International Journal of Analytical Chemistry

Research Article

Hollow-Fibre-Supported Dispersive Liquid-Liquid Microextraction for Determination of Atrazine and Triclosan in Aqueous Samples

Table 2

Comparison of some analytical parameters for this method with those reported in literature for the same analytes.


	Method	LOD (ng mL⁻¹)	Precision (%RSD)		Ref

Atrazine	DLLME-GC-MS	0.1	6.8		[29]
	QuECHERS-GC-MS	0.01	4.8		[31]
	VALLME-SFO-LC-MS/MS	0.026	9.1	49	[32]
	DLLME-SFO-LC-MS/MS	0.029	11.1	37	[32]
	DLLME-LPME-GC-MS	0.063	10.7	62	[19]
	DLLME-LPME-GC-FID	0.81	6.9	127	This work

Triclosan	SPE-HPLC	0.134			[33]
	VALLME-SFO-LC-MS/MS	0.083	7.7	51	[32]
	DLLME-SFO-LC-MS/MS	0.129	7.2	45	[32]
	MEPS- LVI-GC-MS	0.003	2.2		[34]
	DLLME-SFO-LC-UV (LC-MS)	0.10 (0.002)	4.4 (4.6)		[35]
	DLLME-LPME-GC-FID	1.69	7.6	142	This work

Enrichment factor calculated as a ratio of the relative response after the extraction to that of the original solution; VALLME-SFO stands for vortex assisted liquid-liquid microextraction based on solidification of floating organic solvent; MEPS stands for microextraction by packed sorbents. The values in parentheses denote the analytical technique used after the sample preparation method.