James A. Jahnke - Continuous Emission Monitoring

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19 Dudley, T. and Cost, M. (2012). Eevolving applications that demonstrate the value of the Nessim platform – sampling system development for the field and laboratory. International Foundation Process Analytical Chemistry (IFPAC) Conference. Seattle. University of Washington Center for Process Analytical Chemistry.

20 Dunder, T.A. and Leighty, D.A. (1997). Comparison of thermoelectric and permeation dryers for sulfur dioxide removal during sample conditioning of wet gas streams. Paper presented at the Air & Waste Management Association meeting, Ontario. Pittsburgh: Air & Waste Management Association, 97‐MP7.04 (8–13 June 1997).

21 Dunder, T.A. and Stone, C.D. (1995). Permeation and adsorption of carbon monoxide in polymeric tubing used for extractive emissions monitoring applications. Paper presented at the Air & Waste Management Association Meeting, San Antonio, paper 95‐TA16B.02 (8–13 June 1995).

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24 Geary, A and Sinada, C.D. (2018). Effects of sample conditioning on SO2 retention and measured emissions. Paper presented at the Power Plant Pollutant and Effluent Control MEGA Symposium, Baltimore (20–23 August 2018).

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28 Jahnke, J.A. (1997). Assessment of New and Alternative Continuous Emission Monitoring Systems. Palo Alto, CA: Electric Power Research Institute.

29 Jahnke, J.A. and Marshall, R.P. (1994). Pressure and Temperature Effects in Dilution Extractive Continuous Emission Monitoring Systems, TR‐104700. Palo Alto, CA: Electric Power Research Institute.

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34 Marshak, B. (2015). Material and process conditions for successful use of extractive sampling techniques. Paper presented at EPA Region 6 – 25th Annual Quality Assurance Conferences (21 October 2015). https://www.epa.gov/sites/production/files/2015‐11/documents/c15‐marshik‐p2.pdf(accessed 11 November 2021).

35 Marshak, B. (2019). Lack of regulation of NH3 CEMS systems. Presented at the EPRI CEM Users Group Meeting, Birmingham, AL (8–9 May 2019).

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39 Miller, S.B. (1994). Certification and utilization of multicomponent EPA protocol gases. Paper presented at EPRI CEM Users Group Meeting, Minneapolis.

40 Munukutla, S.S. (1992). Theory‐Based Evaluation of Pressure, Temperature and Density Effects on the Operation of the Dilution Probe, unpublished preliminary report. Palo Alto, CA: Electric Power Research Institute.

41 Myers, R.L. (1986). Field experiences using dilution probe techniques for continuous source emission monitoring. In: Transactions – Continuous Emission Monitoring – Advances and Issues, 431–439. Pittsburgh: Air Pollution Control Association.

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43 Pellikka, T., Kajolinna, T., and Perälä, M. (2019). SO2 emission measurement with the European standard reference method, EN 14791, and alternative methods – observations from laboratory and field studies. Journal of the Air & Waste Management Association 69 (9): 1122–1131.

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46 Reynolds, W.E. (1989). Field Inspector's Audit Techniques: Gas CEMS's Which Accept Calibration Gases. EPA/340/1‐89‐003. Washington DC: Environmental Protection Agency.

47 Robinson, W.R. 2010. Survey of umbilical line performance. Paper presented at the CEM User’s Group Meeting, Electric Power Research Institute Meeting, Cleveland (12–14 May 2010).

48 Romero, C.E., Yilmaz, A., Levy, E.K. et al. (1999). Analysis of sampling errors in dilution extractive CEM probes. Paper presented at EPRI CEM Users Group Meeting, Cincinnati. https://www.researchgate.net/publication/335365870(accessed 11 November 2021).

49 Romero, C.E., Sarunac, N., Levy, E.K., and Bilirgen, H. (2002). Techniques to improve measurement accuracy in power plant reported emissions. ISA Instrumentation Systems and Automation Conference, Chicago (October 2002).

50 Romero, C.E., Sarunac, N., Levy, E.K., and Bilirgen, H. (2005). Techniques to improve measurement accuracy in power plant reported emissions of NOx and SO2. Ingenieria Mecanica Tecnologia y Desarrolo 1 (6): 215–222. https://www.researchgate.net/publication/335365942.