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Verification of Fluorinated Greenhouse Gas Emissions from Ireland

机译:验证来自爱尔兰的氟化温室气体排放

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National emissions estimates for HFCs 23, 32, 125, 134a, 152a, 143a and 227ea; PFCs 14 and 116 and sulphur hexafluoride during 1995 and 1998 have been developed for Ireland. The most significant of these have been verified against Irish source strengths calculated independently by inverse modelling from continuous observations of their atmospheric concentrations at Mace Head, Co Galway. The method of estimating emissions involved firstly using macroeco-nomic parameters to calculate the quantities used in Ireland based on known European usages of the compounds. In the case of the HFCs which replace ozone depleting substances (ODS), the Irish usages were verified at this stage against historical data for consumption of ODS. Emissions were then calculated using standard global functions that have been extensively tested in other work. Similar estimates were also made for emissions of HCFCs 22, 141b and 142b that are emitted from Ireland in much larger amounts than the Kyoto greenhouse gases. The higher emissions, however, afforded a more rigorous assessment of the methodologies for estimating emissions and verification by inverse modelling.
机译:氢氟碳化合物23、32、125、134a,152a,143a和227ea的国家排放估算;已为爱尔兰开发了1995年和1998年的PFC 14和116以及六氟化硫。这些中最重要的是针对爱尔兰源强度进行了验证,而爱尔兰源强度是通过对戈尔韦梅斯黑德州大气浓度的连续观测进行反演而独立计算得到的。估算排放量的方法首先涉及使用宏观经济学参数,根据欧洲已知的化合物使用量来计算爱尔兰使用的数量。在使用氢氟碳化合物代替消耗臭氧层物质(ODS)的情况下,现阶段根据消耗臭氧层物质的消费历史数据对爱尔兰的使用情况进行了验证。然后使用已在其他工作中进行了广泛测试的标准全局功能来计算排放量。对于从爱尔兰排放的氟氯烃22、141b和142b的排放量也远超过《京都议定书》温室气体的排放量,也进行了类似的估算。但是,较高的排放量对估计排放量的方法进行了更严格的评估,并通过逆模型进行了验证。

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