Chemistry, emission control, radioactive pollution and by Nicolás A Mazzeo PDF

By Nicolás A Mazzeo

ISBN-10: 9533073160

ISBN-13: 9789533073163

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Mining of coal), fuel transport, power production, CO2 capture, CO2 transport and CO2 storage (see Fig. 3). Note that for most studies found in the literature, including those on CCS, emissions from the infrastructure and the extraction of raw materials other than fuel tend to be excluded since they are assumed to be relatively small in comparison to primary burdens or there is lack of data that does not allow for a reliable analysis. 13 Chemical looping concepts typically include an oxidizing reactor (OX) were a metal oxide (oxygen carrying metals that are considered are: Cu, Co, Ni, Fe and Mn) is formed through the exothermic reaction of a metal with oxygen.

E. until 2030. 36 Chemistry, Emission Control, Radioactive Pollution and Indoor Air Quality Results show a reduction in GHG emissions compared to the baseline scenario between 7% and 16% for scenarios with CCS penetration in the European power and heat sector. This comes with an increase in total primary energy use in the EU of approximately 1-5%. In the power and heat sector alone this increase is between 2% and 17%. e. a reduction varying between 27% and 41%. This holds especially for the scenario with a large share of oxyfuel combustion technology.

The value is lower than those reported for PCs due to the high removal of PM in the syngas (to avoid detrimental effects in the turbine). 5/kWh). In this case, PM emissions are mainly associated with NOx emissions (which are PM precursors) from the power plant and the winning of natural gas. Values for oxyfuel power plants with CO2 capture are also reported by NEEDs (2009). 5/kWh. 3 NOx and SOx Table 3 shows the ranges found in the literature for the life cycle of power plants with and without CCS.

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Chemistry, emission control, radioactive pollution and indoor air quality by Nicolás A Mazzeo


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