Selwyn Mould
Analyst · Oppenheimer Company. Please go ahead
Thanks, Greg. Joining me today’s call is our Interim Chief Financial Officer and one of the founders of Aqua Metals, Thomas Murphy. On today’s call I will be providing a brief over view of the history of Aqua Metals for those of you who maybe new to this story, followed by an update on our progress since the beginning of the year as well as a full update on the status of our operations today. Afterwards, I’ll turn the call over to Tom, to discuss the financial results and recent enhancements to both the management and board before wrapping up with some milestones to track our progress for the remainder of the year and a Q&A session. I’d like to start out today’s call by thanking Steve Clarke, the former President, CEO and Chairman of Aqua Metals for his considerable contribution to the Company. Steve was one of the co-founders of the Company and a driving force in its creation. We all wish Steve well and success in the future. Steve’s departure came as a result of the planned board refreshment and CEO’s succession that was planned since late 2017. As you may know, I am the Chief Operating Officer of Aqua Metals and one of the six founders. As some of you will know the history of Aqua Metals is quite extra ordinary, starting with six guys in the garage who came together to create the Company with little more than an idea and a lab experiment. In 2013, we built our first lab scale unit and after many months of trial and error, we developed the unit to a state where we earned our first investment and received funding. With the initial funding, we were able to design and build a full scale unit and to develop and apply for our first patent. Our first patent was a great success and a tremendous group effort from all the six inventors named on the patent. The success of our full scale unit enabled those to complete an IPO in July 2015 and to break ground in our first factory shortly after in McCarren, Nevada which is in the Tahoe Reno Industrial Center of TRIC. In 2016, we began approaching factories and today we sit on the verge of delivering the revolutionary technology that the lead recycling world is eagerly awaiting due to its economic and environmental benefits. In less than three years, we’ve gone from sketches in the plan to building the world’s first AquaRefining facility. We have applied for and being granted operating permits for that facility and have filed the numerous patent applications drawn to the AquaRefining Process that covers various aspects of methods, production intermediates and devices. Seven distinct families of patent applications have been filed totaling 90 patent applications. As of today, Aqua Metals has secured patent in seven jurisdiction Korea, Japan, Australia, United States, Canada, African Intellectual Property Organization and South Africa. The first quarter of 2018 was one of continued progress and execution. We continue to face challenges and work diligently to overcome them, specifically those related to the sticky lead condition which we identified in late 2017, where lead was sticking or hanging up on the exit chutes of the modules. In late 2017, we developed a solution to address the sticky lead condition, which involved modifications to the exit chute and improvements to the electrolyte feed system. Initial testing of the solution was undertaken using one electrolyzer during the remainder of December 2017. After the concept was validated, the solution was expanded to a full module of six electrolysers. The modified module was operated during the second half of January and throughout February. This included drilling for 14 days in February for a total of more than 80 hours. The testing culminated with a 24 hour run that demonstrated that the module could meet our throughput target and that it had the potential to operate at 10% less energy consumption than our design basis. Having validated the design, it was then frozen, drawings were approved, parts eroded and then the process of installing the modifications on the other modules began. So, where are we today? During April or in early May, we brought our first four modules on line and transferred them one by one from the control of the technical team into production. To do that features the modules has gone through the conditioning period supervised by the Aqua Metals technical team before moving to production. Today, we have four AquaRefining modules that have completed the conditioning period and are being transferred from control of the technical team to the production team where they are running on a single shift. Now the immediate focus is on achieving 24 hours operations with four modules before bringing additional modules online. I’d like to emphasize that the goal remains to have all 16 modules running 24 hours a day. However, we discovered that by initially operating four modules that 24 hours a day we would increase learning and more rapidly achieve full scale production. This strategy also allows us to maximize lead production during the scale up process, while enabling the remaining components of the plant to be synchronized in support of increased AquaRefining outflow. This is an important point I’d like to touch on a bit more. There is no doubt that it was tempting to move directly to operating 16 modules on one shift. However, we realize that there were a number of benefits to moving first to 24 hour operation of fewer modules. One of our engineering managers first pointed this out, and then we also what an obviously good idea it was given the numerous benefit. It maximized lead production. It’s more efficient, starting, stopping lead each take three hours a shift, therefore a single 8 hour shift only gives 5 effective production hours, running non-stop to 24 hours maximizes effective production app. For example, even if we start and stop once we still achieve 21 effective production app. Four modules running for 24 hour activity produced more than 60 modules on one shift. Mathematically, 16 modules by five hours gives 80 effective production hours and four modules b y 24 hours gives 96 hours or even 84 effective production hours if we allow for one stop, start occasionally. Furthermore, real learning comes with its operating extended hours. AquaRefining is a continuous process and is designed to run in a steady state situation. Running for 24 hours a day increases our experience of steady state running, which is critical to scaling up. And finally, with the 24 hour production team established, it will be easier to add additional modules into production. So, as I stated we have four modules up in running on a single shift and we are working to move those to 24 hour operation. Once we are satisfied with the operations of the first four modules and the supporting plant, we will bring additional modules online in batches of four until all 16 modules are fully operational. One of the beauties of our technology is that it has already been significantly derisked because of its modular nature, which means that each module is essentially identical. If one works, they will all work. Our challenge now is less about getting the AquaRefining technology to work and more about ensuring that the traditional recycling processes are upto race and supporting reliable. These processes of course include a breaker and separation process, melting and casting and water treatment. This also includes getting the supporting equipment and infrastructure in place and working reliably such as air compressors and pumps, which are off the shelf product as well as recruiting and training staff. It certainly isn’t rocket sized that everything needs to work reliably and be synchronized. We remain very confident in our ability to feed while also being realistic in knowing there will continue to be challenges in scaling up a first of its kind facility. So now that we are running four modules, what are we doing with the lead produced? We’ve obviously stated that we will be starting with lead volume, AquaRefined and direct to lead combined into a standardized lead product. We will then progress to high purity grades of AquaRefined lead and finally produce specific lead alloys to JCI specification. These will consists of both lead recovered from grids and AquaRefined layer that alloy and metals added to meet the alloy specifications required by customers. Our goal is to become an improved supplier of lead to JCI, as well as others throughout the industry. Today, all AquaRefined lead produced is being melted in the refinery and cast into 2.5 ton blocks as refined bullion. The bullion is an alloy of AquaRefined lead and priming lead bullion previously purchased for the refinery start of the TRIC. We now successfully sent one shipment 20 tons of bullion lead to JCI from our Reno facility and it is on route as we speak. Future shipments will continue to be bullion, until we bullied out the timing lead. Note that we expect to continue making shipments to JCI as production ramps. Clearly our partnership with JCI remains strong and in place. As you may recall, earlier in 2017 we secured a strategic relationship with JCI indeed the world’s largest battery company. This relationship contemplates the thoughtful and phased rollout of AquaRefining across their lead supply chain over time. We expect that Aqua Metals role will be to provide the engineering and the supporting equipment as well as the AquaRefining modules to JCI. Our joint objective is to use the first implementation of AquaRefining to develop a blueprint or future implementation and the basis for our technology and licensing. We continue to work with their technical team on a number of products and recently announced that we have extended the timeliness of our outlined equipment supply agreements by one year. The date to conclusion negotiation and discussion on the development program were now being no later than April 30, 2019 and the date to enter into the development program no later than June 30, 2019. Before going further, I’d like to turn the call over to our Interim CFO, Tom Murphy, who will walk you through the first quarter financials and recent changes to the management and board of directors. Before turning it back to me for a list of milestones to track and closing remarks.