BAKER HUGHES - Drilling Fluids Reference Manual

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Oil / Synthetic Fluids Table 5-36 Products required to build 100 bbl of SYN-TEQ Fluid: 85/15 Synthetic/Water Ratio (SWR) Maximum Temperature °F (°C) Products 250 (121) 300 (149) 350 (177) 400 (204) 450 (232) OMNI-TEC TM , gal OMNI-MUL TM , gal OMNI-TROL TM , 50 lb sacks MIL-LIME TM , 50 lb sacks 100 25 10 8 115 50 20 9 140 62.5 20 11 160 75 30 13 180 112 30 16 85/15 SWR ISO-TEQ, Brine*, CARBO-GEL, (bbl) (bbl) (50 lb sacks) 8.0 82 15 9 18 8.5 80 14 9 50 9.0 79 14 9 76 9.5 77 14 9 103 10.0 76 14 9 129 10.5 74 13 9 156 11.0 72 13 9 182 11.5 71 13 9 209 12.0 69 13 9 236 12.5 68 12 8 262 13.0 66 12 8 289 13.5 65 12 8 316 14.0 63 12 8 342 14.5 62 11 8 369 15.0 60 11 7 395 15.5 59 11 7 422 16.0 57 10 7 449 16.5 56 10 7 475 17.0 54 10 7 502 17.5 52 10 7 528 18.0 51 9 5 555 18.5 49 9 5 582 19.0 48 9 5 608 Fluid Weight, (lb m /gal) *Saturated NaCl or 250,000 CaCl 2 water. MIL-BAR, (100 lb sacks) The volumes and densities are accurate to ±1%. Because it is not possible for a able to show formulations with numerous internal phase salinities and temperature stabilities, it is recommended that a material balance approach be utilized prior to the formulation of large quantities of CARBO-DRILL. Baker Hughes Drilling Fluids Reference Manual 5-60 Revised 2006

Baker Hughes Drilling Fluids Table 5-37 Products Required to build 100 bbl of SYN-TEQ SM Fluid: 90/10 and 95/5 Synthetic/Water Ratios (SWR) Maximum Temperature °F (°C) Products 250 (121) 300 (149) 350 (177) 400 (204) 450 (232) OMNI-TEC TM , gal OMNI-MUL TM , gal OMNI-TROL TM , 50 lb sacks MIL-LIME TM , 50 lb sacks 85 25 10 5 100 50 20 6 125 62.5 20 7 140 100 30 12 170 125 30 14 Fluid Weight, (lb m /gal) ISO-TEQ, (bbl) 90/10 SWR Brine*, (bbl) CARBO-GEL, (50 lb sacks) MIL-BAR, (100 lb sacks) 7.6 88 10 10 0 8.0 86 10 10 22 8.5 85 10 10 49 9.0 83 10 10 75 9.5 82 9 10 102 10.0 80 9 10 129 10.5 78 9 10 156 11.0 77 9 10 183 11.5 75 8 10 210 12.0 73 8 10 236 12.5 72 8 10 263 13.0 70 8 10 290 13.5 69 8 10 317 14.0 67 8 10 343 14.5 65 8 10 370 15.0 63 7 10 397 95/5 OWR 16.0 62 3 8 471 16.5 61 3 8 499 17..0 59 3 8 526 17.5 57 3 8 553 18.0 56 3 7 579 18.5 54 3 5 606 19.0 52 3 4 633 19.5 50 3 3 660 20.0 49 3 2 687 *Saturated NaCl or 250,000 CaCl 2 water. The volumes and densities are accurate to ±1%. Because it is not possible for a able to show formulations with numerous internal phase salinities and temperature stabilities, it is recommended that a material balance approach be utilized prior to the formulation of large quantities of CARBO-DRILL. Baker Hughes Drilling Fluids Reference Manual Revised 2006 5-61

Baker Hughes <strong>Drilling</strong> <strong>Fluids</strong><br />

Table 5-37 Products Required to build 100 bbl of SYN-TEQ SM Fluid: 90/10 and 95/5<br />

Synthetic/Water Ratios (SWR)<br />

Maximum Temperature °F (°C)<br />

Products 250 (121) 300 (149) 350 (177) 400 (204) 450 (232)<br />

OMNI-TEC TM , gal<br />

OMNI-MUL TM , gal<br />

OMNI-TROL TM , 50 lb sacks<br />

MIL-LIME TM , 50 lb sacks<br />

85<br />

25<br />

10<br />

5<br />

100<br />

50<br />

20<br />

6<br />

125<br />

62.5<br />

20<br />

7<br />

140<br />

100<br />

30<br />

12<br />

170<br />

125<br />

30<br />

14<br />

Fluid Weight,<br />

(lb m /gal)<br />

ISO-TEQ,<br />

(bbl)<br />

90/10 SWR<br />

Brine*,<br />

(bbl)<br />

CARBO-GEL,<br />

(50 lb sacks)<br />

MIL-BAR,<br />

(100 lb sacks)<br />

7.6 88 10 10 0<br />

8.0 86 10 10 22<br />

8.5 85 10 10 49<br />

9.0 83 10 10 75<br />

9.5 82 9 10 102<br />

10.0 80 9 10 129<br />

10.5 78 9 10 156<br />

11.0 77 9 10 183<br />

11.5 75 8 10 210<br />

12.0 73 8 10 236<br />

12.5 72 8 10 263<br />

13.0 70 8 10 290<br />

13.5 69 8 10 317<br />

14.0 67 8 10 343<br />

14.5 65 8 10 370<br />

15.0 63 7 10 397<br />

95/5 OWR<br />

16.0 62 3 8 471<br />

16.5 61 3 8 499<br />

17..0 59 3 8 526<br />

17.5 57 3 8 553<br />

18.0 56 3 7 579<br />

18.5 54 3 5 606<br />

19.0 52 3 4 633<br />

19.5 50 3 3 660<br />

20.0 49 3 2 687<br />

*Saturated NaCl or 250,000 CaCl 2 water.<br />

The volumes and densities are accurate to ±1%. Because it is not possible for a able to show formulations with numerous<br />

internal phase salinities and temperature stabilities, it is recommended that a material balance approach be utilized prior to<br />

the formulation of large quantities of CARBO-DRILL.<br />

Baker Hughes <strong>Drilling</strong> <strong>Fluids</strong><br />

<strong>Reference</strong> <strong>Manual</strong><br />

Revised 2006 5-61

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