Clay Williams
Analyst · Simmons
Thank you, Blake. U.S. drilling activity during the third quarter of 2020 was the lowest measured since records were started in the early 1940s, making this the worst quarter in the past 300 or so. The COVID-19 pandemic response kept a lid on air travel and business activity, which depressed global oil demand, and in turn, diminished demand for NOV's products and services. NOV's consolidated revenue declined 7% sequentially, and EBITDA fell to $71 million or 5.1% of sales during the quarter ended September 30, 2020. Although a vaccine and normalizing oil demand seem more likely than not in 2021, our customers, like us, are cutting costs and exercising extreme austerity in the near term, which led to modest orders during the third quarter. The company realized only 38% book-to-bill on a consolidated basis. Fortunately, though, we are seeing rising inquiries in our Completion & Production Solutions segment that we expect to lead to increased orders. And the Rig Technology segment already surpassed its total Q3 orders level during the first few weeks of October. New products are helping drive demand for both segments. For the past few quarters, we sought to be clear and transparent in our communications with you on what we are doing to navigate this historic downturn, namely: one, aggressively and proactively downsizing and reducing costs; two, reducing working capital and CapEx to maximize cash flows; three, maximizing liquidity; and four, continuing to invest in research and development and new products to position the company for the inevitable upturn. I'm pleased to report that we continue to exceed our targets on cost reductions. We have reduced our global facility footprint, workforce and support services, making our operations leaner and more efficient. We also continue to prune businesses that are not yielding adequate returns. We've shared a lot of data around these costs and cash flow efforts with you on past calls. On the other hand, we've talked far less about our new product investments, which we've been careful to sustain because they will form the foundation of NOV's growth going forward. At our core, what NOV does is build franchises that possess sustainable competitive advantage. Market leadership frequently lends scale advantages, a status NOV enjoys. However, market leadership also carries the responsibility of technical leadership. Our customers expect us to push the envelope on technical innovation to improve efficiencies and cash flows for their operations. Knowing this, we have sustained our investment in new technology through the downturn. And I'd like to tell you about a few new technologies we are bringing to market. Hydraulic fracture stimulation is a critical part of unconventional shale production. The shale revolution is built on fracking. The industry has been experimenting with the use of lease gas to power fleets with electricity to reduce gas flaring, carbon emissions, fleet maintenance costs and diesel expense, which can run well over $1 million per month. Generating power on-site to run electric motors that, in turn, drive pumps instead of conventional direct drive diesel engines and transmissions can reduce mechanical complexity and maintenance costs. We've already seen this work in the drilling space, driving the evolution of drilling rigs towards AC electrification between 2005 and 2015. Throughout that period, the largest best capitalized drilling contractors at the behest of their customers, the E&P companies, embraced this AC electrification improvement and invested in new rigs. Then something really interesting happened. They looked around when it was done and from their space reasonably well consolidated. That's because only a handful of smart drillers could afford the price of admission to this new AC rig world, but those that made the leap clearly benefited. If you don't believe me, take a close look at Tier 1 land rig day rates between 2015 and 2019. Despite the downturn, day rates remained very healthy, strong evidence of an improved industry structure. I cite this example because much has been said of the need to roll up the pressure pumping sector across North America shale through aggressive M&A to drive consolidation. In my view, there is another capital-efficient way to drive consolidation, and that is through technology disruption. We hear from E&Ps that they are increasingly -- that they increasingly prefer electric frac to conventional fracturing for environmental, safety and cost reasons. Few years ago, our Completion & Production Solutions segment began work on our ideal e-frac suite to capitalize on this market opportunity, and we brought it to market a few weeks ago. It offers reduced emissions and fuel costs for the operator and lowers total cost of ownership relative to conventional fleets by up to 40% for the pressure pumper. It does this through two means. First, it is designed to have a few electrical connections in the industry, a feature that significantly reduces the need for highly skilled electrical labor at the well site, reduces overall wellsite congestion and safety risk and reduces cable expenditures. Second, the ideal system is designed with significantly higher power density than its market competition. It is the only offering today with a 5,000 horsepower pump designed to fit hand in glove with the best-in-class turbine offerings, resulting in a smaller footprint and lower engine and transmission expenditures. Additionally, this transported in 40% fewer truckloads and rigs up faster, particularly with our FracMaxx, big bore QuickLatch system and FlexConnect frac hose. It requires a smaller footprint and fewer people on site to operate. Engineered for 13.8 kV, it can accept turbine or gas genset power, both utilizing lease gas and minimizing flaring or work off-line power. It's truly power agnostic. Most important, though, is the reduction in total cost of ownership by up to 40% with further improvements expected from its integrated, condition-based monitoring, which will work with the predictive analytics we are actively developing. We know pressure pumpers have limited access to capital, but we also know shale producers are anxious to become more ESG friendly. A shale producer willing to sign a term contract with a pressure pumper, perhaps as short as only 2 years, could drive our first purchase order for a fleet. In the meantime, we've executed an agreement with a major U.S. pressure pumping service provider to test one of our new ideal e-frac pumpers in the field, and we expect to be testing our blender and support equipment soon as well. Additionally, we are hearing of some clever entrepreneurs exploring opportunities in the power generation side of the emerging e-frac opportunity. Stay tuned. Within our Rig Technology segment, we've discussed our growing installed base of NOVOS operating systems across both land and offshore rigs, with 72 rigs running at this morning. Operators love it for the drilling optimization algorithms it provides, but we believe they will love it even more soon. That's because we expect to commercially introduce a new robotic pipe handling system for land rigs in 2021, one that operates seamlessly within the NOVOS digital environment. We believe the growing NOVOS installed base is the digital foundation for the industry's leap forward to automate drilling. In North America, it used to be that Tier 1 rigs require greater setback, higher top drives, high-pressure mud systems and walking capability. Now the new definition of Tier 