4.3.1.1 MEA Simulation Process Description The simulation process flow sheet is shown in figure (20) was simulated using a 30 wt. % MEA with lean solvent loading of 0.29 mol CO2/mol MEA to capture CO2 of 84.6 kg/hr. The following description of the MEA process that was run at Tarong pilot plant will be discussed based on the simulation process results were obtained from the Aspen plus V8.4. The flow rate of the flue gas of 599.9kg/hr at 103.7◦C generated from the coal-fired power station entered
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Doha west power Generation and Water Distillation Station is one of the main base load plants of the country governed by the ministry of electricity and water‚ government of Kuwait. This power station is situated in Doha‚ located approx. 15 km to the west of Kuwait city. This power station is composed of eight power generating units of 300 M.W. capacity each and 16 water distillation units of 6/6.2 million imperial gallons per day capacity each. In all‚ power station is capable of generating 2400
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A forced circulation boiler was first introduced by La-Mont in the year 1925 which is used in Europe and America. This is a modern high pressure boiler (water tube type steam boilers) working on forced circulation system. Working principle of La Mont Boiler The image shows the flow circuit of La Mont Boiler. I will explain working of each and every part in La Mont boiler one by one. Steam separator drum The la Mont boiler consists of a steam separator drum which is placed wholly outside the boiler
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Material and Energy Balance and Simulation (CHE243) Combustion and Environment 1. This activity contributes 5% of the course work (Group Assignment). 2. Form a group of 4 to 5 person. 3. Dateline: 1 September 2014‚ 5pm Learning outcome 1. Apply the calculation for fundamentals of material balance for reactive system. 2. Calculate the parameter required for the combustion process. Scenario You have been assigned by the Department of Environment (DOE) to measure SO 2 emission from a small
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Assessment Report - Rietspruit WWTW 27-09-2009 The plant currently does not comply with the DWA wastewater discharge standards. There are major challenges with respect to operation‚ maintenance and some equipment status at the plants. Some of the problems identified that are hampering the non-compliance of the final effluents are as follows: • Flow meters are not calibrated (incorrect flow readings) and this makes it difficult to optimize the plant with respect to flows into different modules
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Merox process for removal of mercaptans from LPG and light naphtha It is a two-step process. In the first step‚ the feedstock LPG or light naphtha is contacted in the trayed extractor vessel with an aqueous caustic solution containing UOP’s proprietary liquid catalyst. The caustic solution reacts with mercaptans(RSH) and extracts them. The reaction that takes place in the extractor is: 2RSH + 2 NaOH → 2NaSR + 2 H2O The second step is referred to as regeneration and it involves heating and oxidizing
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October 17 & October 24‚ 2012 How is Aspirin Made? This lab is about synthesizing aspirin using a hotplate to heat the reaction. It involved vacuum filtration‚ recrystallization‚ and comparing the properties of aspirin with salicylic aspirin. The first thing we did in this lab was make a hot-water bath by putting a beaker with water on a hot plate. After measuring out 2.1 grams of salicylic acid and 3 ml of acetic anhydride‚ we mixed the two together‚ along with 3 drops of sulfuric acid. We
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The Separation of Mixtures This lab demonstrates the difficult task of separating mixtures using different types of methods. This study is performed because it helps you understand the concept of separation and certain characteristics of elements. Previous knowledge in which already exists in this lab would be the process of filtration‚ distillation‚ magnetism‚ and evaporation. The specific hypotheses of this experiment was that the iron would separate through magnetism‚ the salt would separate
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Operations management case study Name Institution Introduction Some of the most essential factors that can be used in the management of customers include order winning and order qualifying factors. Notably‚ these factors are very essential in ensuring that businesses carry out their activities in the most efficient ways. It is quite imperative for various organisations to understand the distinct aspects related to order winning and order qualifying factors in order to ascertain progress
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The case is due 5 pm on September 27 (Tuesday). Please submit only one document per group. Please E-MAIL your report to ismail.civelek@wku.edu. 1. Mark the capacity and utilization of each resource in the process flow diagram at the end of this document. Briefly describe how you calculate the capacity and utilization here. [20 points] The capacity for each process was listed in the case study document‚ and we found utilization by dividing the demand by the capacity. The respective capacity and
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