Monty Davis
Analyst · Morgan Stanley. Please go ahead
Thanks Dick. The fourth quarter of 2014 was our best quarter ever. Setting records for revenue, operating income excluding FX and operating margins. The credit for these achievements goes to our 5,000 employees around the globe and we thank them. Reservoir description revenue of 131.7 million was up slightly sequentially and operating earnings of 37.3% were increased 2.8% over Q3 2014. Operating margins of 28.3% improved 60 basis points from the prior quarter and reaching our highest in four quarters. Leading these margins higher has been the structural expansion of the high-end of the reservoir fluids market that only Core can serve. Recently our reservoir fluids services group completed a number of U.S. enhanced oil recovery projects to investigate the viability of miscible-gas injection into their reservoirs. These reservoirs had been on water injection for several decades to the point that their oil production was barely sufficient to sustain production cost. The EOR studies included targeting of the minimum miscibility pressure at which the injection gas would displace oil from the formation most effectively. Miscible-gas injection is extremely efficient at the pricing much of the remaining oil so it makes sense to investigate the feasibility of available gas to flood these older reservoirs. In some cases carbon dioxide is available. But as the natural gas is abundant it makes sense to test both to review the economics of one over the other. Core Lab’s worldwide expertise in determining the optimum gas composition and injection pressure is unsurpassed. The EOR studies performed in our state of the art laboratories investigate compositional changes that occur as a result of gas mixing with oil, how much the oil swells and how the mixed fluid viscosity is reduced. All of these factors along with the core flood experiments factoring in a variety of rock qualities allow our clients to calculate the amount of additional oil that maybe recovered by this rejuvenating process. In the majority of these cases these viability studies confirm to the client that gas injection makes economic sense. In addition to providing the fundamental information required to determine gas injection viability, Core’s reservoir fluids services group also investigates those factors that might mitigate the effectiveness of gas injection. One of these factors includes the destabilizing the heavy components of the oil that may lead to deposition of organic solids and asphaltenes in the reservoir production tubing. Our comprehensive EOR testing programs review whether asphaltene deposition is likely to cause injectivity issues thereby leading to a reduction in the dispersion of gas through the reservoir, which may in turn lead to reduced displacement and lower oil production. The testing of treatment chemicals to mitigate any organic deposition that may occur during the gas injection process is also part of our study and a key piece of information fine engineers need to optimize their reservoir management plans. Performing EOR viability studies to investigate gas injection projected economics is one way that Core Lab assists our clients to recover their latent potential in their current oil field assets. Gas injection EOR projects can be an alternative to risky and expensive exploration projects producing a known oil from a known source with production facilities already in place. Core’s technology is used to tap the undiscovered potential of these old oil reservoirs and help our clients optimize their return on investment. Core Lab believes EOR is the future of the reservoir fluid business and has expanded facilities and put in place state-of-the-art equipment to position our self as the provider of these services in the years go come. Core developed digital rock characterization services continued its rapid growth in Q4 digital rock characterization DRC which is primarily an imaging-based core analysis program was started in February 2014 and developed using our extensive expertise in geology and rock property analysis. This expertise gives us unique modeling capabilities and brings real value to our digital rock characterization services. Across the globe it is well documented that image analysis of core rocks can provide petrophysical information. This information can range from purely qualitative and visual to numerical, modeling, calibration-based quantitative data. The project and concept require low to very high resolution imaging equipment. State-of-the-art imaging combined with extensive core analysis-based calibrations using Core Lab’s global core analysis experience provide fast, detailed and reliable data which in turn helps operators describe reservoirs in a much more detail than ever before. The first level of imaging is attained by high frequency CAT scanners. The extensive modeling based on Core Lab’s lab measurement knowledge, DRC provides a virtual geological core description. Integration of this description with spectra gamma scan provides detail meteorological information, mostly within a week of coring. Core Lab performs these services in Houston, Denver, Bogota and Abu Dhabi currently and plans to extend these capabilities further in 2015. The second level of an imaging provides micro core level x-ray information and utilizes a micro CT scan. Various petrophysical properties, proxy, permeability, capillary pressure, electrical properties, et cetera are capitalizing using high resolution 3D rock models and advanced rock-based software. First level of an imaging combined with Core analysis-based calibrations provides a quick look into reservoirs accurate sub-sampling and models based on higher resolution levels lead to a very detailed reservoir description and can resolve some industry-wide up-scaling problems. The Core Lab DRC approach represents a significant improvement over competitors’ deliverabilities due to the extent to which we ground tooth our interpretation and modeling using first, geological input in the