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Product Category

Geophysical Exploration, Logging and Well Testing Equipment

Drilling and Workover Equipment

Production Equipment

Oilfield Surface Facilities

Tubular Goods

Oilfield Chemicals

General Product

Refining and Chemical Equipment

Chemical Products

Catalyst and Additive

Offshore Engineering

Epidemic Prevention Materials

  • Acquisition Control and Management Environment
  • Brief Introduction:
  • Acquisition Control Management Expert 3.0 (ACME 3.0) is a software platform of Express & Imaging Logging System (EILog) with expandable system framework, unified data underlying environment, interactive integration interface and networked logging.

  • Integrated Surface System
  • Brief Introduction:
  • The integrated data acquisition processing system( IDAP) provides real-time acquisition, logging quality monitoring, data synthesis processing, data results rapid drawing and other functions for open-hole or cased-hole or production logging.

  • Log Evaluation and Application Desktop
  • Brief Introduction:
  • LEAD is a software platform of logging processing and interpretation,which integrates the research results of multi-disciplinary,and realizes the rapid and accurate processing, fine interpretation and comprehensive application of logging data.

  • Multi-Array Induction Imager Tool
  • Brief Introduction:
  • MIT is used to quantitatively describe the change of formation resistivity of the formation at different radial depths, and is suitable for oil and gas identification and oil and gas saturation evaluation of low resistance formation.

  • Micro Conductivity Imager Tool
  • Brief Introduction:
  • MCI has six pads to measure the formation apparent resistivity, azimuth, and caliper around borehole. It can get the porosity spectrum and fracture and fault detection, thinly bedded reservoirs recognition, lithology identification.

  • High Resolution Array Laterolog Logging Tool
  • Brief Introduction:
  • HAL provides six curves of formation resistivity and radial invasion two-dimensional cross-sectional resistivity imaging images, which can quantitatively describe the invasion characteristics of thin strata, invert the true formation resistivity.