Full Waveform Triple Sonic Price in Bangladesh

Full Waveform Triple Sonic

The piezoelectric transmitter is stimulated by a high-voltage pulse and radiates a high-frequency acoustic wave through the borehole fluid and formation to each receiver. An accurate quartz clock measures the first arrival transit time. Formation Velocity: The probe measures the time of the first arrival at each receiver. The difference in arrival times between the three receiver pairings allows formation velocity to be calculated in triplicate, independent of the borehole fluid path. Full Waveform Log: The probe records the full sonic wave-train at all receivers simultaneously. This can be displayed either as a variable-density log (VDL) or waveform (‘wiggle’) trace. The waveform data can be exported to be used in software packages, such as GeoCAD® for calculation of compressional (P), shear (S) and Stoneley velocities. GeoCAD® Sonic Module: This optional package allows shear wave slowness processing from the full waveform data. These can be combined with additional density data to determine elastic moduli.

Full Waveform Triple Sonic is an advanced acoustic logging solution, making Full Waveform Triple Sonic Price in Bangladesh a relevant search term for professionals involved in well logging, geological investigation, and formation evaluation. The system is designed to capture detailed acoustic information from boreholes and support accurate analysis of subsurface formations.

The full waveform sonic technology provides valuable acoustic data for evaluating formation properties, borehole conditions, and geological structures. By analyzing sonic responses, engineers and geoscientists can gain useful insights into formation characteristics and support more informed decisions during exploration and well evaluation.

Full Waveform Triple Sonic is suitable for applications such as formation evaluation, well logging, geotechnical investigation, reservoir characterization, and borehole analysis. Its comprehensive acoustic measurement capability can support interpretation of formation behavior and help identify changes in subsurface conditions.

Designed for professional field applications, the system focuses on dependable data acquisition and consistent performance in demanding borehole environments. A robust construction and practical operating design can help support reliable deployment while simplifying field operations and data collection.

When selecting Full Waveform Triple Sonic equipment in Bangladesh, users should consider borehole conditions, logging requirements, formation characteristics, probe compatibility, data acquisition systems, and analysis capabilities. Choosing a suitable configuration can improve acoustic logging efficiency and provide valuable information for geological interpretation and formation evaluation.

The Full Waveform Triple Sonic probe is a highly compact slimhole tool designed specifically for geotechnical and mining applications. The probe acquires transit-time and full-waveform data simultaneously from a single transmitter and three receivers. Principle of Measurement: The piezoelectric transmitter is stimulated by a high-voltage pulse and radiates a high-frequency acoustic wave through the borehole fluid and formation to each receiver. An accurate quartz clock measures the first arrival transit time. Formation Velocity: The probe measures the time of the first arrival at each receiver. The difference in arrival times between the three receiver pairings allows formation velocity to be calculated in triplicate, independent of the borehole fluid path. Full Waveform Log: The probe records the full sonic wave-train at all receivers simultaneously. This can be displayed either as a variable-density log (VDL) or waveform (‘wiggle’) trace. The waveform data can be exported to be used in software packages, such as GeoCAD® for calculation of compressional (P), shear (S) and Stoneley velocities. GeoCAD® Sonic Module: This optional package allows shear wave slowness processing from the full waveform data. These can be combined with additional density data to determine elastic moduli. First arrivals and waveform amplitudes can also be determined by the CBL function to provide cement bond quality reports. Example of logging data Full Waveform Triple Sonic Probe Probe Head 2.57m (101.2”) Rx-3 (100cm) Rx-2 (80cm) Rx-1 (60cm) Tx Features Short probe can be handled by single operator and easily transported Slim diameter for narrow boreholes Rigid construction for effective centralisation Down-hole digitisation of waveform data Detection gain and threshold under operator control Detection point and wavelet display shown in real-time Measurements Formation velocity (slowness) Time of first arrival (delta-t) Integrated transit time Full-waveform data from 3 receivers Shear and Stoneley velocities (requires additional interpretation software) Natural Gamma Applications Geotechnical / Mining / Water Fracture and permeability indication in hard rock Rock strength and elasticity Lithology identification Porosity Correction of seismic velocity Operating Conditions Borehole type: Sonic: open-hole, water-filled Centralisation: required Recommended Logging Speed: 3m/min Specifications Diameter: 45mm Length: 2.57m (2.96m with natural gamma) Weight: 11.5kg with natural gamma Temperature: 0-700C (extended ranges available) Max. pressure: 20MPa Part Numbers I013861 Full Waveform Triple Sonic probe with natural gamma GeoCAD® Sonic Module I020983 GeoCAD® Sonic Module

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William Cobus – Aug 21, 2016:

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