Two Instruments In One

The Baseline PetroAlert® Model 9200 gas analyzer combines the selective detection of a gas chromatograph (GC) with the continuous monitoring abilities of a total hydrocarbon analyzer (THA) in a single, compact, sensitive and stable instrument.

The PetroAlert Model 9200 is specifically engineered to meet the requirements of the oil and gas industry’s exploratory well-logging process. Its speed and accuracy allow well loggers monitoring a drill site to analyze the hydrocarbons within a well both quantitatively and qualitatively, while drilling. That ability makes for a more efficient drilling process and more timely evaluation of a well’s potential. Each PetroAlert is factory configured to meet specific customer monitoring requirements.

The PetroAlert Model 9200 incorporates dual-flame ionization detectors (FIDs): one dedicated to the GC and the other dedicated to total hydrocarbon measurement. The GC performs fast C1 to C5 analysis (< 30 seconds, preserving the C1-C2 separation at 200:1 concentration ratios) with a detection limit of < 10 ppm as methane (CH4), while the total hydrocarbon detector continuously monitors total hydrocarbons down to 0.003% and up to 100% as CH4. The analyzer's automatic calibration feature is ideal for unattended operation.

The microprocessor-based PetroAlert is controlled by a fully integrated and powerful icon-based system software—eliminating the need for an external PC. The analyzer receives instructions either directly—using a programmable touchscreen on the front panel—or through remote access when the analyzer is connected to an Internet-accessible network and utilizing the free PC software provided with each instrument. The analyzer’s data collection features include chromatograms and user-definable options for exporting data to logging software. Data storage options are either continuous or based on events, such as alarms.

Baseline’s PetroAlert analyzers are industry proven and adopted worldwide by major oil and petrochemical companies, as the finest FID-based hydrocarbon field analyzers available while providing automated lab quality data.
Unit of Measure

Applications

Applications

N/A Surface Logging
GC: Fast (< 30 sec) analysis of light hydrocarbons — C1 - C5 (methane, ethane, propane, butanes, pentanes) or heavy hydrocarbon analysis — C6+
THA: continuous monitoring of total hydrocarbons

Other configurations available

Features

Features

N/A
  • WITS, Binary, ASCII output options
  • Dual FIDs
  • Automatic FID Ignition
  • Includes manual sample injection port
  • Built in safety feature: Automatic shutoff for hydrogen & combustion air
  • Integrated GC icon-based software - No need for external computer
  • USB ports for mouse, keyboard or flash drive
  • Color LED graphical display with touch screen
  • Automatic and remote calibration
  • Continuous unattended operation
  • LAN, RS-232 connection
  • Multiple analog output options
  • Compact size and design
    - 19-in rack mount or bench top
    - ideal for field applications
  • Specifications

    Detector

    N/A Dual Flame Ionization (FID)—one dedicated to the GC and the other to total hydrocarbon measurement

    Linear Range

    N/A GC: 0-100% as CH4
    THA: user definable based upon calibration within 0.003% to 00% (methane, CH4), full scale; Accuracy: ± 1%, full scale

    MDQ

    N/A GC: < 10 ppm CH4 full scale

    Accuracy

    N/A GC: ± 1%, full scale

    Calibration

    N/A Automatic or manual using a dedicated standard

    Repeatability

    N/A THA: ® 1% full scale response

    Oven Temperature

    N/A GC: 65° C

    Column

    N/A GC: packed, micropacked, or capillary; Specific to application

    Sampling

    N/A Single point analyzer for pre-filtered (1 micron), non-condensing samples

    Valves

    N/A GC: Standard: 10-port valve sample injection/column switching
    Optional: additional valves options dependent upon application

    Operating Conditions

    N/A Temperature: 32° F to 10°F (0°C to 40°C)
    Humidity: 0 to 95% (non-condensing)

    Inputs

    N/A Optional: Digital input board for 6 contact closure inputs. Supports start sequence (8 each), start sequence loop (8 each), open method (8 each), and diagnostic functions.

    Outputs

    N/A Standard— Digital: LAN, RS-232
    Protocols: WITS, Binary, ASCII

    Relays

    N/A Optional— I/O Board: (5) programmable (latched/not, NE, NNE) relays as contact closure (3 A at 250 V DC); (1)analog output, 6 digital inputs
    Additional expansion boards:
    Relays: available in multiples of (8) up to 916)
    Analog: available in (4)

    Display

    N/A 7" Color LCD graphical display with touch screen

    Software

    N/A Integrated GC icon-based software - No need for external computer.

    Support Gas

    N/A Combustion Air: zero hydrocarbon content must be < 1 ppm
    Carrier: Ultra High Purity (UHP) Hydrogen (H2)
    Fuel: Ultra High Purity (UHP) Hydrogen (H2)

    Gas Connections

    N/A 1/4" or 1/8" O.D. tube compression fittings, 1/8" Legris,or 6 mm O.D. tube compression

    Configuration

    N/A Bench-top or 19" (3U) rack-mount

    Calibration Methods

    N/A Gas cylinder, response factors

    Physical Specifications

    Physical Dimensions

    N/A Bench top: 16.9" (42.95 cm) W x 16.25" (41.28 cm) D x 5.74" (14.58 cm) H
    Rack Mounted: 19" (48.26 cm; 3U) W x 16.25" (41.28 cm) D x 5.12" (13.00 cm) H

    Nominal Weight

    N/A < 30 lbs (13.64 kg)

    Enclosures

    N/A General purpose

    Electrical Specifications

    Power

    N/A 100/230 V AC, 50/50 Hz, 2 Amp

    Options & Accessories

    Gas Generators

    N/A Zero Air, Hydrogen (H2), or Nitrogen (N2)