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Systems for collecting and preparation of oil and gas and criteria for their selection
- Author / Creator
- Available as
- Online
- Summary
-
HauptbeschreibungThe production of oil is a complex technological procedure consisting of several equally important segments. One of the most important phases is the collection and preparation of o...
HauptbeschreibungThe production of oil is a complex technological procedure consisting of several equally important segments. One of the most important phases is the collection and preparation of oil, which affects the process of production from technical as well as from economical aspects. The choice and method of designing systems for oil collection and preparation is a very complex task that depends on the number of concrete parameters; this carries with it, above all, the difficulty in finding technology that will enable optimal work of wells as well as finding the continually a
Details
- Creator
- Muhammed Abed Mazeel
- Format
- Books
- Language
- English
- Publication
-
- Hamburg : Diplomica Verlag, 2010
- Physical Details
-
- 1 online resource (107 p.)
- ISBNs
- 9783838612430, 3838612434, 3838612329
- OCLC
- ocn754582510
- Description based upon print version of record.
- Includes bibliographical references.
- English
- Systems for collecting and preparation of oil and gas and criteria for their selection; CONTENT; INTRODUCTION; 1.0 THE TASK; 1.1 INPUT DATA FOR DEFINING - DESIGNING SYSTEMS FOR COLLECTION AND COLLECTIVE STATION; 1.2 PHYSICAL-CHEMICAL CHARACTERISTICS OF RESERVOIR FLUIDS; 2.0 SYSTEM FOR COLLECTION OF PRODUCED FLUIDS; 2.1 INTRODUCTION; A) INDIVIDUAL (SINGLE) SYSTEM; B) GROUP SYSTEM; C) CENTRAL SYSTEM; 2.2. BASIC CHARACTERISTICS OF THE OIL FIELD; 2.3. THE CHOICE OF COLLECTION SYSTEM; 2.4 GATHERING SYSTEM OF OIL WELLS; 2.4.1 INTRODUCTION; 2.4.2 CALCULATION OF TEMPERATURE DROP
- 2.4.3.1 EQUATION FOR PRESSURE DROP AT ISOTHERMAL OIL FLOW2.4.3.2 EQUATION FOR PRESSURE DROP AT NON ISOTHERMAL FLOW; 2.4.4 MECHANICAL CALCULATION OF THE GATHERING SYSTEM; 2.4.5 UNDERGROUND CORROSION; 2.4.6 PIPELINE INSULATION; 2.4.7 CATHODIC PROTECTION; 3.0 COLLECTIVE STATION; 3.1 INTRODUCTION; 3.2 SEPARATION SYSTEM; 3.2.1 SEPARATORS; 3.2.2 MULTI-LEVEL SEPARATION OF OIL AND GAS; 3.2.3 THE CHOICE OF SEPARATION SYSTEM AT COLLECTION STATION; 3.3 MEASURING AND REGULATION; 3.4. CRUDE OIL DEHYDRATION; 3.4.1 EMULSIONS; 3.4.2 MECHANICAL DEHYDRATION OF OIL; 3.4.3 ELECTRICAL DEHYDRATION OF OIL
- 3.4.4 PHYSICAL-CHEMICAL DEHYDRATION OF OIL3.4.5 OIL PREPARATION (DEHYDRATION) AT OIL FIELD; 3.5 DISPOSAL OF RESERVOIR WATER; 3.5.1 SOLVING PROBLEMS OF DISPOSING RESERVOIR WATER AT GIVEN FIELD; 3.6 TANK RESERVOIRS FOR RECEIVING OIL; 3.7 OIL DISPATCH; 3.8 SUPPORTING SYSTEMS; 4.0 HEALTHY, SAFETY AND ENVIRONMENTAL (HSE) PROTECTION DURING WORK OF PERSONEL, FACILITIES AND EQUIPMENT; 4.1 FIRE AND EXPLOSION PROTECTION MEASURES AND FIRE EXTINGUISHING PLAN; CONCLUSION; LITERATURE