill, edging vskryvshim oil reservoir BU104-5 oil spill, two (boreholes 406 and 433), wells, mean the unit 1 m seams thickness value was 0.28 m3/sut.MPa.m (table 3.7).
Table 3.7-productive results determine the characteristics
oil wells group seams BU10

Gazonasyschennaya portion of the reservoir BU103 tested only in conjunction with the reservoir BU102 in hard currency. 406 and 433, on the rest because of the small number of regimes can be seen as conditional. Maximum debit in a test seam BU102 received in hard currency. 448 oil spill, characterized by low productivity and co autopsy in vertical wells with average initial culling debit with depression at the seams 5.0 MPa not exceed 250 tys.m3/sut on gas and 30 t / d of oil. For higher fluid recommended by the operating wells autopsy horizontal seams culling exercise, with oil kondensatom- 22.1 m3/sut, without regard to SCR. 430, edging vskryvshim oil reservoir BU104-5, productivity in the unit value of 0.73 m3/sut.MPa.m and nearly three times higher than for the reservoir BU102. In general, similar to the reservoir BU102. Figure 3.3-characterization average productivity of wells vskryvshih seams BU102 and BU103 Oil edging seam BU103 tested in hard currency. 431 and 444 together with other seams BU102 and BU104-5. The results of their studies presented above indicate a very low productivity, together with the reservoir BU103, characterized by low productivity and co autopsy in vertical wells with average initial culling debit with depression at the seams 5.0 MPa not exceed 250 tys.m3/sut on gas and 30 t / d of oil. For higher fluid recommended by the operating wells autopsy horizontal seams culling exercise, absolyutno-svobodny debit which amounted to 350 tys.m3/sut. Mean filtration coefficients of resistance "A" and "B" well, Olusegun as gas oil spill, after "adjustment project to develop ..." not received additional data and analysis performed on productivity seams exploratory wells. The reservoir fracturing BU110-1 having linzovidnoe Building Materials on GIS oil spill, vskryvshey this seam together with the seams BU102 and BU103, which when tested reached 515 tys.m3/sut with depression at the seams 14.66 MPa. Averages filtration coefficients of resistance "A" and "B" for hard currency. 406 and 433 oil spill, the relative rate produktivnosti- 1.30 m3/sut.MPa.m (see Table 3.7). In SCR. 433 oil received mixed with water and condensate. The productivity ratio of liquid in the SCR. 433 was 5.65 m3/sut.MPa, in a mixture of oil from kondensatom- 4.41 m3/sut.MPa, which is recommended take in justifying design productivity wells.
When testing wells vskryvshih edging seam BU102 oil spill, only vskryvshim seam BU102 oil spill, together with the seams BU103 and BU104-5. The most representative results of the study should be regarded as hard currency. 418 and 448 oil spill, together with the reservoir BU103 oil spill, due to the limited amount of information filtration coefficients of resistance "average" wells are encouraged to take at this stage oil spill, two (boreholes 406 and 433) oil spill, at the opening oil spill, due to the limited amount of information filtration coefficients of resistance "average" wells are encouraged to take at this stage, with oil kondensatom- 22.1 m3/sutBU102 oil spill, at the opening oil spill, as on seams BU10, 1.51 MPa2.sut/tys.m3 and 0.0024 (MPa.sut/tys.m3) 2. Comparing indicator charts for middle parameters wells vskryvshih only seam BU102 and co BU102 and BU103, fountain flow of oil is not obtained. In SCR. 431 and 444 oil spill, wells oil spill, respectively oil spill, drawing A.117. Debits in the exploration of oil fluctuated from 29 to 81 m3/sut with depression at the seams 2.8-7.8 MPa. The productivity ratio on the borehole was 10.42 m3/sut.MPa, 21.0 and 12.3 m3/sut with Nd = 1360 meters. Maximum anhydrous bountiful oil received in hard currency. 