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BAKER HUGHES - Drilling Fluids Reference Manual

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

Unlike mineral and diesel oils which are distilled from crude oils, synthetic type materials are usually<br />

polymerized from ethylene. Since the synthetics are pure products made from ethylene, they contain<br />

no aromatics, thereby lowering the toxicity level normally associated with aromatic compounds. Like<br />

hydrocarbon oils, the synthetic type materials are more viscous than water. See Table 5-4 for the<br />

properties of several synthetic materials.<br />

Oil<br />

LAO<br />

(ALPHA-TEQ sys.)<br />

Density at<br />

60°F (15°C)<br />

(g/ml)<br />

Table 5-4<br />

Initial<br />

Boiling<br />

Point<br />

0.778 437ºF<br />

225ºC<br />

CLAIRSOL NS 0.815 500°C<br />

260°C<br />

SYN-TEQ CF<br />

(CF-2002)<br />

SN – 1890<br />

(SYNTERRA)<br />

0.79 482°F<br />

250°C<br />

Properties of Synthetic Materials<br />

Final<br />

Boiling<br />

Point<br />

518ºF<br />

270ºC<br />

581°C<br />

305°C<br />

626°F<br />

330°C<br />

Flash<br />

Point<br />

237ºF<br />

114ºC<br />

252°F<br />

122°C<br />

284°F<br />

140°C<br />

Aniline<br />

Point<br />

147ºF<br />

64ºC<br />

190°F<br />

88°C<br />

180°F<br />

82°C<br />

Aromatic<br />

Content<br />

(wt. %)<br />

Viscosity at<br />

104°F (40°C)<br />

(cSt)<br />

Pour Point<br />

(°C)<br />

0.1 2.06 - 12<br />

0.2 3.4 - 18<br />

< 0.001 2.9

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