compounds

Here you can find information about the main physical characteristics and applications of a range of substances that can occur in ambient air or industrial processes. 
OPSIS AB can provide monitoring solutions for all the following substances.

1,3-Butadiene - C4H6
   Hydrogen bromide - HBr
Acetaldehyde - C2H4O
   Hydrogen chloride - HCl 
Acetone - C3H6O
   Hydrogen cyanide - HCN
Acetylene - C2H2
   Hydrogen fluoride - HF
Ammonia - NH3
   Hydrogen sulfide - H2S
Benzene - C6H6
   Iodine - I
Benzaldehyde - C7H6O
   Mercury - Hg0 and THg
Bromine - Br
   Methane - CH4
Butane - C4H10
   Methanol - CH3OH
BTX
   Nitrate - NO3
Carbon dioxide - CO2
   Nitrogen dioxide - NO2
Carbon disulfide - CS2
   Nitrous oxide - N2O
Chlorine - Cl2
   Nitric oxide - NO
Chlorine dioxide - ClO2
   Oxygen - O2
Chlorobenzene - C6H5Cl
   Ozone - O3
Cresol - C7H8O
   Phenol - C6H5OH
Cyanogen - (CN)2
   Phosgene - COCl2
Dichlorobenzene - C6H4Cl2
   Particulate Matter
Dimethylamine - (CH3)2NH
   Propane - C3H8
Dioxins    Silane - SiH4
Ethane - C2H6
   Styrene - C8H8
Ethanol - C2H5OH
   Sulfur dioxide - SO2
Ethylbenzene - C8H10
   Sulfur trioxide - SO3
Ethylene - C2H4
   Tetrafluoromethane - CF4
Formaldehyde - CH2O
   Toluene - C7H8
Heptane - C7H16
   Trimethylbenzene - C9H12
Hexane - C6H14
   Water vapour - H2O
Hydrocarbons
   Xylene - C8H10



 

 Formaldehyde - Formaldehyd
 Formaldehyde - Formaldehyd
 Formaldehyde - Formaldehyd
Toluene - Toluen
Toluene - Toluen
Nh - Nitrogen monohydride - Vätemonohydrid
Nh - Nitrogen monohydride - Vätemonohydrid
Toluene - Toluen
Xylene - Xylen
Hydrocarbons - XXXXXXXXXX
Hg(0) - Mercury - Kvicksilver
Hg(0) - Mercury - Kvicksilver
Nh - Nitrogen monohydride - Vätemonohydrid
Nh - Nitrogen monohydride - Vätemonohydrid
COF2 - Carbonyl Flouride – Karbonylfluorid
Phenol - Fenol