Download Environmental Control in Petroleum Engineering by DR. John C. Reis Ph.D. PDF

By DR. John C. Reis Ph.D.

The petroleum needs to reduce the environmental impression of its quite a few operations. This largely researched ebook assembles an incredible quantity of functional info to aid decrease and keep watch over the environmental outcomes of manufacturing and processing petroleum and common gas.The most sensible method to deal with pollutants isn't to create it within the first position. This ebook exhibits you ways to devise and deal with construction actions to lessen or even do away with a few environmental difficulties with out seriously disrupting operations. It makes a speciality of how you can deal with drilling and creation wastes to lessen toxicity and/or quantity ahead of their final disposal. you are going to additionally locate tools for correctly transporting poisonous fabrics from the upstream petroleum clear of their liberate websites. For these websites already infected with petroleum wastes, this publication experiences the remedial applied sciences on hand. different themes comprise usa federal environmental rules, delicate habitats, significant U.S. chemical waste exchanges, and offshore releases of oil.Environmental keep an eye on in Petroleum Engineering is key for body of workers with very little education in environmental concerns in addition to petroleum engineering scholars.

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The most common clay used is Wyoming bentonite. This clay is composed mostly of sodium montmorillonite, a variety of smectite. 09 51,400 339 500,000 105 Source: Deeley, 1990. jnmentai Element O s **•* i. S" I? si 55 2 3 S' fls _S' Drilling and Production Operations 23 Most drilling fluids are composed of 3% to 7% bentonite by volume. Other clays can be used, but typically do not provide as high a mud viscosity for the same amount of clay added. During normal drilling operations, natural clays in the formations can also be incorporated into the mud, increasing the clay content and mud viscosity over time.

Because of their superior properties, drilling can often be completed faster, which may result in lower overall environmental consequences than those of water-based muds. Because oil-based muds are more expensive, they are also more likely to be reconditioned and reused than water-based muds. Historically, the most common base oil used has been # 2 diesel. It has an acceptable viscosity, low flammability, and a low solvency for any rubber in the drilling system. Diesel, however, is relatively toxic, making the environmental impact of diesel-based muds generally higher than those of water-based muds.

A related problem during drilling is that cuttings can ball around the bit, forming a gummy paste. This paste reduces drilling speed because it is not easily removed from the bit by the drilling fluid. Copolymer/polyglycol muds have been successfully used to prevent bit-balling (Enright and Smith, 1991). If a well is drilled through a salt dome, a water-based mud that is saturated in chloride salts may be required to prevent excessive dissolution of the salt along the wellbore. Oil-based Drilling Fluids Various organic fluids are also used as a base for drilling muds.

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