Clay Williams
Analyst · JPMorgan. Your line is now open
Thank you, Blake. The fourth quarter of 2020 was an extraordinarily difficult quarter for NOV and unfortunately, we expect to continue to struggle through the next quarter, too, until the world gets past the wreckage of COVID. Consolidated revenue declined 4% sequentially and EBITDA fell to $17 million or 1.3% of sales in the fourth quarter. This performance was particularly disappointing in view of the massive cost-out efforts the company enacted last year, indeed throughout the last six years. The COVID lockdowns we faced off and on throughout 2020 continue to hinder our operations and those of our customers. Against weak demand for services, low and falling day rates and significantly reduced cash flows, our oilfield service customers have deferred maintenance, cannibalized equipment and drawn down stocks of consumables. Against weak and uncertain commodity prices, OPEC+ production cuts and lower cash flows, our E&P customers have cut rigs and slow-rolled project approvals. The offshore rig count was down 37% from the fourth quarter of 2019 and the international rig count was down 40% year-over-year. Although North America drilling has been improving since bottoming in August, it is still down 58% compared to the prior year which, by the way, wasn't exactly a robust oil and gas market either. This continues to be a historically bad downturn in an industry that has a lot of experience weathering very, very tough times. Against this backdrop, our equipment orders have been scarce. While we were pleased to see Rig Technologies reported book-to-bill above one in the fourth quarter, that is the only book-to-bill NOV saw above 100% throughout 2020. Outside of North America, momentum slowed through the fourth quarter with additional COVID lockdowns, continued project approval delays by customers and slowing activity in places like Russia, the Middle East and offshore. All three of our segments saw the majority of their revenue come from markets outside North America: 59% for Wellbore Technologies, 67% for Completion & Production Solutions, and 90% for Rig Technologies. All three rely on capital and consumable sales which, to varying degrees, tend to be later cycle businesses. While Wellbore Technologies tends to be a little more closely tied to real-time rig activity than the other two, it also relies on later cycle capital sales of drilling motors, fishing tools, MWD equipment, solids control equipment and other tools that are subject to destocking and restocking dynamics. Drill pipe is a capital investment by drilling contractors and drill pipe sales by the Wellbore Technologies segment fell sharply in the fourth quarter at very high leverage. Our team continues to fight passionately and tirelessly to improve performance. We continue to cut costs. I'm proud that NOV was able to take out $700 million in fixed costs during 2020, but our poor fourth quarter results tell us that we must do more. As we enter 2021, we have identified another $75 million in annual cost reductions that we are executing on right now, and we expect the target to grow as we progress through the year. We continue to focus on cash flow. Fourth quarter cash flow from operations was $186 million and free cash flow was $133 million. For the year, NOV generated cash flow from operations of $926 million and reduced our net debt by almost $700 million. We completed the year with a very strong balance sheet, only $142 million in net debt, with our next major maturity not due until late 2029. Most importantly, we continued to invest in technology. Last quarter, I spoke to you about our organic R&D efforts, which are increasing operational efficiency, improving safety and reducing the environmental impact of our customers' oil and gas operations. We will be testing our Max digital platform with three E&P customers throughout 2021, all of whom are excited about its potential to drive improvements in their workflows. We will be testing our new low-cost rig floor robotics offering at our research rig later this quarter and we hope to have a commercial product available by year-end. Our new Ideal eFrac offering will be tested this quarter by a leading North American pressure pumper with one of their customers. They are seeing significant E&P interest in this technology's ability to reduce both costs and emissions. These are just three of dozens of new product and technology initiatives NOV has underway to support the critical work that our oil and gas customers do. We remain committed to developing and delivering solutions that provide the world with abundant reliable safe energy for the oil and gas that powers the world's global food supply chain, that powers 100% of its air travel and that helps lift humanity out of poverty. NOV is proud to support this critical industry as we have done 159 years. Like you, though, we see powerful social, political and economic momentum driving the growth of renewable energy, which will one day enable the world to transition to a net zero carbon future. I believe that this is perhaps the greatest economic opportunity of this century. Capitalism will lead to the innovation required to reveal the most efficient solutions and NOV intends to play a role. This morning, I'd like to share with you how NOV's competencies align with the emerging energy transition business opportunity and also eliminate a few things that we've been quietly working on for the past few years, ideas that I haven't commented on much publicly before. We want to show you how we're thinking about NOV's future in a world that is growing new sources of low carbon energy. First, we are experts in building large complex machinery with extreme precision that operates in harsh environments and we do this at scale in remote parts of the world. NOV employs bright, dedicated imaginative scientists and engineers who are conversant in material sciences, metallurgy, power systems, robotics and a host of other fields. In short, we have a fantastic team with whom to prosecute the business opportunities that are emerging. So, I ask a few to do that. A few years ago, some of our best and brightest began to explore the renewables landscape to find opportunities where NOV can make money. That team has been steadily growing since and I'm pleased with the ideas they are generating and the products that they are developing. First though, let me offer some perspectives on the opportunities. Most renewables technologies are not new. You may be surprised to learn that robust serious technical economic discussions about transitioning to new forms of energy