Lawrence Bruno
Analyst · Tudor, Pickering, Holt
Thanks, Gwen. First, I'd like to thank our global team of employees for providing innovative solutions, integrity and superior service to our clients. The team's collective dedication to servicing our clients is the foundation of Core Lab's success. Turning first to Reservoir Description. In the third quarter of 2019, Core Lab, under the direction of Santos Limited, continued work on an extensive laboratory program designed to evaluate conventional cores and reservoir fluids from the shallow-water Dorado discovery, located offshore Western Australia. More than 700 feet of conventional core were recovered from this high-quality sandstone reservoir. Core Lab utilized its proprietary CAT scan based Digital Rock Characterization technology to determine lithologic characteristics in the intervals of interest. In addition, the Digital Rock Characterization work enables Santos and Core Lab's technical staff to work quickly to select representative rock samples for advanced geological and petrophysical testing. The ongoing physical measurements that are being conducted on these representative samples are crucial for accurate pay zone modeling, downhole log calculation and reserve calculations. In addition to the reservoir rock characterization programs, subsurface hydrocarbon samples were collected from multiple stratigraphic horizons within the reservoir. Core Lab used its proprietary mercury-free, Pressure-Volume-Temperature or PVT cells to determine the phase behavior relationships of the hydrocarbons under varying conditions. Core Lab is pleased to be playing a role in evaluating one of the largest hydrocarbon discoveries, offshore Western Australia. Also in the third quarter, Core introduced a new technological offering to meet client needs. During the exploration, appraisal and development phases of oil and gas fields, critical early-time geological, petrophysical and reservoir fluids properties data are required to meet these needs. Core Lab has developed several proprietary technologies to measure, integrate and deliver these large complex data sets. Core's non-invasive technologies for reservoir optimization, branded as NITRO, includes dual energy computed tomography, micro-CT, high-frequency nuclear magnetic resonance, high-resolution gamma logging and continuous high energy x-ray fluorescence along with other Core Lab proprietary technologies. Core Lab's digital innovation group integrates results and interpretations from these noninvasive technologies into a comprehensive, web-enabled platform for client access. This allows Core's clients to gain insight into their core intervals at an accelerated pace, well in advance of results derived from time-honored laboratory analysis. Through this integrated visually interactive platform, key reservoir performance indicators are presented, evaluated and shared within client workgroups. Core Lab has been an industry leader in the digital transformation of the oilfield service space over the past 10 years. NITRO represents the latest cutting-edge innovation in applying digital technologies to evaluate reservoir properties. Moving now to Production Enhancement. Core's Production Enhancement energetics team partnered with one of the world's largest independent E&P companies to develop a breakthrough perforating solution for their mechanically isolated recompletion programs in both the Eagle Ford and Bakken formations onshore U.S. This technology helped the operator minimize risk, improve recovery from existing wells and optimize their return on investment. In mechanical isolation completions, a liner is run and cemented inside the well's existing perforated casing, isolating old perforations and allowing for new plug-and-perf operations. This approach offers distinct advantages, particularly compared to less reliable diverter products. To be successful, mechanical isolation relies on the ability of the perforating energetics to effectively penetrate through 2 layers of tubulars, commodity perforating charges, including those that attempt to deliver consistent perforation hole size to a single string of casing, typically produce small and inconsistent hole sizes when shot through two strings of tubulars. These substandard perforations produce inadequate stimulation results. The small inconsistent holes from commodity charges require slow pump rates, yield high perforation friction and increase the time required to stimulated stage. Core's ReFRAC Perforating Technology is engineered to deliver optimal and consistent hole sizes through both strings of tubulars, regardless of gun position, allowing for new zones within existing laterals to be effectively stimulated. To-date, numerous wells have been successfully completed in both the Eagle Ford and Bakken using Core's proprietary ReFRAC Perforating Technology. The operator has reported the ability to complete double the number of stages per day over conventional perforating techniques. The E&P company has also seen consistent and reliable frac -- fracs from stage to stage and well to well along with encouraging production results. Core's refrac technology breathes new life into the large fleet of older existing wells that were originally under-stimulated. High-quality reservoir rock and the intervals between the original stages can now be tapped, increasing oil recovery and significantly without the expense of drilling and completing an additional well. Also in the third quarter of 2019, Core continued its work on a comprehensive completion diagnostics program for LLOG Exploration on its deepwater Buckskin project in the Gulf of Mexico. Core's diagnostics technologies were used to evaluate sand control options for log explorations deepwater completion strategy. The reservoir having multiple pay zones require separate completions across each reservoir horizon, given the multiple pay zones and varying rock properties, LLOG Exploration elected to use an alternative completion approach. Core utilized its SpectraStim, SpectraScan, PackScan and FLOWPROFILER diagnostic services to provide direct measurements of the completion quality as well as to determine the completion fluid recovery and the oil contribution from each of the completed stages. Core's diagnostic services helped guide LLOG Exploration decision to frac pack the well using a single-stage/multi-trip strategy, as opposed to the more typical multi-stage/single-trip strategy. This approach will allowed for more proppant to be placed in each target zone while minimizing operational risks. Core's diagnostic services confirm that all the frac pack completions were effective and sustainable, providing the operator with confidence to flow the well at a higher rate. The well achieved higher than normal drawdowns with no degradation of flow capacities. Core Lab is pleased to have been able to assist LLOG Exploration on this very significant project. That concludes our operational review. We appreciate your participation. Chris will now open the call for questions.