Jonah Field

Hanson, W. B.; Vega, Victor; Cox, Dennis

doi:10.1306/st521007

Cited by 12 publications

(2 citation statements)

References 28 publications

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“…43 60 wird in der Übersetzung der Propheten von 1532 und in der Wittenberger Bibelausgabe von 1534 anstelle der Wilden Rübe wieder der Kürbis an seinen angestammten Platz gesetzt. 61 Der Wechsel spiegelt sich in den Holzschnittillustrationen. Im Jonakommentar fehlen die Früchte der über der Laube rankenden Pflanze, die aufgrund der herzförmigen Blätter einem Efeu ähnelt.…”

Section: Staats-und Stadtbibliothek Augsburgunclassified

„Jonas und der Kürbis“ – Sagt ein Bild mehr als tausend Worte?

Rainer

2023

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Section: Staats-und Stadtbibliothek Augsburgunclassified

„Jonas und der Kürbis“ – Sagt ein Bild mehr als tausend Worte?

Rainer

2023

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“…The discovery and exploitation of tight gas in North America commenced in the 1970s, with notable examples, including the Carthage and Jonah gas fields and so on. 9,10 These gas reservoirs are characterized by thick gas layers and a stable distribution. Compared to North American tight gas reservoirs, China's tight gas reservoirs have characteristics such as thin gas layers, low recovery, and complex gas− water relationships, 11,12 which result in complicated development conditions.…”

Section: Introductionmentioning

confidence: 99%

Distribution and Main Controlling Factors of Gas and Water in Tight Sandstone Gas Fields: A Case Study of Sudong 41-33 Block in Sulige Gas Field, Ordos Basin, China

Xu,

Jia,

Huang

et al. 2024

ACS Omega

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Studying the gas−water distribution characteristics is essential in guiding the efficient development of gas fields. The relationship between gas and water in the Sudong 41-33 Block is complicated and has not been adequately researched. In recent years, gas wells have suffered from increased water/gas ratios and significant liquid loadings, which greatly affect the development of the block. A comprehensive analysis of formation water, log interpretation, and production data was conducted to determine the gas−water distribution characteristics and main controlling factors in the Sudong 41-33 Block. The findings indicate the following. (1) The formation water in the study area consists mainly of CaCl 2 brine with high total dissolved solids (TDS) (with an average value of 36.06 g/L). The hydrochemical characteristics indicate that the formation water is typical sedimentary buried water under well-sealing conditions, which is markedly different from shallow river water and seawater. (2) The formation water can be categorized into three types: edge−bottom water under the gas layer (Type I), stagnant water in tight sandstone (Type II), and isolated lenticular water (Type III). The water layer distribution in the plane is mainly concentrated in the northwest region, whereas it is dispersed in other regions. On the vertical, the water layer mainly appears in P 2 x 8−1 , P 2 x 8−2 , and P 1 s 2 Members. (3) The physical properties of the reservoir, hydrocarbon generation intensity (HGI), source rock−reservoir relationship, and mini-structure are the main factors affecting the gas−water distribution in the study area. Based on the clarification of the characteristics of gas and water distribution and its main controlling factors, it is of great importance to accurately identify the water layer, avoid the direct development of the water layer, adopt the proper production pressure differential, and carry out drainage gas production measures in time to ensure the effective development of the gas field.

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