actually began more than 40 years ago, following the Iranian hostage crisis and the second big oil shock of the 1970s. The economic vulnerability of the West during the Cold War, exposed by the tenfold increase in oil price throughout the 1970s, led to some serious hand wringing about diversifying away from oil, particularly foreign imports. Strikingly, the list of potential green energy sources from that era is essentially unchanged from today's list of candidates: wind, solar, geothermal, biomass, hydrogen and fusion. In the past four decades, all have seen their respective technologies progress incrementally and some have seen significant industrialization. So why then haven't we transitioned to something different yet? The reason is that all are at best imperfect substitutes for the status quo, at least for now, in all categories except greenhouse gas emissions. Solar and wind face intermittency challenges, land use issues and not-in-my-backyard political opposition. Hydrogen faces storage and transportation challenges from metallurgical hydrogen embrittlement. Biomass faces land use and efficiency challenges. Fusion continues to face technical challenges. And geothermal really only works in geologic hotspots with shallow magma. All face infrastructure hurdles. I bring these up only because NOV looks at these challenges and we see opportunities to develop solutions and thus competitive advantage. Our approach to renewables is to look at customer pain points like these and solve them. This is the framework that we are using to think about renewables opportunity. If NOV can solve bottlenecks, reduce project capital investment, improve uptime, reduce O&M costs, enable customers to access better resources, then NOV can foster the unrestrained embrace of renewables by free capitalists, thereby positioning itself to profit from this remarkable business opportunity and facilitating the global transition. Our most advanced business opportunities lie in solutions that improve the economics of wind power generation. In a few moments, I'll take you through our portfolio in this area. Before I do, though, I want to note that we are pursuing other areas where we see potential to add value as well, including solar, carbon capture, geothermal, biomass and hydrogen. Most of these are very early stage and years away from contributing meaningfully to our financial results, but I'm nonetheless optimistic about the potential contributions that they may one day make. I'll add, too, that these have been almost entirely organic thus far, built through existing business and infrastructure that make up our core oil and gas equipment business today. It's too early to tell which technologies will predominate and some will fail. So, we are engaging across several in a diversified portfolio approach. Most importantly, we are doing this to make money. Returns on capital are derived from competitive advantage. Therefore, our efforts are focused on creating competitive advantage in this space by cultivating renewable ideas with high growth potential that can be funded from our traditional oil and gas business, where we will also continue to press better products, services and technologies. That's the long-term plan. So, back to NOV's wind business. Today, our presence in the wind value chain, which stems from our roots in industrial lifting, marine vessel design and construction, is significant and growing. At ground level, the wind is impeded by topography and vegetation. At higher altitudes, wind tends to be more stable, more powerful and more consistent, a better-quality resource that improves at higher and higher altitudes. Taller towers access this better resource, as well as provide more space for largest area swept by the blades. Swept area is proportional to accessible energy and it grows exponentially with blade length, increasing torque applied to the generator in the hub, which also must grow larger to facilitate the additional power production. Therefore, taller towers, longer blades, larger turbines and bigger generators deliver significantly better economics to wind farm owners overall, at least to a point. So not surprisingly, tower hub heights has steadily increased and contributed to the competitiveness of wind on a levelized cost and energy basis. Taller towers are also expanding the geographic regions where wind power works beyond the so-called wind belt of the Great Plains in the United States, for instance. More on that in a moment. The constraint that wind farm developers begin to run into is the fact that towers become exponentially more expensive to construct and transport with height. In 2019, NOV invested in Keystone Tower Systems, a startup that has developed a patented tapered spiral welding process that enables the automated production of wind tower sections, which can significantly decrease production times and reduce cost by 50% or more. Additionally, the technology has the potential to be deployed for infield manufacturing operations, effectively eliminating many of the severe logistical limitations of transporting larger diameter tower sections over the road. Keystone is currently completing construction of its first commercial line within NOV's Pampa, Texas facility and has an order for 100 tower sections from a major wind turbine manufacturer. Upon completion, it will have the capacity to deliver hundreds of towers annually. Another challenge of the taller towers trend is developing cost-effective safe methods of tower erection. Current predominant construction methods using crawler cranes are quickly reaching their limits for safe and efficient use as wind towers increase in height and weight. NOV's system concept, which is built upon the intellectual property control systems and experience developed during the design of mobile desert and arctic drilling rigs, utilizes a tower crane in conjunction with a unique mobility system to provide superior lifting characteristics at taller heights to significantly improve the safety, reliability efficiency of tall wind tower installation techniques. Such methods are expected to also help reduce the ongoing operating and maintenance costs associated with these assets over their 20-plus year lives, further improving project economics for wind farm operators. The U.S. wind belt runs from North Dakota, south to West Texas and is defined by the region of the country where the wind resource blows hardest and steadiest, allowing turbines to achieve the highest levels of utilization and electricity output. But this picture changes as towers grow taller and the region of economically viable wind resource