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Title: Uncertainty Analysis Of Stack Gas Flowrate Measurement With S - Type Pitot Tube For Estimating Greenhouse Gases Emission
Author: Woong Kang Yong Moon Choi Nguyen Doan Trang Hee Soo Jang
Source: 2015 International Symposium on Fluid Flow Measurement
Year Published: 2015
Abstract: Under the United Nations Framework Convention on Climate Change (UNFCCC), all countries concerned are required to reduce greenhouse gases (GHGs) emission for mitigating climate change. In order to reduce GHGs emission, accurate and reliable GHGs emission estimate with proper uncertainties should be carried out first. GHGs emission estimate have been based on an activity - based method (i.e., fuel consumption and emission factor) and a continuous emission measurement (CEM). CEM directly measures GHGs emission through monitoring GHG concentrations and volumetric flow rate at a stack. In the U.S Environmental Protection Agency (EPA), GHGs emission by CEM was classified as a highest quality tier (IV) with lowest uncertainty lev el.

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