Customer Applications:
- Solving the Problem of Low Level NOx measurements in a Hot Wet Sample Stream
- Pharmaceutical Facility Gets "Green" Light With Gas Analysis Sampling System (GASS™)
- Comparison of SO2 Losses in Continuous Emission Monitoring Systems
- EPA Approval of Nafion gas dryers for Method 245.7, Mercury measurement
- M-4000 Absorption based Mercury Analyzer
(Centac Technologies) - VOC Monitoring of CerOx System
(Spectrex Corporation) - Ultra-Trace Mercury Analysis
(Tekran's) - Automatic the digestion and determination of mercury in a variety of environmental sample matrices,
(Leeman Labs, March 2002) - SELEV (Program for the Study of Extremely-Low-Emission Vehicles)
(Honda, Update, April 2002) - Gas Sensor Calibration
(Int'l Sensor Technology) - Stack Gas Monitoring
(Interscan) - Developments on Continuous Fine Particle Mass Monitoring: Sample Equilibrium and differential particle sampling
(NY State Energy R&D Authority and R&P, Oct 2003) - Discusses measuring on-road emissions at ULEV levels and below
- Low HCl Measurements through Dry Extractive CEMS (EPRI June 2011)
- Custom Dilution Probe (EUEC February 2010)
- Ammonia in Sample System (EPRI May 2009)
Selectivity
Nafion is not only highly resistant to chemical attack, it also exhibits highly selective absorption and transfer of compounds. Most substances are retained quantitatively. Although they do not attack or damage the Nafion tubing, some polar organic substances are absorbed and consequently lost. Ammonia and amines are also absorbed and lost to some degree. For retention information on specific chemicals, use the following pull down menu.
Conversions & Calculators
Temperature Converter
Chemical Info Lookup
Free Downloads
HumiCalc - Humidity conversion software