Portable Liquid Analytical Tester-New Pollutant Application
Zero technology portable liquid analysis detector has multi-function characteristics, can meet the needs of different users, abroad by the us Environmental Protection Agency, national standards bureau, ministry of Agriculture, customs service center, the War, center for disease control and universities, research institutes, oil companies (BP, Chevron, Shell, etc.) and well-known enterprises (koda film, Lockheed engine, Goodyear tires), etc.
In China, our products, portable, durable, sensitive and widely serve commercial inspection, environmental protection, water conservancy, mining, power and other related industries; and become the preferred brand of portable liquid analysis detector.
1. Minimum size: 52 x 40 x 21cm
2. Mass is 12kg
1. detector:
Seven detectors are available:
FID Flame ionization detector (100 pg detection limit)
NPD Nitrogen and phosphorus detector (20 pg detection limit)
PID photoionization detector (10 pg detection limit)
TID Thermal Ion detector (20 pg detection limit)
FPD Flame photometry detector (10 ng sulfur, 10 pg phosphorus detection limit)
HID Helium Ionization Detector (100 pg Detection Limit)
BCD Bromide Chloride detector (10 pg detection limit)
2. sampling method:
1. Top sample (ppm / 10-6)
2. Blow trap samples (ppt / 10-12 or ppb / 10-9)
3. Liquid sample (ppm / 10-6)
3. Application mode:
(1) Consumer products: food, packaging, personal care
1. Flavors and spices;
2. Food pollutants;
3. Residual ethylene for fruit ripening;
4. Packaging pollutants, such as mineral water and other drinks;
5. Personal care perfume;
6. Anticorrosive agent
7. Sterol
8. Glycools
9. Trifat and fat
10. Alcohol and spirits
11. Clean the solvent
12 Cork plug contamination
13. Tobacco composition analysis;
14. Analysis of the essential oil
15. Fatty acid analysis
16. Analysis of fatty acid methyl ester;
17. Chiral separation (enantioisomer) substance analysis
(2) Environment: air, water, soil
1. Nitrogen and phosphorus pesticide analysis;
2. Organochlorine pesticide analysis;
3. Organophosphorus pesticide analysis;
4. Polyphthalate analysis;
5. Analysis of new pollutants: polychlorinated biphenyl, polybromobiphenyl and other persistent organic compounds;
6. Antibiotic analysis: β -lactamides, macrolides, aminoglycosides, tetracyclines, lincomycin, chloramphenicol, peptides, etc.;
7. Analysis of semi-volatile substances;;
8. Rapid soil analysis;
9. Diesel oil analysis;
10. Analysis of disinfection by-products;
11. Exploamite analysis;
12. Analysis of gasoline organic matter;
(3) Medical examiner: arson, blood, drugs
1. Blood-borne alcohol analysis;
2. Analysis of drug abuse;
3. Forensic solvent analysis;
4. Anesthesia agent analysis;
5. Analysis of the arson promoter;
(4) Petrochemical: permanent gas, fuel, safety and so on
1. Biodiesel analysis;
2. Biofuel analysis;
(5) Drugs: medicine and marijuana;
1. Barbiturate analysis;
2. Analysis of medical marijuana;
3. Cold medicine analysis;
4. Residual solvent analysis;
5. Steroid analysis;
6. Analysis of antidepressants;
7. Antiepileptic drug analysis;
8. Analysis of antihistamine drugs;
9. Analysis of other drugs;
(6) Quality control: Solvents and chemicals
1. Mecresol analysis;
2. Formaldehyde analysis;
3. Analysis of cosmetics composition;
4. Solvent analysis;
5. Analysis of the rubber track in the playground;
6. Acrylate analysis;
7. Alcohol analysis;
8. Aldehyde analysis;
9. Amine analysis;
10. Analysis of aromatic hydrocarbons;
4. Meet the national standards:
GB/T 7717.12 Acrylonitrile for industrial use- -Part 12: Determination of purity and impurity content by gas chromatography
GB/T 41701 Determination of nicotine, propylene glycol and propylene glycol by gas chromatography
GB/T 41489 ε -caprolactam and ω -dodecyl lactam were determined by plastic polyamide gas chromatography
GB/T 11060.10 Determination of sulfur compounds in natural gas- -Part 10: Determination of sulfur compounds by gas chromatography
GB/T 40704 Determination of natural gas odorant tetrahydrothiophene content by online sampling gas chromatography
GB/T 40845 Gas chromatography for the detection of azelaic acid in cosmetics
GB/T 6015 Determination of trace dimers and residual extraction agents in buadiene
GB/T 6017 Determination of industrial butadiene purity and hydrocarbon impurities by gas chromatography
GB/T 40460 Determination of plant growth regulators in fertilizers
GB/T 40500 Determination of total aromatics in jet fuel by gas chromatography
GB/T 39765 Determination of benzene, toluene, ethylene and xylene in Stationery by Gas chromatography
GB/T 12688.10 Part 10: Determination of oxygenic compounds by gas chromatography
GB/T 39298 Determination of benzene series by gas chromatography
GB/T 13610 Composition analysis of Natural Gas Gas chromatography
GB/T 33610.3 Determination of deodorization properties- -Part 3: Gas chromatography
GB/T 38095 The DHA and EPA contents were determined by gas chromatography
GB/T 14571.2 Part 2: Determination of purity and impurities Gas chromatography
GB/T 35933 Determination of residual amount of fen, pyrethroid and organophosphorus
GB/T 35952 Determination of anooic acid and its zinc salts in cosmetics
GB/T 35953 Determination of the limited substances of dichloromethane and 1,1,1-trichloroethane in cosmetics by top-air chromatography
GB/T 34723 Determination of residual styrene monomer content with unsaturated polyester resin by gas chromatography
GB/T 34270 Determination of PCBl and hexachobenzene by gas chromatography