grows. It is conceivable to us that the wind belt area could double or triple as NOV and Keystone Technologies enable towers to grow taller, economically and consequently enable power production closer to prime power consumption markets, thereby lowering transmission costs and total capital investment. Frankly, we are excited about the growth potential here. However, all onshore wind farms require a lot of land and sometimes make their neighbors unhappy by spoiling the view, which leads us to offshore wind. Generally, offshore wind has several advantages over land: higher capacity factors due to generally steadier wind regimes, the ability to use larger turbines without facing the limitations of over-the-road transportation and an abundance of locations with less not-in-my-backyard political opposition. This has led the Global Wind Energy Council to forecast 26% compound annual growth rate for the offshore wind space through this decade. Considering nearly 40% of the world's population, 2.5 billion people live and consume power within 60 miles of the coast -- this makes sense. However, similar to offshore oil and gas, offshore wind developments also carry increased complexity, higher execution risk and incremental costs that can challenge project economics. Again, we view these challenges as opportunities to draw upon NOV's unique offshore expertise and provide value to a burgeoning customer base. NOV has long been a leader in offshore wind construction vessels, on which we can sell as much as $80 million out of equipment. In fact, the majority of the world's 30 gigawatts of installed offshore power generation capacity was put in place with NOV-designed vessels and NOV-supplied equipment. We are presently executing on the construction or upgrade of a half-dozen wind turbine installation vessels and expect demand to continue due to the growing height of offshore towers for the same reasons that I explained moments ago. NOV's proprietary telescoping cranes, jacking systems and deck equipment are all contributing to lower installation costs and better economics for offshore wind farm developers. We landed a contract for the first Jones Act-compliant vessel in the fourth quarter and we have several conversations underway with offshore construction firms for additional capacity globally. By year-end, I expect that our business in this area will have doubled to more than $200 million annually, and further growth prospects are excellent as the 9.6 gigawatts of offshore wind capacity to be installed in 2021 is forecast to more than double by 2025 to more than 21 gigawatts. In order to meet these projections, the world will need to build two to three dozen more installation vessels, capable of installing the new leading-edge 12-megawatt to 15-megawatt towers with 500-foot hub heights over the next decade or so, according to forecast from Clarksons. NOV is also pursuing opportunities in the floating offshore wind space, which will require the cranes, winches, mooring systems, cable-laid ballasting systems, chain connections and tensioners that we design and provide. NOV has developed a patent-pending Tri-Floater semi-submersible floating wind foundation, designed to require less steel than competing offerings that should allow for full key side construction in turbine installation. We are engaged in a paid design study now utilizing this proprietary floating wind design for a customer in Asia. With revenue potential north of $25 million per vessel and dozens of vessels required to develop a single gigawatt project, NOV's total addressable market in this area is potentially in the billions. So, to summarize our wind initiatives, NOV is positioning itself as a value-added partner, capable of meaningfully reducing project execution risk and overall capital costs. We have a large and growing base of installed capacity in the fixed offshore wind installation vessel market, which we expect to exceed $200 million annually in revenue for us by year-end, along with an ongoing aftermarket opportunity. Our Keystone team secured an order for 100 towers based on its proprietary technology that we are constructing in our plant in Texas. And NOV's proprietary floating wind technology is under consideration by multiple prospective customers globally, potentially opening up a massive new market in countries lacking expansive shallow waters available for wind development. Suffice to say, I'm very optimistic about the opportunity set in the wind area. Returning to our traditional oil and gas business, despite the near-term challenges we face, I'm growing more optimistic about 2021. As COVID-19 vaccines proliferate, I expect lockdowns and economic disruptions to subside and a more normalized level of demand for oil and gas to return. Only then will we realize the true impact of the massive dismantlement that the petroleum industry has undergone: the lack of major project FIDs, the diminishment of quick-turn shale productive capacity, increased governmental restrictions on shale development, the lack of offshore exploration, the evaporation of capital for a highly capital-intensive industry, the effect of massive amounts of stimulus and explosive growth in mine supplies on commodity prices. I don't recall a time in my professional career that saw more bullish fundamentals. It will be interesting, despite our most noble, aggressive, aspirational energy transition scenarios, petroleum remains critical to our way of life, from air travel to feeding mankind. The oil and gas industry will be called upon again to grow. So, there is light at the end of the COVID tunnel. The positive financial results reported by some of our larger customers this quarter serve as an early positive signal that conditions should improve over the course of the year for our later cycle oil and gas businesses. We expect the back half of 2021 to begin to see improved demand and activity for NOV, which may well begin to grow just a little more frantic in 2022 and beyond. In the meantime, NOV remains committed to supporting our customer base around the world wherever and whenever it needs us. Our recent product introductions are evidence of that commitment. To NOV employees that may be listening, please note that the dual challenges of supporting our oil and gas customers while advancing new and creative solutions to provide lower carbon sources of energy will continue to demand your very best. I am proud and grateful that you've never given anything less. Thank you for all that you do. Jose, Blake and I look forward to scaling new heights and new opportunities with you. With that, I'll turn it over to Jose.