Preparation of CB[n] eutectic compounds for drilling fluid cooling and optimization of process conditions
DOI: 10.54647/energy480214 34 Downloads 3554 Views
Author(s)
Abstract
In the process of deep shale gas horizontal well drilling, rotary guidance tools not only adjust the borehole trajectory, but also transmit downhole geological and engineering data transmission. These advantages provide convenience for deep shale gas development, however, when the wellbore temperature exceeds 135°C, it is easy to cause the signal loss of rotary guidance tool. In this paper, based on the perspective of solid-liquid phase change and heat absorption to reduce the bottomhole temperature of drilling fluids, we prepared a y cucurbit[n]uril eutectic compound (CB[n]), which was structurally confirmed by infrared and nuclear magnetism, and evaluated the phase change temperature and latent heat value of CB[n], which was determined to have the potential to be used as a cooling agent for deep shale gas drilling fluids.
Keywords
melamine-ringed eutectic compounds; deep shale gas; high-temperature wells; cooling agents; phase change materials
Cite this paper
Wen Bo, Zhang Peiyu, Wang Yujie, Xie Wuping, Zhou Jing,
Preparation of CB[n] eutectic compounds for drilling fluid cooling and optimization of process conditions
, SCIREA Journal of Energy.
Volume 9, Issue 1, February 2024 | PP. 1-11.
10.54647/energy480214
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