Joel Broussard
Analyst · Stephen Gengaro with Stifel. Please proceed with your question
Thanks, Josh and good morning, everyone. Last year, in early March, we reported our 2019 earnings, just as concerns about the spread of COVID-19 were beginning to surface in the United States. We pointed out then that we did not know what impact it would have on our business and that we were monitoring the situation actively. Because of this uncertainty, the U.S. Well Services team prepared for the worst-case scenario and began to implement our strategic plan. Knowing that the spread of the coronavirus could be devastating to our industry, we aggressively eliminated fixed costs, reduced our variable cost structure and approached our lenders with a proposal that enabled us to eliminate principal and interest payments on our term loan, preserving liquidity to weather the storm. These actions combined with proactive communication and planning with our customers allowed U.S. Well Services to remain strong throughout the worst of the pandemic. I cannot thank my team enough for their hard work, dedication and sacrifice throughout the year. With their commitment and support, U.S. Well Services was able to generate positive adjusted EBITDA each quarter in 2020 and emerge well positioned to capitalize on the ongoing market recovery. Kyle will go into detail on the company's financial performance for 2020, but I would like to mention a few highlights. We generated $244 million of revenue for the year and $31 million of adjusted EBITDA. During 2020, we recorded $12 million of non-cash charges to reflect doubtful collections of accounts receivables. Excluding these charges, we generated $43 million of adjusted EBITDA, which represents an 18% adjusted EBITDA margin and $8 million of adjusted EBITDA per fully utilized fleet. After the sharp slowdown in early Q2, U.S. WS steadily ramped back up through the year, exiting the fourth quarter with 5.3 fully utilized fleet. For the year, we averaged 5.4 fully utilized fleets. Demand for our service has continued to strengthen in Q1 2021 and U.S. Well Services currently has 10 active fleets, including all four of our next generation electric fleets. The market remains oversupplied with horsepower, but the situation is changing rapidly. As commodity prices have improved, activity has picked up significantly and attrition of conventional horsepower in the U.S. fracturing fleet has accelerated. It is our view that the frac services pricing will begin to rise from current levels to more sustainable price levels over the next several months as supply/demand imbalance improves. I believe that the future for U.S. Well Services is bright, and that today we're positioned better than any company in our industry to succeed in this market. Now, more than ever, the oil and gas industry faces scrutiny from institution and retail investors, federal, state and local governments and regulatory bodies. Rightfully so, they question whether we are doing enough to protect the environment. E&P customers can no longer focus only improving efficiency and reducing costs. They also need to improve the emissions performance and reduce their greenhouse gas footprint in order to attract capital. Since we deployed our first Clean Fleet in 2014, U.S. Well Services has preached the benefits of the patent electric fracking technology. Eliminating the use of diesel fuel significantly reduces costs for our customers and relieves semi-truck traffic on community roads. Using our natural gas turbine generators to power fracking equipment, offers industry leading greenhouse gas emissions performance. Our internal data from both diesel and electric fleets proves that the maintenance costs for an electric fleet is substantially cheaper, and electric fleets reduce noise, traffic and other potential safety hazards that make our work safer for those on the well site and in the surrounding communities. Not surprisingly, for the last several years, most of our competitors focus their efforts and resources on discounting the benefits of this technology instead of developing their own next generation hydraulic fracturing solutions. Some competitors along with a chorus of sell-side research analysts have claimed that electric fleets are too expensive, that the purported benefits are not entirely true, and that this technology is inferior to dual fuel fracturing fleets. We've studied these claims closely and they are not true. We remain the only company that operates both conventional diesel and all electric frac fleets, which provides us the insights our competition does not have. Here are the facts. The fuel cost savings are real. Our fleets can reduce fuel costs by as much as $1.5 million per month, and we do not rely on overly optimistic diesel substitution assumptions to arrive at these numbers. Whether it's fuel gas or CNG burning our turbines, it costs less than diesel. No technology comes close to reducing emissions to degree that our Clean Fleet does. Last year, we hired a third party to take real emissions readings on a Tier-2 diesel, a Tier-4 diesel and a Clean Fleet operating in Texas. We published the results in a white paper titled "Clearing the Air", that is available on our website. The test showed that the CO2 equivalent emissions from the Clean Fleet were 42% less than emissions from a Tier-4 fleet and 48% less than emissions from the Tier-2 fleet. If you factor in gas that no longer needs to be flared, CO2 equivalent emissions are reduced by 60%. Clean Fleet also reduces smog related emissions by 76% and 94% versus Tier-4 and Tier-2 diesel fleet respectively. We have seen presentation that suggests emissions performance of a Tier-4 dual fuel fleet is superior to electric fleet, highlighting the emissions rate of a single dual fuel pump compared to a turbine generator at low load. The statistic is irrelevant. The only metric that matters is total emissions from the job; and on this metric, the turbine generator offers superior result every time. Electric fleets do not cost more than conventional fleets when you consider the cost of ownership. Our Clean Fleets use long left components like electric motors, rather than failure prone mechanical components using a conventional fleet. We have analyzed our own maintenance costs, both the expense and required capital expenses for electric fleets versus diesel fleets. We see a consistent 35% cost advantage for electric fleet. This cost savings matters. We may spend more on electric fleet up front, but we spend less every year and are able to operate the fleet long after the diesel fleet requires replacement. Finally, I think the market can learn a lot based on the behaviour of our customers and competitors. Our customers continue to sign and extend contracts for our electric fleets. Our competitors continue to announce plans to introduce their own unproven electric fracturing solutions. U.S. Well Services is uniquely poised to lead the industry as we enter a new era in which cost, efficiency and environmental stewardship matter equally. We're excited about the prospects for our business and are confident that we can continue to deliver results for our customers and shareholders. With that, I would turn the call over to Kyle.