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•In response to the market demand for increased efficiency in oil and gas exploration, and in conjunction with the development of horizontal drilling technology, Shengkai provides corresponding logging equipment for shale gas, shale oil, coalbed methane, tight sandstone gas, and other formations with different characteristics. This equipment is designed to adapt to various situations, such as single well operations, platform operations with multiple wells, batch operations with multiple drilling rigs, and well bore trajectory control. The equipment meets technical, personnel, site, installation, quality, and safety requirements.

•To address the challenges in evaluating complex geological structures and low-permeability reservoirs, it is necessary to conduct rapid on-site analysis of the distribution of pore spaces and the oil and gas content, in order to obtain physical properties of the formation. Additionally, geological analysis methods are needed to aid in identifying formation layers and increase the rate of encountering reservoirs in directional drilling. ShenKai provides various geological equipment to improve the accuracy of bottom identification and reservoir evaluation through the analysis of cores and rock debris

•In order to identify thinner oil and gas reservoirs, with the drilling speed increasing, the resolution of the formation can be improved by shortening the chromatographic analysis cycle. To reduce pipeline latency, the chromatograph is moved from the instrument room to near the vibrating screen for explosion-proof analysis near the wellhead. For heavy oil reservoirs and identification of reservoirs containing water, online continuous analysis of light hydrocarbons can be provided

•Shenkai provides various models of drilling parameter instruments, as well as online well bore fluid level monitoring instruments, and early warning well influx and well leak monitoring systems, to achieve early detection of various accidents such as well influx and well leak, ensuring the safety of drilling construction in complex formations such as high temperature, high pressure, and sulfur-containing carbonate formations.

•Provide a platform-based cloud mud logging system for remote operations. In order to enable the remote personnel to understand the real-time working conditions of the site and make reasonable decisions after analysis to ensure further construction, it is necessary to establish a digitalized well site that can realize the acquisition, sharing, remote transmission, remote processing and application of the site data.