Project Description
Online Measurement of Hydrocarbons in Gases
GO-MINI-ATC
Sampling- Processing- Analysis
Online Measurement of Hydrocarbons in Gases
GO-MINI-ATC
Sampling- Processing- Analysis
ONLINE MEASUREMENT OF HYDROCARBONS IN GASES
The GO-ATC is an online analysis system for determination of the THC (Total Hydro Carbon) fraction of the air and other gas component of the air (optional).
The application Areas of the GO-Mini-ATC:
- Immissions- and emissions control
- Industry as chemical-especially petrochemical industry
- Research institutions in the purity gas and breathing gas field
- Wastewater Treatment Technique in the wastewater sector for monitoring of methanol
- Hospitals for climate system monitoring
- Aviation for monitoring the cabin air
- Chemical laboratories
- Filter monitoring
- Clean room monitoring

THE GO-MINI-ATC AT A GLANCE
FID was yesterday – ATC is today
Small, mobil model
- No cunsumables
- No ultra high purity gases
- Low operating costs
- Resolution 0,001 mg Cx Hy
- Genuine online measurement
- No zero gas/ no burn gas
- Optional remote maintenance and data retrieval via LAN, WAN and GSM/ UMTS are possible
- Safe, easy and environmentally friendly handling
- Automatic calibration

THE GO-MINI-ATC ANALYTICAL METOD
Continuous online measurement of hydrocarbons and other chemical components, the GO-MINI-ATC makes it possible.
Standard equipment
- Gas cooler GO-PK 2
- Oxidation furnance
- Ultramat U6
- Gas pump
- Condensate pump
- Temperature controller
- Mass flowmeters and controllers
Options / accessory
- Device for measuring other gases
- Software
- Transport rack
- Further options on request
THE PERFORMANCE PROFIL GO-MINI-ATC
N-DIR Gas analyser | Ultamat U6 |
Smallest effective range ATC | LQD 0,002 mg CO2/Nm3 = 0,77ppb Cx Hy/Nm3 LDL 0,001 mg CO2/Nm3 = 0,4 ppb Cx Hy/Nm3 |
Admissible water content in test gas | 8,00 ml/l / 500 ml/h pro Kanal |
Display | LCD |
Limit values | Four |
Weight | 30 kg |
Power supply | 230 V / 50 Hz |
Lenght | 320 mm |
Breadth | 440 mm |
Height | 450 mm |
Power consumption | max. 350 W |
Temperature rise time | approx. 60 Min. |