FLUE GAS DESULFURIZATION: COST AND FUNCTIONAL ANALYSIS OF LARGE SCALE PROVEN PLANTS by Mr. Jean Tilly ,..Sc. Thesis, Chemical Engineering Dept. Massachusetts Institute of Technology, Cambridge, MA 02139 and Energy Laboratory Report No. MIT-EL 33-006 June 1983 - 01110 1, *II 111114111E10, 11 I ,1I IEY9 1 1 1,iiiii1mlonl -2- FLUE GAS DESULFURIZATION: COST AND FUNCTIONAL ANALYSIS OF LARGE - SCALE AND PROVEN PLANTS by Jean Tilly Submitted to the Department of Chemical Engineering
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Porosity Porosity is defined as the percentage or fraction of void space to bulk volume of rock. If the sedimentary particles of a rock were of uniform size and packing, as shown inFigure 1 , Figure 1 Figure 2 , Figure 2 and Figure 3 , the calculation of porosity would be a simple exercise in solid geometry. Of course, actual reservoir rock is a much more complicated mixture of particles, and its porosity must be measured directly from core samples or estimated by well log
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performance 08 Our market 10 Our strategy bp.com/annualreview Operating at the energy frontiers How a revitalized BP is driving efficiency, momentum and growth Meeting the energy demands of today and tomorrow Oil Natural gas Wind Solar Biofuels Efficiency BP Annual Review 2009 Reconciliation of profit for the year to replacement cost profit The Annual Review for the year ended 31 December 2009 includes the summary financial statement (on pages 1-7 and 10-33)
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Baker Hughes INTEQ Oil Field Familiarization Training Guide 80912 Rev. B May 1996 Copyright © 1994 Baker Hughes INTEQ Baker Hughes INTEQ Training & Development 2520 W.W. Thorne Houston, TX 77073 United States of America 713-625-4415 This material cannot be reproduced in any manner or otherwise used in any presentation without the express written permission of Baker Hughes INTEQ Preface i Preface At Baker Hughes INTEQ, we have always prided ourselves on our
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environmentally and socially responsible ways. Our Exploration & Production business searches for and recovers oil and natural gas around the world. Many of these activities are carried out as joint venture partnerships, often with national oil companies. Our Gas & Power business liquefies natural gas and transports it to customers across the world. Its gas to liquids (GTL) process turns natural gas into cleaner-burning synthetic fuel and other products. It develops wind power to generate electricity and invests
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Natural gas is a vital energy source for Pakistan. In FY2010, Pakistan consumed about 1.3 trillion cubic feet (tcf) of gas,all domestically produced and representing about half of primary energy consumption. Natural gas is transmitted and distributed by two companies: Sui Southern Gas Company Ltd. (SSGC) the sub borrower in this Project supplying Sindh and Balochistan, Sui Northern Gas Pipelines Ltd.(SNGPL) supplying Punjab and Khyber Pakhtunkhwa. Many large gas fields are in decline, and at
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to reach the fissures in the shale rock. These are often less than 1mm in size and this is where the molecules of gas are trapped. In order to extract the gas molecules from the rock, slick water is pumped in at a high pressure, forcing the fissures to widen. These fissures are kept open by grains of sand carried in by the high pressure water so allows the gas to be released. The gas then travels all the way back up to the ground's surface, ready to be used by humans as an energy source. The topic
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Each box to be filled in with a value is worth 1 point. Data Table 1 The Atmosphere …. | Greenhouse Gas Composition (in ppm) | Equilibrium Atmospheric Temperature (in °F) | | H2O(water vapor) | CO2(carbon dioxide) | CH4(methane) | N2O(nitrous oxide) | | With NO Greenhouse Gases | 0 | 0 | 0 | 0 | -1 | Today | 70% Relative Humidity | 388ppm | 1.843ppm | 0.317ppm | 57 | Ice Age | ? | 180ppm | 0.380ppm | 0.215ppm | 37 | Data Table 2 Concentration of Greenhouse Gases(in ppm) |
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Erica Allen | Name: Each box to be filled in with a value is worth 1 point. Data Table 1 The Atmosphere …. | Greenhouse Gas Composition (in ppm) | Equilibrium Atmospheric Temperature (in °F) | | H2O(water vapor) | CO2(carbon dioxide) | CH4(methane) | N2O(nitrous oxide) | | With NO Greenhouse Gases | 0 | 0 | 0 | 0 | -1 | Today | 70% Relative Humidity | 388ppm | 1.843ppm | .317ppm | 57 | Ice Age | ? | 180ppm | .380ppm | .215ppm | 37 | Data Table 2 Concentration of Greenhouse Gases(in
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Matter 1. Hydrogen gas occupies a 3.60 L container at 760 torr. Calculate the volume it occupies at 2.25 atm at a constant temperature. (1.6 L) 2. Nitrogen gas contained in a 1.85 L vessel exerts a pressure of 1.00 atm at 0 oC. Determine the required change in temperature to increase the pressure of nitrogen gas to 1.65 atm after it has been transferred to a 1.50 L vessel. (92.297) 3. An empty tank of 3 dm3 has a mass of 897.3 g. It is filled with propane gas, C3H8, at 25 o C to
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