1. Performance enhancement of Iraqi heavy oil flow using parabolic trough solar collector.
- Author
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Rasheed, Lina Lutfi, Hussein, Hashim Abed, and Numaan, Ali H.
- Subjects
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PARABOLIC troughs , *HEAVY oil , *SOLAR radiation , *PETROLEUM reserves , *SOLAR energy industries , *SOLAR energy - Abstract
Because of rich solar and oil reserves in Iraq, application of solar energy in the oil treatment process in the oil fields was considered. An experimental plant with solar module parabolic through concentrator was developed, built and tested. The dependence of the oil treatment opportunity on solar radiation changes through months of the year was determined. The use of solar energy in the oil industry gives the opportunity for fossil fuels to be partly economized, and to improve the conditions of work, safety measures and ecology. Outside (direct to the sun), the model was evaluated for solar radiation of 300,400,500,600,780 W/m2 and water mass flow rate of 0.00305, 0.0055, 0.0082 kg/s. The results indicated that the maximum thermal efficiency was 63.2 % at 780 W/m2 solar radiation and 0.00825 kg/s mass flow rate and the higher temperature difference was measured 45˚ at minimum mass flow rate 0.00305 kg/s. Also, the maximum oil flow speed was measured 0.1333 m/s in 30 seconds of discharge60 liter of Iraqi heavy oil, and the maximum volumetric flow discharge was measured 0.27 mm^3/s for 2 inches diameter of oil pipe. [ABSTRACT FROM AUTHOR]
- Published
- 2024
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