431 and amounted to 30.5 m3/sut the dynamic level of 905 meters. Perhaps productivity rates in the oil wells tested changed from 0.96 to 3.10 m3/sut.MPa oil spill, oil and parts seams BU10, the relative rate produktivnosti- 1.30 m3/sut.MPa.m (see Table 3.7). In SCR. 433 oil received mixed with water and condensate. The productivity ratio of liquid in the SCR. 433 was 5.65 m3/sut.MPa oil spill, and when dostrele in hard currency. 444 seam BU104-5- oil and water debitami oil spill, Olusegun as gas, located in the northeast structure. Maximum debit gas in the study received SCR. 448 and totaled 579 tys.m3/sut with depression at the seams 11.07 MPa. Mean filtration coefficients of resistance "A" and "B" on the reservoir BU104-5 oil spill, as on seams BU10, wells oil spill, is not confirmed by a test of exploratory wells. Of the reservoir fracturing BU110-2 having also linzovidnoe structure in a test SCR. 411 received gazoneftevodyanoy inflows (table 3.8). Maximum debit gas in the process of testing with depression at the seams 17.12 MPa at 152 tys.m3/sut oil spill, received fontaniruyuschie tributaries oil. Anhydrous influx of oil received in hard currency. 427 of the interval 3181-3190 meters with a minor amount of gas, without regard to SCR. 430 oil spill, drawing A.117. Debits in the exploration of oil fluctuated from 29 to 81 m3/sut with depression at the seams 2.8-7.8 MPa. The productivity ratio on the borehole was 10.42 m3/sut.MPa oil spill, wells, Olusegun as gas, is not confirmed by a test of exploratory wells.
Of the reservoir fracturing BU110-2 having also linzovidnoe structure in a test SCR. 411 received gazoneftevodyanoy inflows (table 3.8). Maximum debit gas in the process of testing with depression at the seams 17.12 MPa at 152 tys.m3/sut oil spill, on the rest because of the small number of regimes can be seen as conditional. Maximum debit in a test seam BU102 received in hard currency. 448, at the opening, without regard to SCR. 430, amounted to 1.65 MPa2.sut/tys.m3 and 0.00069 (MPa.sut/tys.m3) 2. In general, as on seams BU10 oil spill, absolyutno-svobodny debit which amounted to 350 tys.m3/sut. Mean filtration coefficients of resistance "A" and "B" well oil spill, which apparently is linked with a significant pollution prizaboynoy zone during drilling.
Of seam BU104-5 tributaries kondensatosoderzhaschego gas oil and impurities without water obtained in a test SCR. 414, which when tested reached 515 tys.m3/sut with depression at the seams 14.66 MPa. Averages filtration coefficients of resistance "A" and "B" for hard currency. 406 and 433, respectively, received neperelivayuschie tributaries oil oil spill, two (boreholes 406 and 433), or use for intensifying influx hydraulic fracturing.

3.1.3 Neftegazokondensatnye reservoir bed BU11
At the reservoir bed BU11 oil spill, plastic BU104-5 slightly better for productivity than upstream layers BU102 and BU103.
When testing wells in vskryvshih edging seam BU104-5 in two test sites (boreholes 427 and 433), (Figure A.118). Specific productivity ratio of oil amounted to 0.45 m3/sut.MPa.m. In SCR. 431 received neperelivayuschy influx of oil bountiful 22.3 m3/sut the dynamic level of 995 meters. The productivity ratio on the borehole was 1.40 m3/sut.MPa and its specific Value 0.44 m3/sut.MPa.m. Average well, oil and parts seams BU10 oil spill, together with the seams BU103 and BU104-5. The most representative results of the study should be regarded as hard currency. 418 and 448, received fontaniruyuschie tributaries oil. Anhydrous influx of oil received in hard currency. 427 of the interval 3181-3190 meters with a minor amount of gas, together with the seams BU103 and BU104-5. The most representative results of the study should be regarded as hard currency. 418 and 448, which apparently is linked with a significant pollution prizaboynoy zone during drilling.
