Capture
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The iron and steel industry is one of the largest industrial sources of CO2. Globally, it accounts for about 6% of anthropogenic CO2 emissions from energy use. Current World...
The iron and steel industry is one of the largest industrial sources of CO2. Globally, it accounts for about 6% of anthropogenic CO2 emissions from energy use. One of the...
Date published:
01 Dec 2011 The iron and steel industry is one of the largest industrial sources of CO2. Globally, it accounts for about 6% of anthropogenic CO2 emissions from energy use. One of...
1. COE calculation sheets
The COE calculation sheets for each case are attached here below.
The following table summarizes the total investment cost and O&M costs for all the dry land alternatives analyzed. The overall investment cost of the relevant wet land...
Operating and Maintenance (O&M) costs include:
Feedstock
Chemicals
Catalysts
Solvents
Raw Water make-up
Direct Operating labour
Maintenance
Overhead Charges
O&M...
5.1. Cost of electricity
The following table summarizes the cost of electricity for each case. The economic analyses performed are attached to the end of this section C.
The...
3.1. USC PC cases – dry land (Cases 3.25 and 3.23)
The following Tables 3.1/2 show the investment break down and the total figures for each alternative investigated.
3.2....
IEA GHG R&D Programme has already issued reports assessing power generation with and without CO2 capture from coal fired power plants.
In particular some studies were...
2.1. Basis of the estimate
The basis of the estimate for each alternative is the technical documentation collected in technical Reports #2, #3 and #4 and summarised in...
Ten different power plants have been subjected to the present study, as mentioned in Section A of the present Report.
In the following table the main parameters of such...
3.1. USCPC without CO2 capture plants: Case 3.21 vs case 3.25
From the comparison of these two USCPC power plants, it appears that it is possible to reduce to zero the...
Purpose of the present study is to compare (from the point of view of economics and performance) the power plants installed in countries without water limitations (referred...
Reference shall be made to the Basic Engineering Design Data summarised in each report.
The Power Plants are designed to process, in an environmentally acceptable manner, a coal from eastern Australia and produce electric energy to be delivered to the local grid...
IEA Greenhouse Gas R&D Programme (IEA GHG) retained Foster Wheeler to investigate and evaluate water usage and loss of power in power plants with CO2 capture.
The GEE IGCC power plant, case 5.03, is designed to process coal, whose characteristic is shown at Section A of present report, and produce electric power. The gaseous...
The list of main equipment and process packages is included in this paragraph. WWT plant equipment list is included.
In the equipment list, the major water consumers/...
The table summarizing the Overall Performance of the GEE IGCC power plant, case 5.03, is attached hereafter.
The Utility Consumptions of the process / utility & offsite units are attached hereafter. Italic font style indicates that the figure in the table has been updated,...
The Heat and Material Balance (H&MB), referring to the Block Flow diagram attached in the previous paragraph, is attached hereafter.
The H&M balance makes reference...
