Thermal Degradation Analysis of Lost Circulation Materials in Geothermal Drilling
This dataset includes experimental data and images related to the thermal degradation of various lost circulation materials (LCMs) used in geothermal drilling operations. The materials tested - cedar fiber, cotton seed hulls, magma fiber, microcellulose, and sawdust - were subjected to temperatures ranging from 90C to 250C to assess their mass loss, degradation patterns, and impact on fluid rheology. This dataset contains mass loss measurements over time for each material, recorded in an Excel file. In addition, it provides photos documenting the condition of the materials after heating and drying at different temperatures and durations.
The experiments, conducted as part of the "Improved Lost Circulation Management for Geothermal Drilling" project, aim to better understand how these materials perform under geothermal conditions. The data also includes relevant manuscripts that discuss the implications of material degradation on drilling fluid behavior and the efficiency of sealing lost circulation zones.
Citation Formats
Sandia National Laboratories. (2022). Thermal Degradation Analysis of Lost Circulation Materials in Geothermal Drilling [data set]. Retrieved from https://gdr.openei.org/submissions/1660.
Kibikas, William, Nakagawa, Seiji, Chang, Chun, Kneafsey, Timothy, Dobson, Patrick, Bauer, Stephen, and Samuel, Abraham. Thermal Degradation Analysis of Lost Circulation Materials in Geothermal Drilling. United States: N.p., 01 Feb, 2022. Web. https://gdr.openei.org/submissions/1660.
Kibikas, William, Nakagawa, Seiji, Chang, Chun, Kneafsey, Timothy, Dobson, Patrick, Bauer, Stephen, & Samuel, Abraham. Thermal Degradation Analysis of Lost Circulation Materials in Geothermal Drilling. United States. https://gdr.openei.org/submissions/1660
Kibikas, William, Nakagawa, Seiji, Chang, Chun, Kneafsey, Timothy, Dobson, Patrick, Bauer, Stephen, and Samuel, Abraham. 2022. "Thermal Degradation Analysis of Lost Circulation Materials in Geothermal Drilling". United States. https://gdr.openei.org/submissions/1660.
@div{oedi_1660, title = {Thermal Degradation Analysis of Lost Circulation Materials in Geothermal Drilling}, author = {Kibikas, William, Nakagawa, Seiji, Chang, Chun, Kneafsey, Timothy, Dobson, Patrick, Bauer, Stephen, and Samuel, Abraham.}, abstractNote = {This dataset includes experimental data and images related to the thermal degradation of various lost circulation materials (LCMs) used in geothermal drilling operations. The materials tested - cedar fiber, cotton seed hulls, magma fiber, microcellulose, and sawdust - were subjected to temperatures ranging from 90C to 250C to assess their mass loss, degradation patterns, and impact on fluid rheology. This dataset contains mass loss measurements over time for each material, recorded in an Excel file. In addition, it provides photos documenting the condition of the materials after heating and drying at different temperatures and durations.
The experiments, conducted as part of the "Improved Lost Circulation Management for Geothermal Drilling" project, aim to better understand how these materials perform under geothermal conditions. The data also includes relevant manuscripts that discuss the implications of material degradation on drilling fluid behavior and the efficiency of sealing lost circulation zones.}, doi = {}, url = {https://gdr.openei.org/submissions/1660}, journal = {}, number = , volume = , place = {United States}, year = {2022}, month = {02}}
Details
Data from Feb 1, 2022
Last updated Sep 23, 2024
Submitted Sep 18, 2024
Organization
Sandia National Laboratories
Contact
William Kibikas
505.420.8019
Authors
Keywords
geothermal, energy, lost circulation materials, LCM, geothermal drilling, drilling, raw data, processed data, mass loss measurements, lost circulation management, degradation, thermal degradation, degradation pattern, rheology, fluid, drilliing fluidDOE Project Details
Project Name Improved Lost Circulation Management for Geothermal Drilling
Project Lead Alexandra Prisjatschew
Project Number FY19 AOP 2.1.3.1