Larry Bruno
Analyst · Connor Lynagh from Morgan Stanley. 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's success. Turning first to Reservoir Description. One year ago during Core Lab's 2018 Q1 earnings release, Core announced that it had expanded laboratory capabilities at its Anchorage office to include Dual Energy Computed Tomography or CT scanning, as well as other proprietary laboratory technologies. In Q1 of 2019, the North Slope region of Alaska was again very active for Reservoir Description. Extensive reservoir rock and reservoir fluids studies were undertaken on multiple wells from conventional reservoirs. The dated arrived from these studies are key components of the operator's efforts to refine this demographic models, obtain rock properties data for downhaul log calibration, determine permeability parameters that are critical to predicting reservoir performance, and understand the in situ phase behavior characteristics of the hydrocarbons. In house CT capabilities and Anchorage allow Core's clients to assess the recovered whole Core intervals within just a few days of the Core's arrival at the laboratory. Moreover, Core can provide its clients with parameters such as porosity, lithology and rock strength that are based on models validated by Core's proprietary worldwide database of physically measured rock properties. Following the CT and other initial lab work, the rock and reservoir fluid samples are now moving through the traditional laboratory program where direct physical measurements will be used to define pay zones, build reserve estimates, and predict reservoir performance. PVT testing and compositional analysis of the hydrocarbons are vital inputs in determining other crude oil and natural gas properties will change throughout the life of the field. During most years, drilling activity in Alaska largely comes to an end at the conclusion of the winter drilling season on the North Slope. Part of Core Lab strategic plan to expand capabilities at its Anchorage laboratory was the recognition of emerging onshore Alaska plays where drilling and sampling of reservoirs will occur during the summer months. Core has been awarded projects onshore Alaska were both conventional and unconventional reservoir targets will be assessed. During Core's 2018 Q4 conference call back on January 31 of 2019, Core announced that it had expanded its laboratory facility in Ciudad del Carmen in Mexico including the introduction of patented and proprietary wellsite core handling technologies required for upcoming offshore Mexico projects. In line with this, in the first quarter of 2019, Core Lab under the direction of Talos Energy was engaged in wellsite processing, core stabilization and the initial stages of laboratory analysis of over 700 feet of conventional core recovered from the Talos Energy, Zama-2, ST01 delineation well, located in Block 7 of the Sureste Basin, Gulf of Mexico. High-quality, whole core was recovered from the shallow, oil-bearing sands for comprehensive laboratory evaluation. Several proprietary core preservation and stabilization techniques that were developed by Core Laboratories for sandstone reservoirs on the U.S. side of Gulf of Mexico have been successfully applied to do these new cores from offshore Mexico. These wellsite technologies are critical for preserving intrinsic rock properties thus eliminating damage during handling and transportation to the laboratory. Upon arrival at the laboratory, these cores were immediately scanned using Core's proprietary, non-invasive, Dual Energy CT and high-resolution spectral gamma ray detectors. These surface logging tools provided Talos Energy with lithological data as well as a wide range of critical parameters for pay assessment well in advance of the results derived from time-honored laboratory analytical methods. The combined efforts of U.S. and Mexico-based, Talos Energy and Core Lab employees were leveraged in fast-tracking results to evaluate this significant oil reservoir. Core is pleased to have been part of this unprecedented wellsite achievement and looks forward to completing the detail geoscience and engineering studies. Moving now to Production Enhancement. Offshore Gulf of Mexico operators primarily in the Deepwater have been employing Core - Core Lab's SPECTRASTIM technology to trace a leading-edge of cement jobs on intermediate casing strengths. This technology allow the operator to identify the top of the cemented interval and confirm adequate cement coverage over the zone of interest. The results of this service satisfied Bureau of Safety and Environmental Enforcement Regulations. The SPECTRASTIM service eliminates the traditional need and cost of a cement bond log saving approximately 24 hours of costly offshore rig time. Recently an operator on the outer continental shelf that had employed the SPECTRASTIM technology observed that the top of the cement was only halfway through the intended coverage interval. The operator identified the potential well-controlled problem, remediated the situation and ultimately satisfied the Bureau of Safety and Environmental Enforcement. Also in the first quarter Core's production enhancement energetic engineers partnered with a major operator into Eagle Ford to develop a perforating solution for their mechanically isolated recompletion program. Core's joint tubulars were running the hall and cemented inside a wells previously perforated casing. Core's proprietary refrac perforating solution, the first offering of its kind was then placed in the well and triggered providing optimal and consistent holes through both strings of tubulars. This allowed for new zones in the lateral to be effectively pumped and stimulated. The refrac system also allowed the operator to double the number of stages that could be perforated in a single day when compared to conventional perforating techniques. Thus substantially reducing operating costs for Core's clients. Advances such as Core Lab's proprietary refrac technology are key to successfully expanding recompletion opportunities across mature unconventional plays. That concludes our operational review. We appreciate your participation. And Zed will now open the call for questions.