An autonomous flame ionization detector for emission monitoring

Förster, Jan; Kuipers, Winfred; Lenz, Christian; Ziesche, Steffen; Bechtold, Franz

doi:https://doi.org/10.5194/jsss-8-67-2019

Articles | Volume 8, issue 1

J. Sens. Sens. Syst., 8, 67–73, 2019

https://doi.org/10.5194/jsss-8-67-2019

© Author(s) 2019. This work is distributed under
the Creative Commons Attribution 4.0 License.

Special issue: Sensors and Measurement Systems 2018

J. Sens. Sens. Syst., 8, 67–73, 2019

https://doi.org/10.5194/jsss-8-67-2019

© Author(s) 2019. This work is distributed under
the Creative Commons Attribution 4.0 License.

Articles | Volume 8, issue 1

Review paper

24 Jan 2019

Review paper | 24 Jan 2019

An autonomous flame ionization detector for emission monitoring

Jan Förster et al.

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Jan 2019	62	18	1	81
Feb 2019	57	8	2	67
Mar 2019	45	14	1	60
Apr 2019	45	8	0	53
May 2019	20	11	2	33
Jun 2019	240	8	0	248
Jul 2019	213	5	0	218
Aug 2019	71	8	0	79
Sep 2019	108	7	0	115
Oct 2019	92	6	1	99
Nov 2019	149	9	0	158
Dec 2019	102	7	0	109
Jan 2020	71	4	0	75
Feb 2020	14	7	0	21
Mar 2020	14	12	0	26
Apr 2020	352	3	0	355
May 2020	127	12	0	139
Jun 2020	297	12	1	310
Jul 2020	210	7	6	223
Aug 2020	326	5	1	332
Sep 2020	155	8	0	163
Oct 2020	43	8	0	51
Nov 2020	93	8	0	101
Dec 2020	110	10	1	121
Jan 2021	27	6	0	33
Feb 2021	12	2	0	14
Mar 2021	18	5	0	23
Apr 2021	14	5	0	19
May 2021	22	14	0	36
Jun 2021	22	14	0	36
Jul 2021	23	13	0	36
Aug 2021	14	7	0	21
Sep 2021	22	7	0	29
Oct 2021	24	19	0	43
Nov 2021	24	25	0	49
Dec 2021	23	7	0	30
Jan 2022	24	12	1	37
Feb 2022	34	11	1	46
Mar 2022	40	8	1	49
Apr 2022	52	8	0	60
May 2022	28	14	4	46
Jun 2022	20	10	3	33
Jul 2022	17	2	1	20
Aug 2022	34	4	1	39
Sep 2022	20	3	0	23
Oct 2022	17	7	1	25
Nov 2022	19	7	1	27
Dec 2022	11	9	2	22
Jan 2023	7	7	0	14
Feb 2023	1	2	0	3

Cumulative views and downloads (calculated since 24 Jan 2019)

Month	HTML	PDF	XML	Total
Jan 2019	62	18	1	81
Feb 2019	57	8	2	67
Mar 2019	45	14	1	60
Apr 2019	45	8	0	53
May 2019	20	11	2	33
Jun 2019	240	8	0	248
Jul 2019	213	5	0	218
Aug 2019	71	8	0	79
Sep 2019	108	7	0	115
Oct 2019	92	6	1	99
Nov 2019	149	9	0	158
Dec 2019	102	7	0	109
Jan 2020	71	4	0	75
Feb 2020	14	7	0	21
Mar 2020	14	12	0	26
Apr 2020	352	3	0	355
May 2020	127	12	0	139
Jun 2020	297	12	1	310
Jul 2020	210	7	6	223
Aug 2020	326	5	1	332
Sep 2020	155	8	0	163
Oct 2020	43	8	0	51
Nov 2020	93	8	0	101
Dec 2020	110	10	1	121
Jan 2021	27	6	0	33
Feb 2021	12	2	0	14
Mar 2021	18	5	0	23
Apr 2021	14	5	0	19
May 2021	22	14	0	36
Jun 2021	22	14	0	36
Jul 2021	23	13	0	36
Aug 2021	14	7	0	21
Sep 2021	22	7	0	29
Oct 2021	24	19	0	43
Nov 2021	24	25	0	49
Dec 2021	23	7	0	30
Jan 2022	24	12	1	37
Feb 2022	34	11	1	46
Mar 2022	40	8	1	49
Apr 2022	52	8	0	60
May 2022	28	14	4	46
Jun 2022	20	10	3	33
Jul 2022	17	2	1	20
Aug 2022	34	4	1	39
Sep 2022	20	3	0	23
Oct 2022	17	7	1	25
Nov 2022	19	7	1	27
Dec 2022	11	9	2	22
Jan 2023	7	7	0	14
Feb 2023	1	2	0	3

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Short summary

Reliable detection of hydrocarbons can be achieved with a flame ionization detector (FID). However, these devices have not been implemented as true field devices yet. Miniaturization by using ceramic multilayer technology leads to a strong reduction of gas consumption and allows autonomous operation of the FID with gas supply by electrolysis. Thus, this research enables the use of the FID in the field. Characterization of this new FID reveals a performance comparable to conventional FIDs.


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