Lawrence Bruno
Analyst · Tudor Pickering Holt. Please go ahead
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 success. Turning first to Reservoir Description. During Core's 2019 Q1 conference call on April 25, Core announced that it was engaged in the analysis of over 700 feet of conventional Core from the Talos Energy Zama-2 Well located in Block 7 of the Sureste Basin, in the Gulf of Mexico. In the second quarter of 2019, Core Laboratories under the continued direction of Talos Energy provided similar services, unconventional core from a second well, in this offshore Mexico project, the Zama-3 delineation well. Over 700 feet of conventional core was captured from the Zama-3 well with 99% recovery breaking Talos' own record for the longest conventional core from a single well in the history of offshore Mexico. Previously established workflows, including proprietary, core preservation and stabilization techniques developed by Core Lab for a wide range of sandstone reservoirs in the US portion of the Gulf of Mexico were again successfully applied. Upon arrival in the laboratory, the Zama-3 conventional core was immediately scanned using Core's proprietary non-invasive dual energy CAT Scanning and high-resolution spectral gamma ray detectors. These surface logging technologies provide Talos Energy with lithological data and a wide range of critical parameters for pay assessment well in advance of time-honored laboratory analytical methods. Advanced laboratory analysis is ongoing. Talos will use the data sets provided by Core Laboratories on the Zama-2 and Zama-3 wells to calibrate models that will ultimately provide reliable calculations of recoverable resources on what Timothy Duncan, Talos, President and CEO, had described as a globally recognized asset. Core Lab continues to be pleased to be part of this unprecedented exploration achievement and looks forward to completing the detailed geoscience and engineering studies. Also, during the second quarter of 2019, Core completed a fully integrated study of Brazil's North Eastern Offshore Basin. This multicompany interpretive study incorporates stratigraphy, geochemistry, reservoir geology and seal rock analysis across several Atlantic Margin Basins offshore Brazil. This study provides the participating companies access to a rock based subsurface data set to evaluate new opportunities, including deepwater, Late Cretaceous turbidity that are attracting considerable attention from operators. In addition, in Q2, Core continue to make progress on its two multicompany EOR projects in the Eagle Ford and in the Permian Basin. Core's clients are using the detailed reservoir fluid analysis and laboratory based engineered gas injection tests results to evaluate opportunities for field scale deployment. Some of Core's clients are already in fields scale testing and additional companies are looking at the opportunity through proprietary work with Core Lab. Moving now to production enhancement; during the second quarter of 2019, Core's production enhancement segment commissioned its new cutting edge reservoir optimized completions or ROC Lab in Godley, Texas. The ROC Lab is designed to determine the best energetic solutions for a specific ROC type, so as to maximize productivity of an operators reservoir. The ROC Lab features an industry-leading test vessel capable of matching the temperatures and pressures encountered in the most challenging oil and gas reservoirs on the planet. The perforation test vessel is paired with a Core Lab proprietary flow system that uses highly specialized, internally developed and manufactured pumps and flow controllers. Combined, these technologies create a proprietary flow loop capable of dynamically displacing oil, brine, and gas through the rock samples that have been perforated with preselected energetics. Core relied on its many decades of experience in conducting multi-phase fluid flow tests through porous medium to optimize this technological investment. In addition, the ROC Lab has a high resolution, industrial grade 3D-CT scanner. This onsite scanner gives client the ability to look inside the test samples, see depth of penetration, determine tunnel volume and geometry, and assess completion to damage to the formation, all with industry leading imaging resolution. The ROC Lab is a collaborative development between the ballistics engineering experts and production enhancement and the scientists in Cores, Reservoir Description, rock, fluid and laboratory instrumentation segments. This collaboration for which Core Lab is uniquely positioned presents clients with the opportunity to obtain measured data on the interrelationships among rocks, pore fluids and various energetic options, all at reservoir stress conditions. Combined with Core's proprietary geological analysis techniques. Cores clients can now select energetics that will optimize performance for specific stratigraphic targets. Core's ballistic delivery system and its addressable fire switch are key differentiators of Core's pre-assembled GoGun adaptive perforating system. During the second quarter of 2019, client adoption of these technologies continued to grow as they convert from legacy devices to Core's advanced delivery system and downhole communication offerings. Also in the second quarter, Core saw a substantial increase in demand for its proprietary refrac perforating technology. Refrac works as part of a mechanical [ph] isolation approach to recompletions in existing wells. Mechanical isolation involves placing and cementing a smaller diameter casing inside the existing well casing, completely closing off communication between the reservoir and the original wellbore. This approach avoids the reliability issues that can be encountered when diverter technologies are attempted for recompletions. The challenge with mechanical isolation is to reestablish effective communication through two layers of casing strength while generating consistent perforation hole size. Without uniform hole size, the recompletion attempt would produce uneven stimulation effects. Core's refrac perforating solution, the first offering of its kind provides optimal and consistent hole sizes through both strings of tubular. This allows for new zones in the lateral to be effectively pumped and stimulated, breathing life into older under stimulated wells. Advances such as Core Labs proprietary refrac technology are key to successfully expanding recompletion opportunities across mature, unconventional plays. Core continues to assist its clients in understanding parent-child relationships between frac wells. Core's fracture diagnostic services, utilize technology to determine optimum well spacing and [indiscernible] usage, while minimizing well interference. During the second quarter of 2019, Core designed a large scale field program with a Permian Basin operator to profile production and communication across 19 total wells on multiple pads. Critical to evaluating such a large complex program for Core's extensive portfolio of proprietary FLOWPROFILER EDS hydrocarbon tracers which were deployed in both 100-mesh and 40-70 mesh sizes, [ph] as well as the expertise of Core's engineers to design diagnostic programs around the operator specific objectives. Core was able to identify which portions of the frac treatment were overlapping with offset fracture networks, as well as the impact on well performance. Work is ongoing on this project. That concludes our operational review. We appreciate your participation and Chris will now open the call for questions.