Analysis Price List – Environmental Development, Application and Research Center

* Prices are valid between 01.01.2025 and 31.12.2025. 20% VAT is not included.

Analysis Code	Analysis Name	Explanation	Price (TL)
12-01-01	Anion Analysis (with Ion Chromatography)	F-,Cl-, Br-,NO2-, NO3-, SO42- and PO43- one of these anions	500
12-01-02	For Each Additional Anion		125
12-01-03	Anion Analysis (with Ion Chromatography) 7 Anions	F-,Cl-, Br-,NO2-, NO3-, SO42- and PO43- all of these anions	1250
12-01-04	Bromate Analysis (with Ion Chromatography)	BrO3- ion	500
12-01-05	Cation Analyses (with Ion Chromatography)	Li+, Na+, NH4+, K+, Mg2+ and Ca2+ one of these cations	500
12-01-06	For Each Additional Anion		125
12-01-07	Cation Analysis (with Ion Chromatography) 6 Cations	Li+, Na+, NH4+, K+, Mg2+ and Ca2+ all of these cations	1125
12-01-08	IC Calibration	Calibration for IC Analysis	450
12-02-01	Total Organic Carbon (TOC)	For liquid samples	450
12-02-02	Non-Purgeable Organic Carbon (NPOC)	For liquid samples	450
12-02-03	Total Organic Carbon (TOC)	For solid samples	550
12-02-04	Total Nitrogen (TN)	For liquid samples	450
12-02-05	TOC Calibration	Calibration for TOC Analysis	300
12-02-06	TN Calibration	Calibration for TN Analysis	300
12-03-01	Elemental Analysis with ICP-MS	For 1-10 elements	900
12-03-02	Elemental Analysis with ICP-MS	For 11-30 elements	1300
12-03-03	ICP-MS Calibration	Calibration for ICP-MS Analysis	250
12-04-01	Elemental Analysis with ICP-OES	For 1-10 elements	750
12-04-02	Elemental Analysis with ICP-OES	For 11-30 elements	1200
12-04-03	Hg Analysis with ICP-OES	By hydride generation method	500
12-04-04	Se Analysis with ICP-OES	By hydride generation method	500
12-04-05	Bi Analysis with ICP-OES	By hydride generation method	500
12-04-06	Sb Analysis with ICP-OES	By hydride generation method	500
12-04-07	ICP-OES Calibration	Calibration for ICP-OES Analysis	250
12-05-01	Pellet Preperation	Pellet preperation with KBr for FTIR analysis	200
12-05-02	Spectrum Scan with FTIR	(KBr Pellet, DRIFT, ATR) One of these methods is used according to the sample type.	400
12-06-01	GC-MS Library Search	per sample	220
12-06-02	Qualitative Analysis with GC-MS		850
12-06-03	Quantitative Analysis with GC-MS1,2	For 1-10 components	950
12-06-04	Quantitative Analysis with GC-MS1,2	For 11-30 components	1100
12-06-05	SPME / Headspace / Pyrolysis Calibration		850
12-06-08	Qualitative Analysis with SPME GC-MS		1250
12-06-09	Quantitative Analysis with SPME GC-MS1,2	For 1-10 components	1350
12-06-10	Quantitative Analysis with SPME GC-MS1,2	For 11-20 components	1500
12-06-11	GC-MS Calibration1	Calibration for GC-MS Analysis	650
12-06-12	Method Development with GC-MS - 1	Please contact with the lecturer for details.	2500
12-06-13	Method Development with GC-MS - 2	Please contact with the lecturer for details.	5000
12-06-14	Method Development for GC-MS Pyrolysis/Headspace/SPME Analyses-1	Please contact with the lecturer for details.	4000
12-06-15	Method Development for GC-MS Pyrolysis/Headspace/SPME Analyses-2	Please contact with the lecturer for details.	8000
12-06-16	Qualitative Analysis with Headspace GC-MS		1250
12-06-17	Quantitative Analysis with Headspace GC-MS 2,3	1-10 Components	1350
12-06-18	Quantitative Analysis with Headspace GC-MS 2,3	11-30 Components	1500
12-06-19	Qualitative Analysis with Pyrolysis GC-MS		1600
12-06-20	Quantitative Analysis with Pyrolysis GC-MS 2,3	1-10 Components	1800
12-06-21	Quantitative Analysis with Pyrolysis GC-MS 2,3	11-30 Components	2000
12-07-01	Qualitative Analysis with GC-FID		750
12-07-02	Quantitative Analysis with GC-FID1,2	For 1-10 components	800
12-07-03	Quantitative Analysis with GC-FID1,2	For 11-30 components	1000
12-07-04	Quantitative Analysis with SPME GC-FID1,2	For 1-10 components	1050
12-07-05	Quantitative Analysis with SPME GC-FID1,2	For 11-20 components	1150
12-07-06	GC-FID Calibration1	Calibration for GC-FID Analysis	650
12-07-07	Method Development with GC-FID	Please contact with the lecturer for details.	4000
12-08-01	Qualitative Analysis with GC-TCD		750
12-09-01	Qualitative Analysis with HPLC		650
12-09-02	Quantitative Analysis with HPLC1,2	For 1-10 components	750
12-09-03	Quantitative Analysis with HPLC1,2	For 11-20 components	800
12-09-04	HPLC Calibration1	Calibration for HPLC Analysis	500
12-09-05	Method Development with HPLC	Please contact with the lecturer for details.	6000
12-10-01	Total Alkalinity Analysis	Method: SM 2320 B	375
12-10-02	Dissolved Chloride Determination	Method: SM 4500 Cl- D	300
12-10-03	Iron (III) Chloride Analysis		300
12-11-01	Microwave Digestion		650
12-30-01	pH Measurement	Method: SM 4500-H+ B	250
12-31-01	Conductivity Measurement	Method: SM2510 B	250
12-32-01	Temperature Measurement	Method: SM 2550 B	250
12-33-01	Total Dissolved Solids (TDS)	Method: SM 2540 C	300
12-34-01	Total Hardness Analysis	Method: SM 2340 C	400
12-35-01	Total Suspended Solid Analysis	Method: SM 2540 D	400
12-35-03	Density Measurement	For liquids	150
12-60-01	Sample Preperation	For each of the sample preparation steps such as filtering, dissolving and grinding	400
12-80-01	Geothermal Water Analyses Package	Conductivity, pH, hardness, F-,Cl-, Br-,NO2-, NO3-, SO42- and PO43- , Li+, Na+, NH4+, K+, Mg2+,Ca2+,B, As, Sr, Fe, Ba, TDS, Total Alkalinity	5800
12-80-02	Tracer Analyses in Geothermal Waters	Naphthalene Sulfonates	Please contact with the lecturer for details.
12-80-03	Tracer Analyses in Geothermal Waters	Method Development and Calibration	Please contact with the lecturer for details.
12-81-01	Iron (III) Chloride Analysis Used in Drinking Water Treatment	Method: TS EN 888	5000
12-81-02	Sodium Hydroxide Analysis Which is Used in Drinking Water Treatment	Method: TS EN 869	5000
12-20-01	Faculty Member Report		5000

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NOTES :

For the analysis from IZTECH, column, standart and solvents, for the analysis from out of IZTECH standart sholud be supplied by individual.
In the case where the number of samples and components is high, the price is determined by considering the sample feature and scope of the study.