Редактирование перевода по газодобыче
Редактирование Лингвистический анализ
В статьях подраздела «Редактирование» мы приводим примеры нашей редактуры текстов, составленные на основе тестовых переводов разных переводчиков. Наша компания не претендует на истину в последней инстанции и безупречность нашей правки и лишь демонстрирует собственный опыт работы в этой сфере.
Note: (1) The pressure is given at +50m MSL
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Примечани
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(2) At early life, the condensate mass rate corresponds to the gas production of 70MSm3/sd of 50%J0 and %J1 fluid at early life with 30% margin to cover the uncertainty on the CGR. The condensate volume flow at riser top is around 43.2Am3/h for the 6 inch and 44.1Am3/h for the 8inch (this difference is due to the high difference on export pressure between both diameters).
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(2) На
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At end of life, the condensate mass rate corresponds to the gas production of 35MSm3/sd of 50%J0 and 50%J1 fluid at end of life with no margin. The condensate volume flow at riser top is around 16.6Am3/h for the 6inch and the 8inch.
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На
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(3) Turbulent flow if Re>4000 (as per GPSA (Gas processors Suppliers Association) - section 17 Fluid Flow and Piping).
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(3) Режим течения считается
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(4) The fluid temperatures are directly taken from OLGA with no margin considering the winter conditions as ambient conditions
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(4) Значения температур
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As shown on the above table, the water concentration 100ppm vol or 1000ppm vol has no significant impact on the main results even on the total water content in the line.
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Как показыва
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With a condensate line of 6” ND, the required FPU outlet pressure is much higher than with the 8” ND (by around 180bars) with 288bara @+50m MSL at early life.
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При номинальном диаметре
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However, since the fluid velocity is slower, the total water content in the 8” ND line reaches very high values with more than 2000m3 at end of life compared to less than 80m3 in the 6” ND line.
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Тем не менее,
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For both diameters the Reynolds number is largely above 4000 indicating that the flow regime in the condensate export line is always turbulent.
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Note that aqueous phase transported in the line is water and MEG. The concentration of MEG is not controlled and can vary in time; however the presence of MEG in the fluid will reduce the risk of ice formation in the line. Moreover, the freezing point of pure MEG is -12°C (worst case fro freezing point); therefore no significant risk of ice formation is expected.
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