970 SERIES SYNGAS / GASIFICATION ANALYZERS APPLICATIONS For continuous monitoring of syngas and gasification atmospheres or other industrial process gases for any combination of methane (CH4), carbon dioxide (CO2), carbon monoxide (CO), hydrogen (H2), and oxygen (O2). FEATURES • Field-cleanable infrared detector for reliable measurement of CO, CO2, and CH4 • Thermal conductivity detector for H2 • Oxygen analysis by choice of electrochemical or paramagnetic sensor • Sensors/detectors temperature-controlled or compensated for maximum analytical stability • H2 reading is compensated for the interference effects of the other gases measured • High ranges on each channel available (up to 100%) • Touch-screen display for gas readings • Built-in sample pump or pressure regulator • Automatic calibration & serial output package • Isolated 4-20mA analog recorder outputs • Durable stainless steel lines & sample components (where prudent) • Automatic moisture removal system included 7240 Probe & Heated Filter System OPTIONS • Hi/Low gas, low flow, and other alarms available • Sample conditioning systems available for acidic gas and dust • Cabinet purge system available for use in hazardous areas • Outdoor weather packages for operation from -20°C up to 55°C (-4°F up to 130°F) • Heated filters and high temperature probes • Methane-specific detector in place of standard hydrocarbons detector; allows more accurate CH4 analysis in other HC's NOVA ANALYTICAL SYSTEMS www.nova-gas.com 970 Series Analyzer in NEMA 4 Enclosure

DESCRIPTION The Nova 970 Series Syn-Gas Analyzer System has been designed with the flexibility and robustness required in the experimental and industrial environments that characterize synthetic gas production and gasification applications. The Nova 970 Series utilizes high-stability infrared detectors for the simultaneous measurement of CO, CO2, and CH4. In addition, the analyzer can also be supplied with a non-consumable, long-life thermal conductivity cell for H2 that is compensated for the interference effects of CO, CO2, and CH4. This ensures that H2 will always read correctly regardless...