Chris Gannon
Analyst · Raymond James. Please go ahead
Thank you, Josh. And thank you everyone for joining us today. I will now begin with our base Water business, which is growing rapidly. Our focus here remains on one, executing against are increasing backlog and pipeline; two, expanding capacity to meet our growing demand; and three, further developing and executing our Water initiatives. For the past several quarters, we have spoken of a surge of growth in Global Water Infrastructure spend that is coming. Today, as I look out on our Water business, I can tell you that this growth is no longer expected, it is here. As indicated by our recent press releases, the size and the flow of projects continues to increase. Since our last earnings call, we have further strengthened our backlog and pipeline for the remainder of 2019, 2020 and even 2021. And we are continuing to successfully execute against this backlog, as evidenced by the growth estimates Josh provided earlier. Given what we see ahead of us, we now have the confidence that enhance our outlook. Based on current 2019 consensus estimates for Water revenue of $69 million, we expect our Water business to experience growth of at least 20% to 25% in 2020, and an additional 10% to 15% in 2021. We've talked previously about the drivers of our industry in the macro state of global water supply. As a reminder, more than 2 billion people are roughly one quarter of the world's population already live in high water stress territories. According to the United Nations, half of the countries worldwide who face water storages or stress by 2025. These numbers are significant that they can sometime see intangible. Take one look at the headlines and it's clear that water scarcity is a reality in many places around the world. With that in mind, we want to provide a view of what we see happening on the ground. In the Middle East, water availability has long been a concern and the region continues to invest heavily in desalinations when sure continued growth. In Australia, dozens of cities are facing day zero, an estimated date of when they could run out of water. Eight town South Africa face the same threat last year, and is now considering additional desalination capacities address shortages. In addition, two thirds of global population growth is expected to occur in Asia between now and 2030, representing increase of 500 million people that this region already has less freshwater per person than any other continent in the world. More than 40% of India's population is suffering from water shortages. Pakistan is dependent on other countries for more than 70% of its water resources. Bangladesh, 90%, and Bolivia more than 70%. These being just a few examples of severely water starve economies. However, more in South America are not immune. Drought persists in the United States, most notably in the west and southwest. And in South America, water availability in countries such as Peru and Chile are creating challenges for the mining industry, one of the primary contributors to local economic growth. In short, global water scarcity is a real and pressing issue. That the need for desalination along with other water treatment solutions is very clear. Further, the conversion of thermal desalination to reverse osmosis is beginning to emerge and will likely continue throughout the coming decade. We first highlighted this trend in the first quarter, and now thermal replacement projects are starting to move from our pipeline into our backlog. Long term, this thermal capacity conversion of more than 20 million cubic meters per day creates an additional layer of sales potential for Energy Recovery. Our confidence in the strength of our water revenue over the next few years is reflected previous announced manufacturing capacity expansion. Phase one of this expansion is complete and contributing to current production. Phase two is underway. By the end of next summer, we expect to have doubled our capacity. This capacity expansion is necessary to meet growing demand from our customers, many of whom I saw last week at a large industry event, the IDA World Congress in Dubai. My conversations there reinforced my optimism are base business. They also further validated our focus on expanding our water solutions, which I've mentioned in previous quarters. We are looking at several near term initiatives both organic and inorganic, design to deliver more value to our customers. We expect to announce some of these initiatives early next year with sales potential beginning in late 2020. We are confident in our ability to aggressively grow our business based on the strength of our engineering, manufacturing and sales teams. We intend to leverage these strengths to one, broaden our share of the water wallet in our existing market, sea water reverse osmosis desalination. Two, expand our market presence in the OEM and mega project channels via these products. And three, increase the revenue potential of our aftermarket and service sales channels. Lastly, I want to emphasize that our current revenue outlook only reflects our base business, does not include any impact from these growth initiatives. I'm excited to share more when we speak again. I believe the call for more potable water around the world in a bigger in which this call is being made, is placed us at an inflection point of growth in the SWRO desalination industry. The surgeon industrial growth expectations, which historically was always projected to occur a year or two out is now upon us. There's a swell in activity and recovery is ready for it. Now let's turn to Oil & Gas, where our focus remains: one, commercializing the VorTeq; two, building out our Houston operations; and three, preparing the organization for commercialization and beyond. It's important to remember the VorTeq is an entirely new essentially game changing technology to be deployed in the mature and vastly competitive industry. The successful commercialization of the VorTeq is appended on our ability to prove the system's durability in the field. That prof comes from consistent and repeated testing. Our decision last year to secure experienced frac crews, equipment, and a testing site to significantly increase our ability to repeatedly test the VorTeq in real world conditions. We are seeing the payoff of these decisions every day, now that we are fully operational in Katy. Their increase runtime, we are gaining insight in advancing the technology. Our work today is focused on failure modes of the system, where we essentially look for any possible means by which we can force the PX cartridges to stall, break or otherwise fail to perform. Throughout the quarter, we have had a number of visitors to our site in Katy, including investors and analysts. These visitors have seen firsthand how significantly the technology has advanced and how seriously we are taking our responsibility to commercialize this technology. During these visits, people expressed interest in our test batch. Last year, and a move designed to speed our development process, we looked closely at our testing operations and made the decision to bridge the gap between testing a single pressure exchanger in the lab and testing at full scale with the VorTeq missile, which contains 12 cartridges. As such, we commissioned a smaller, more modular VorTeq which is four pressure exchanger cartridges or one third of that of a full scale VorTeq missile. The modular test system is representative of the full scale VorTeq, however, because of its smaller size, implement changes to the system at an accelerated pace. Our testing protocol is as follows. We design and execute test to focus on specific operating conditions and/or failure modes. We gather information on how the system perform during these tests and then we design and implement solutions on the modular VorTeq and test again. This is an iterative process, which in sometimes take more attempts. Once we find a robust and reliable solution, we then implement the solution on the full scale VorTeq missile, and begin again. You can imagine how much slower this testing process was on a full scale VorTeq when making changes across the system three times as large. This smaller, more agile system allows us to develop and test solutions much faster. Using the smaller system as the test bench, you can accelerate the research and development process. We continue to test at an unprecedented rate now. In addition to our advances in testing, we've made significant progress on our facility in Katy, Texas, and are close to commissioning our manufacturing operations. Further, we continue to make progress in developing our supply chain. In summary, our technology and manufacturing readiness programs are more robust than ever before and I'm extremely proud of the work our team is doing to advance the system. Commercialization is the priority and we are executing against our plan. In closing, our base water business is growing rapidly, as trends we have craft for years are converging to drive demand, which is reflected in the largest third quarter in the company's history. The optimism for the future of our Water business is stronger than ever, as evidence in our robust growth outlook through 2021. In Oil & Gas, we continue to methodically execute our technology and manufacturing readiness programs and preparation for commercialization. I'm extremely pleased at where we are today. As we approach the start of the new decade, I can say with great pride that I truly believe the best is yet to come for Energy Recovery. Happy Halloween to everyone and I look forward to your questions.