By Xiuli Wang
Natural gasoline is taking part in an expanding position in assembly international power calls for due to its abundance, versatility, and its fresh burning nature. accordingly, plenty of new gasoline exploration, box improvement and construction actions are lower than manner, specifically in areas the place ordinary fuel till lately used to be classified as “stranded”. simply because a good portion of traditional fuel reserves all over the world can be found throughout our bodies of water, fuel transportation within the kind of LNG or CNG turns into a topic to boot. ultimately usual gasoline is seen compared to the lately touted choices. for this reason, there's a must have a e-book overlaying all of the distinctive features and demanding situations with regards to traditional gasoline from the upstream to midstream and downstream. some of these new concerns haven't been addressed intensive in any latest e-book. To bridge the distance, Xiuli Wang and Michael Economides have written a brand new e-book referred to as Advanced typical fuel Engineering. This publication will function a reference for all engineers and pros within the power enterprise. it could possibly even be a textbook for college kids in petroleum and chemical engineering curricula and in education departments for a wide crew of companies.
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Additional info for Advanced Natural Gas Engineering
A typical drilling method is the well-known rotary drilling, shown in Figure 2–5, where a roller-bit is attached to a drilling pipe or string. While rotating the drill string, the drill bit breaks into the earth and reaches different depths, and eventually hits the targeted pay zone. At the same time, drilling fluid or mud is pumped down through the drilling pipe to provide hydraulic impact, control the pressure, stabilize exposed formation, prevent fluid loss, and bring the rock cuttings to the surface through the annulus formed between the drill pipe and the created hole.
1974. Two-phase flow in pipes. Intercomp Course, The Hague. , D. G. C. Alden. 1948. Natural gasoline and the volatile hydrocarbons. NGAA, Tulsa, OK. , R. B. Burrows. 1954. Viscosity of hydrocarbon gases under pressure. Trans. AIME 201: 264–272. E. I. Stiel. 1958. The viscosity of non-polar gas mixtures at moderate and high pressures. AICHE J. 4: 430–6. R. 1965. Computer routine treats gas viscosity as a variable. Oil & Gas J. (August): 141. A. B. Robinson. 1974. Computer calculations of natural gas compressibility factors using the Standing and Katz correlation.
Example 1–8 Determination of pseudocritical properties Calculate pseudocritical properties by using the Standing (1981) correlations listed in Table 1–5 and by using the properties given in Example 1–3. 0g g 2 The gases used in developing Sutton correlation are high molecular weight gases, which are rich in heptanes plus with minor amount of carbon dioxide and nitrogen, and no hydrogen sulfide. 68. 344g g These are valid for H2S < 3%, N2 < 5%, and total content of inorganic compounds less than 7%.