PAHs
Polycyclic aromatic hydrocarbons (PAHs)
Polycyclic aromatic hydrocarbons (PAHs) are a large group of organic compounds with two or more fused aromatic rings and are known to be cancer causing agents.
In 2011, EU Commission Regulation No 835/2011, amending Regulation 1881/2006, set maximum levels in edible oils to 2 ng/g of benzo[a]pyrene individually, and 10 ng/g of benzo[a]pyrene, benzo[b]fluoranthene, chrysene and benzo[a]anthracene combined.
We have developed several solutions for PAHs analysis:
- Analyse of PAHs in fatty foods such as olive oil, rapeseed oil or avocado oil by AFFINIMIP® SPE PAHs,
- Analyse of PAHs in water by AttractSPE®HLB,
- Analyse of PAHs in soil by SilactSPE® CN/SiOH.
- POPs - PAHs - Perfluorinated compounds /
- PAHs
Poster - PAHs in oil & oil-rich food using MIP
New! Simple and fast method for PAHs quantification in oil and oil-rich food using Molecularly Imprinted Polymers extraction. Poster in collaboration with Carso LSEHL.
Reference used: AFFINIMIP®SPE PAHs FS119-03B-NG
- POPs - PAHs - Perfluorinated compounds /
- PAHs
Poster analysis of PAHs in olive, canola and CBD oils by a simple and fast cleanup method based on Molecularly Imprinted Polymers
New!
- POPs - PAHs - Perfluorinated compounds /
- PAHs
Determination of PAHs in Olive and Rapeseed oils by LC-FLD using AFFINIMIP®SPE PAHs
Analysis of 7 Polycyclic Aromatic Hydrocarbons (including the 4 regulated ones) by LC-Fluorescence after a previous clean-up of rapeseed (canola) and oliva oil with AFFINIMIP®SPE PAHs. Excellent recovery yields and cleanliness were obtained.
- POPs - PAHs - Perfluorinated compounds /
- PAHs
Determination of PAH in Olive and Rapeseed oils by GC-MS/MS using AFFINIMIP®SPE PAHs
- POPs - PAHs - Perfluorinated compounds /
- PAHs
Analysis of polycyclic aromatic hydrocarbons in water using AttractSPE®Disks HLB
AFFINIMIP®SPE PAHs was used to determine the stability and homogeneity of a whey protein CRM (Certified Reference Matrix) which is used for the determination of the 4 regulated PAHs in food, BaA, BaP, BbF, and Chr in the range 0.5 to 8 μg/kg by GC-MS/MS.
It was then demonstrated that this CRM WP-CBR001 is suitable for the development, validation and performance control of analytical methods for the determination of PAHs in high-protein food matrices.
Lobsiger, S. et al. (2023) ‘Development of a novel certified reference material for the determination of polycyclic aromatic hydrocarbons (PAHs) in whey protein powder’, Analytical and Bioanalytical Chemistry, 415(23), pp. 5819–5832 OPEN ACCESS
| Product Image | Product Name | Product Description | Product Price | Cart Actions | |
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AFFINIMIP® SPE PAHs
Ref. : FS119-03-NG |
3mL – 50/pk |
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AttractSPE® Disks HLB
Ref. : SPE-Disks-HLB-25.T1.40 |
SPE Disks with HLB sorbent for environmental applications, 25mm diameter, 40/pk |
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AttractSPE® Disks Mix HLB-SAX
Ref. : SPE-Disks-SAX-HLB-47.T1.20 |
for environmental applications. 47mm - 20/pk |
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AFFINIMIP SPE PAHs
Ref. : FS119-03B-NG |
6mL - 50/pk |
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AFFINIMIP® SPE PAHs
Ref. : FS119-04TL |
Selective SPE cartridges for PAHs for fatty food - 100/pk - 3mL flangeless |
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SilactSPE™CN/SiOH
Ref. : CNSiOH-50.S.6.500.1G |
cyanopropyl modified silica and silica SPE cartridges – 6mL PP cartridges -500mg CN – 1000mg silica– 50 columns/pack |
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AttractSPE® Disks HLB
Ref. : SPE-Disks-HLB-47.T1.20 |
for environmental applications, 47mm diameter, 20/pk |
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AttractSPE® Disks HLB
Ref. : SPE-Disks-HLB-90.T1.10 |
SPE Disks with HLB sorbent for environmental applications, 90mm diameter, 10/pk |
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