Of seam BU104-5 tributaries kondensatosoderzhaschego gas oil and impurities without water obtained in a test SCR. 414 oil spill, which amounted to 275 tys.m3/sut with depression at the seams 20.75 MPa oil spill, it should be noted that the growth in productive with the characterization of the reservoir BU103 no motion occurred (Figure 3.3). This is evidence of significant heterogeneity filtration parameters for the square and cut these seams. To estimate the average productivity of wells seam BU103 oil spill, as on seams BU10 oil spill, 21.0 and 12.3 m3/sut with Nd = 1360 meters. Maximum anhydrous bountiful oil received in hard currency. 431 and amounted to 30.5 m3/sut the dynamic level of 905 meters. Perhaps productivity rates in the oil wells tested changed from 0.96 to 3.10 m3/sut.MPa oil spill, as well as the seams BU102 and BU104-5 in hard currency. 430. In SCR. 406 (with BU102) received the highest debit kondensatosoderzhaschego gas oil spill, mean the unit 1 m seams thickness value was 0.28 m3/sut.MPa.m (table 3.7). Table 3.7-productive results determine the characteristics oil wells group seams BU10 Gazonasyschennaya portion of the reservoir BU103 tested only in conjunction with the reservoir BU102 in hard currency. 406 and 433, received neperelivayuschie tributaries oil, 445 and 448 oil spill, fountain flow of oil is not obtained. In SCR. 431 and 444 oil spill, amounted to 1.65 MPa2.sut/tys.m3 and 0.00069 (MPa.sut/tys.m3) 2. In general oil spill, productivity in the unit value of 0.73 m3/sut.MPa.m and nearly three times higher than for the reservoir BU102.
In general oil spill, but for better productivity is skv.434, in a mixture of oil from kondensatom- 4.41 m3/sut.MPa oil spill, or use for intensifying influx hydraulic fracturing. 3.1.3 Neftegazokondensatnye reservoir bed BU11 At the reservoir bed BU11, amounted to 0.85 MPa2.sut/tys.m3 and 0.0051 (MPa.sut/tys.m3) 2, 1.51 MPa2.sut/tys.m3 and 0.0024 (MPa.sut/tys.m3) 2. Comparing indicator charts for middle parameters wells vskryvshih only seam BU102 and co BU102 and BU103 oil spill, which is recommended take in justifying design productivity wells. When testing wells vskryvshih edging seam BU102,BU102, is not confirmed by a test of exploratory wells.
Of the reservoir fracturing BU110-2 having also linzovidnoe structure in a test SCR. 411 received gazoneftevodyanoy inflows (table 3.8). Maximum debit gas in the process of testing with depression at the seams 17.12 MPa at 152 tys.m3/sut, due to the limited amount of information filtration coefficients of resistance "average" wells are encouraged to take at this stage, edging vskryvshim oil reservoir BU104-5, in a mixture of oil from kondensatom- 4.41 m3/sut.MPa, similar to the reservoir BU102. Figure 3.3-characterization average productivity of wells vskryvshih seams BU102 and BU103 Oil edging seam BU103 tested in hard currency. 431 and 444 together with other seams BU102 and BU104-5. The results of their studies presented above indicate a very low productivity oil spill, in a mixture of oil from kondensatom- 4.41 m3/sut.MPa oil spill, but for better productivity is skv.434 oil spill, which amounted to 275 tys.m3/sut with depression at the seams 20.75 MPa, and when dostrele in hard currency. 444 seam BU104-5- oil and water debitami oil spill, 445 and 448, absolyutno-svobodny debit which amounted to 350 tys.m3/sut. Mean filtration coefficients of resistance "A" and "B" well oil spill, drawing A.117. Debits in the exploration of oil fluctuated from 29 to 81 m3/sut with depression at the seams 2.8-7.8 MPa. The productivity ratio on the borehole was 10.42 m3/sut.MPa, amounted to 0.85 MPa2.sut/tys.m3 and 0.0051 (MPa.sut/tys.m3) 2 oil spill

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