1 rigs also includes digital rig enhancements like NOVOS, SoftSpeed and KAIZEN, which are driving further efficiency and safety improvements through artificial intelligence and machine learning. Fully automated slips to slips drilling has been a vision shared by many for decades. The possibility of removing humans from the well center greatly reduces safety risk and freeze up rig crews to focus on higher value-added activities. Drilling automation can raise the performance standards of experienced drilling crews by permitting them to focus on the big picture rather than on repetitive manual tasks. But here's the kicker. Our new robotic pipe handling system is very affordable. It's easily retrofittable into existing land rigs. We understand that capital is limited for drilling contractors these days, but we also know that E&P operators would strongly prefer a rig that can push-button trip, enabling the retrofit of the contractors' existing fleet at a very affordable price is a fantastic opportunity that we think will attract a lot of attention among oil companies. Rig Technologies is also seeing growing interest in its new PowerBlade power management system, which cuts diesel consumption and CO2 emissions on offshore floaters. Even though we've just introduced this new technology, our first customer in the North Sea is already looking at upgrading additional rigs to improve their competitiveness on ESG metrics in a crowded marketplace. Let me turn now to our Wellbore Technologies segment and speak to some real-world challenges our customers face as we all hurdle toward a digital utopia you've all been hearing so much about. Wells are drilled and completed and sometimes recompleted and then recompleted again, producing data for decades from many vendors and many sources. The data they generate is subject to limited or no data quality checks, is produced in multiple protocols with no standards around format. Consequently, oil and gas producers spend a significant amount of time and money cleaning, aggregating, formatting, translating and contextualizing data before any actual analysis happens. Furthermore, solutions reliant on cloud connections introduce lag problems and issues arise when remote communications are broken. And guess what, the oilfield operates in the remotest of locations, they often lack basic connectivity. Needless to say, these real-world complexities get in the way of easy real-time decision making. Individual E&P operators who roll up their sleeves and try to develop their own solutions to these problems frequently lack sufficient expertise and scale because deployment is limited to their own operations and the cost of maintenance and upkeep is hard to justify for all but the largest operators. Plus you have this whole technological obsolescence thing. Enter Wellbore's new max suite of edge and cloud technology, which we've been quietly developing for the past 3 years. We are going to the field next month for testing and expect to be commercial in 2021. Our value proposition is simple, enable our customers to use their own data and run their own businesses with a uniform version of the truth, both in office and in the field. NOV Max, NOV's new digital ecosystem, enables them to capture, aggregate, visualize and analyze their data in real-time at high speed on the edge in their cloud or in our cloud, in their office and at the well site, one version of the truth, both at the office and the well site in real time. Like a Bloomberg screen, our vision is to collect disparate data streams and then put them on a single screen, synced up and formatted and contextualized for easy use by the owner of the data. We are taking Max to market through Wellbore Technologies 80-year old MD Totco division, the leading provider of rig instrumentation services with global 24/7 support and boots on the ground throughout the oilfield. MD Totco makes sensors, both surface and downhole, which helps avoid garbage in, garbage out problems and data generation. NOV Max gathers and translates that data and can run customer-owned NOV or third-party analytics or applications at the well site or remotely while others require middleman, NOV provides all services and solutions sensor to screen, meaning we don't just connect to the data, we build the equipment that provides the data with the largest installed base of equipment in the industry, NOV products were most likely already at the well site and in place to gather data as the market leader in control systems, we speak machine language and can affect automation at the well site, a primary means by which customers can drive economic benefit from their data. Max is built on new technology stack that lives at the edge, out in the field where work is done. This edge technology has to be robust, secure, connected and manageable at incredible scale. Available technologies just didn't fit the bill. So we developed Max edge to include military-grade encryption and TLS secure communication, keeping data and analytics safe. The solution handles 31 inbound industrial calls, including support for 12 kilohertz waveform vibration data on critical channels and 15 industry standard outbound protocols, including AWS IoT, Azure IoT hub and Google IoT core. I'm proud of the NOV engineers, programmers and scientists who are introducing new, better, safer and more efficient ways of developing and producing oil and gas during the worst quarter in the industry for more than 75 years. I'm also proud that NOV continues to pursue opportunities in renewable energy, building our strong position in the offshore wind and geothermal energy space. I said many times before that we view the transition to a carbon-free future as one of the greatest economic opportunities in human history. And I think capitalism will produce the solutions required. However, I want to stress 2 important points that guide our decisions with respect to resource allocation. The first is that we will remain true to our oil and gas customers. We will continue to bring them new and better technologies and support their operations despite the popular narrative that the world will soon abandon oil. We respectfully disagree and recognize that oil continues to lift people out of poverty and improve all our lives. There are currently more than 1 billion motor vehicles, 39,000 aircraft and billions of dollars of construction, mining and agricultural equipment around the world, representing tens of trillions in capital investment. It all becomes worthless overnight without hydrocarbons. While renewable sources of energy will certainly grow in the mix of the energy pie at the end of the day, oil and natural gas continues to be the fuels that power the world. The second point I want to make is that all of our investments in new products and technologies, both traditional oil and gas as well as renewables, are constrained by responsibility to be good capital stewards. We only aim at markets where we believe we can carve out a clear, sustainable competitive advantage. In the long run, fundamentals always prevail. When this crazy year passes and the economic shutdown fades, the world is going to need a lot more oil and gas and the world that will need this industry to get back to work. NOV is going to be there, leaner and meaner than we've ever been to make sure it has what it needs to do so efficiently and safely. The dedicated creative service-minded NOV employees, for whom we are so very grateful, will prove once again why they are the best in the world. With that, let me turn it over to Jose.