DQ1000

Wellsite mass spectrometer gas analyzer

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The DQ1000™ wellsite mass spectrometer gas analyzer provides real-time, semiquantitative analysis of formation fluids in a portable, fully automatic package. It analyzes a broad range of petroleum species and other organic and inorganic compounds, enabling delineation of petroleum type, water saturation, fluid contacts, and seals with greater specificity than conventional instrumentation.

By correlating geochemical indicators with drilling parameters and lithologic data, operators gain real-time insight into hydrocarbon distribution, sweet spots in unconventional reservoirs, reservoir compartmentalization, and fluid contacts. The DQ1000 analyzer also supports identification of hydrocarbon zones and associated seals. During drilling, analytical results can be viewed on-screen locally or remotely and are readily available for immediate LAS import into commercially available graphics packages.

  • Exploration and field development
  • Conventional and unconventional reservoirs
  • Difficult logging environments with minimal log suites
  • Subtle show scenarios with low gas returns
  • Horizontal well placement and potential geosteering applications
  • Air drilling
  • Operations with manpower constraints, minimal infrastructure, or both
  • Obtains a semiquantitative continuous fluid log
  • Improves detection and characterization of formation gas at low concentrations
  • Anticipates potential high-water-saturation reservoirs ahead of testing
  • Determines liquids-enriched intervals in unconventional reservoirs of questionable maturity
  • Provides practical reservoir fluid data
  • Monitors bit wear and contributions from bit-generated gas
  • Detects C1–C10 organic species and inorganic compounds
  • Generates a complete mass spectrum at each depth for chemical fingerprinting
  • LAN satellite and Internet enabled
  • Dual- or single-port gas stream analysis
  • Adjustable measurement cycle time
  • Easily field-deployable on all rigs
  • Compatible with OBM and WBM systems
  • No field calibration needed