form of actual laboratory derived mineral composition and secondly actual physical measurements of capillarity and permeability. Our digital rock models therefore have a real, quantifiable physical basis and are not purely theoretical. Production enhancement revenue of 124.1 million was the highest in Company history or quarter and grew 7.7% over Q4 2013 and 1.6% sequentially. Operating income was 45.7 million and grew 10% over those of Q4 2013. Operating margins of 36.8% were up 80 basis points over Q4 2013. Demand for our diagnostic services remained high through the fourth quarter, as clients continue to test various strategies to stimulate the highest percentage of the reservoir lock in the most cost effective way. Our FlowProfiler service continues to grow and gain market penetration. We expect this to continue as the FlowProfiler brings great value to our clients. Currently we’re seeing a common theme for clients are moving from the well building mode to putting more attention to optimization and best practices. Return on investment is the driver and our global technology team, our regional engineering advisors and diagnostic services are an important solution to help our clients quickly determine the optimal way to explore the reservoirs. Our fracing experts and regional engineering advisors are mining our extensive database of refrac diagnostics data over the last several years and are helping our clients determine how best to target refracs as a way to gain production without drilling. The early wells in a field are not optimized, leaving large percentages of un-stimulated rock. These are prime candidates for refracs and our diagnostics are even more than critical on these environments because diversion techniques and strategies need to be optimized. Offshore activity continues to be strong and our PACKSCAN and other complementary services continue to be critical to these operators. On our recent projects our diagnostics indentified that a gravel pack operation completely failed. All surface data identified the job is a success, however troubles pulling out of the hole caused fluid losses that washed the gravel pack away. This knowledge from our PACKSCAN enabled the operator to pull the completion and re-gravel pack successfully saving 100s of millions of dollars in potential loss production due to gravel pack failure. Proven technologies such as HERO, SuperHERO charges and the HTD-Blast drove record quarter revenues as clients continue to look towards Core Lab for more effective procreating techniques to optimize frac results. The use of Core Lab’s proprietary HERO HR charges specifically designed and engineered to achieve maximum penetration in hard compressive strength formations have been adopted by numerous clients both domestically and internationally. Recently Core Lab has been responding to multiple client requests to utilize KODIAK technologies both in North America and international arenas. KODIAK propellant stimulation technology enables the operators to reverse material wells, zones in decline as well as stimulate extremely long horizontal zone simultaneously. This is an example of operators taking advantage of Core Lab production enhancement technologies to capture value by increasing production at a much lower investment level. This will be even more important in the current market. Then reservoir management revenues of 22.7 million were up sequentially 1% yielding an operating income of 9.6 million an increase of 25% over Q3 2014. Operating margins of 42% were the highest ever up 820 basis points over the prior quarter. Reservoir management had a strong fourth quarter due to a combination of projects, sales and the initiation of new projects, both in North America and internationally. In the U.S., reservoir management experienced high demand for our projects in the Permian and Appalachian Basins. Our project in the Delaware Basin that focuses on reservoir characterization and fracture stimulation well performance increased membership to 29 companies, targeting the Avalon, Bone Spring, and Wolfcamp reservoirs. The Midland Basin project increased membership to 51 companies. This project is directed at improving an operator’s well performance through the integration of geology, petrophysics, geomechanics, fracture stimulation design, and post-frac production analysis, well performances has continued to improve by this integration process for optimization. Reservoir Management also experienced a resurgence of interest in our Marcellus, Upper Devonian, and Utica Point Pleasant projects in the Appalachian Basin. We added more members to the Marcellus project, bringing the total to 55. However, most of our client interest has been directed at the expanding Utica Point Pleasant gas play in Pennsylvania and West Virginia. We now have 20 member companies in this project, and expect this number to grow based on the high gas rates we reported from exploration wells. Also in North America, Reservoir Management initiated three new projects during the quarter. These consist of the Montney Phase 2 and Wilrich Sandstone projects in Canada and a project targeting the Upper Cretaceous oil-bearing formations in the Powder River Basin of the U.S. Internationally, Reservoir Management completed an interim report on its Mozambique Reservoir and a Seal study participant ahead of the current license round closing. The project will be completed during Q1 2015. Also in the quarter, we initiated two new Atlantic Margin Studies, an extension to our Brazil Equatorial Basin’s dataset and Atlantic Ireland. Atlantic Ireland held a new suite of deepwater projects in the Northern Atlantic. Q4 quarter saw continued high demand for our South Atlantic portfolio, both in Africa and Brazil. As Dick mentioned and it was mentioned in our press release, our decremental margins that we expect as we right size the business are in the 60% range. We are rightsizing our operations around the globe as is applicable to prepare for the future 2015. We will now open the call for questions.