Carrying out logging operations
Carrying out logging operations
№272385
Created: October 8
Created: October 8
Address:
Shahtinsk, Qaraghandy Oblysy, Kazakhstan
We invite those with logging equipment to collaborate on mutually beneficial projects for gas drainage borehole surveys, well treatment with our tool suspended via a standard cable head, and subsequent borehole surveys. The tool weighs up to 100 kg (80).
We invite you to review the technical specifications.
For a more detailed discussion, please email or call.
TECHNICAL SPECIFICATION
for geophysical well surveys
Object Name: Vertical wells drilled from the surface for plasma pulse treatment (PPT).
Object Location and Boundaries: The work site is located in the Karaganda Region, in the northern part of the Tentekskaya mine field. It belongs to the Tentek coal-bearing region and is located in the western part of the Karaganda syncline. The nearest settlement, Shakhtinsk, is located 12 km southeast of the work site, and the regional capital, Karaganda, is 35 km northeast.
Client Name: Georesonance LLC
Work Completion Date: October 2025 – December 2025
Purpose of Work: Determining water influx into plasma-pulse stimulation (PPS) boreholes, lithological sectioning, and characterization of the D6 coal seam, and supporting the PPS procedure.
Type of Work: Conducting a standard suite of well logging (WL) surveys, supporting the PPS procedure.
Scope of work: Three wells with a total depth of 2,250 m, with an average depth of 750 m.
GIS volume: 1,500 m. After drilling in the interval from 250 m to the bottom of the well for the production casing, a standard open-hole logging package (GC, KS, PS, BK, GGK-P, inclinometer, caliper log, and resistivity log) will be performed. Interpret the geophysical survey results (lithological and stratigraphic subdivision of the well section and conclusion).
Additional requirements: During plasma pulse stimulation, tie in to the stimulation interval using GC and provide a logging station for connecting the Plasma Streamer 102 to the logging cable.
Composition and form of provision of work materials: Certificates of completed work, LAS files, interpretation results in Excel format, tablets at a scale of 1:50, 1:200 and 1:500.
We invite you to review the technical specifications.
For a more detailed discussion, please email or call.
TECHNICAL SPECIFICATION
for geophysical well surveys
Object Name: Vertical wells drilled from the surface for plasma pulse treatment (PPT).
Object Location and Boundaries: The work site is located in the Karaganda Region, in the northern part of the Tentekskaya mine field. It belongs to the Tentek coal-bearing region and is located in the western part of the Karaganda syncline. The nearest settlement, Shakhtinsk, is located 12 km southeast of the work site, and the regional capital, Karaganda, is 35 km northeast.
Client Name: Georesonance LLC
Work Completion Date: October 2025 – December 2025
Purpose of Work: Determining water influx into plasma-pulse stimulation (PPS) boreholes, lithological sectioning, and characterization of the D6 coal seam, and supporting the PPS procedure.
Type of Work: Conducting a standard suite of well logging (WL) surveys, supporting the PPS procedure.
Scope of work: Three wells with a total depth of 2,250 m, with an average depth of 750 m.
GIS volume: 1,500 m. After drilling in the interval from 250 m to the bottom of the well for the production casing, a standard open-hole logging package (GC, KS, PS, BK, GGK-P, inclinometer, caliper log, and resistivity log) will be performed. Interpret the geophysical survey results (lithological and stratigraphic subdivision of the well section and conclusion).
Additional requirements: During plasma pulse stimulation, tie in to the stimulation interval using GC and provide a logging station for connecting the Plasma Streamer 102 to the logging cable.
Composition and form of provision of work materials: Certificates of completed work, LAS files, interpretation results in Excel format, tablets at a scale of 1:50, 1:200 and 1:500.
№272385
Created: October 8
Created: October 8
