domatec GmbH - Ihr Partner für technische Hygiene in Luft und Wasser

Portfolio of services

Our standard investigations and analysis at a glance

 

Non-volatile solvents in room air

Quantitative detection of non-volatile organic solvents (np/pVOCs) in room air.

Measuring method: active sampling using an air sampling pump. Polymer Supelpak 70 is used as the adsorber material. Ultrasound-supported solvent desorption. Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS

 

Non-volatile solvents in solids

Quantitative detection of non-volatile organic solvents (np/pVOCs) in solids.

Measuring method: Ultrasound-supported solid extraction. Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS

 

Volatile solvents in room air

Quantitative detection of volatile organic solvents (vVOCs) in room air.

Measuring method: active sampling using an air sampling pump. Active carbon Orbo 23 is used as the adsorber material. Ultrasound-supported solvent desorption. Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS

 

Volatile solvents in solids

Quantitative detection of volatile organic solvents (vVOCs) in solids.

Measuring method: ultrasound-supported solid extraction. Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS

 

PAHs in room air

Quantitative detection of polycyclic aromatic hydrocarbons (PAHs) in solids.

Measuring method: active sampling using an air sampling pump. Polymer Supelpak 70 is used as the adsorber material. Ultrasound-supported solvent desorption. Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS

 

PAHs in solids

Quantitative detection of polycyclic aromatic hydrocarbons (PAHs) in solids.

Measuring method: Ultrasound-supported solvent extraction. Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS

 

Formaldehyde in room air

Quantitative detection of formaldehyde in room air.

Measuring method: active sampling using an air sampling pump. Double-distilled water is used as the adsorber medium. Derivatisation of formaldehyde with acetyl acetone and ammonium acetate to diacetyl dihydrolutidin. Photometric determination and quantification based on the external standard method.

 

Formaldehyde in solids

Quantitative detection of formaldehyde in solids.

Measuring method: Derivatisation of formaldehyde with acetyl acetone and ammonium acetate to diacetyl dihydrolutidin. Photometric determination and quantification based on the external standard method.

 

PCBs in room air

Quantitative detection of polychlorinated biphenyls (PCBs) in room air.

Measuring method: active sampling using an air sampling pump. Florisil Orbo -60 is used as the adsorber material. Ultrasound-supported solvent desorption. Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS

 

PCBs in solids

Quantitative detection of polychlorinated biphenyls (PCBs) in solids.

Measuring method: Ultrasound-supported solvent desorption Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS identification of the individual compounds by their mass spectra.

 

Wood preservatives in room air

Quantitative detection of the wood preservatives, pentachlorphenol (PCP), hexachlorcyclohexan (HCH), chlorthalonil, dichlofluanid, endosulfan and permethrin, in room air.

Measuring method: Active sampling using an air sampling pump. Polymer Supelpak 70 Orbo-47 is used as the adsorber material. Ultrasound-supported solvent desorption Gaschromatographic quantification with mass spectrometric detection based on the internal standard method. GC/MS

 

Wood preservatives in solids

Quantitative detection of the wood preservatives, pentachlorphenol (PCP), hexachlorcyclohexan (HCH), chlorthalonil, dichlofluanid, endosulfan and permethrin, in solids.

Measuring method: Ultrasound-supported solvent desorption Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS identification of the individual compounds by their mass spectra.

 

Plasticisers in solids

Quantitative detection of phthalic acid esters (plasticisers) in solids.

Measuring method: Ultrasound-supported solvent desorption Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS identification of the individual compounds by their mass spectra.

 

Plasticisers in room air

Quantitative detection of phthalic acid esters (plasticisers) in room air.

Measuring method: active sampling using an air sampling pump. Polymer Supelpak 70 is used as the adsorber material. Ultrasound-supported solvent desorption. Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS

 

Dioxines and furans in room air

Quantitative detection of dibenzodioxines and dibenzofurans in room air.

Measuring method: active sampling using an air sampling pump. Polyurethane foam is used as the adsorber material. Ultrasound-supported solvent desorption. Gas chromatographic quantification by mass spectrometric detection based on the internal standard method. GC/MS

 

Technically physical variables

Measurement of technically physical variables at the workplace or in the home.

  • Electrical alternating fields
  • Magnetic alternating fields
  • Electromagnetic waves
  • Electrical direct current fields
  • Magnetic direct current fields
  • Radioactivity (gamma radiation/radon)
  • Geological faults (Earth’s magnetic field/earth radiation)

Introduction to environmental analysis

Find out more about protection for your health and your well-being here.

Process technology

Find our technological services for environmental analysis here.

Air hygiene – Laboratory services

Find information about spillage and swab sampling for ventilation and air conditioning systems, cooling tower sampling, solids and air sampling in interior spaces and many more laboratory services here.

Water hygiene – Laboratory services

Find information on our sampling in drinking water, bathing and swimming pool water, heating water, feed water and the extended scope of our analysis here.

domadoc

Software for legally compliant facilities management documentation

More information on our software solutions