Eric McAfee
Analyst · FBR Capital. You may now state your question
Thank you, Todd. For those of you who may be new to our company let me take a moment to provide some brief background information. Aemetis was founded in 2006, and we own and operate facilities with more than 110 million gallons per year of renewable fuel capacity in the US and India. Included in our production portfolio is a 60 million gallon per year capacity ethanol plant located in Keyes, California, near Modesto. We also built, own and operate a 50 million gallon per year capacity distilled biodiesel and refined glycerin biorefinery production plant on the East Coast of India near the port city of Kakinada. Before going into specifics, I would like to address the fundamental concern among many investors, which is debt. We are actively working to pay off or reduce the high interest rate debt, including the following action steps. Number one. Raising the Phase 2 $50 million 3% interest rate EB-5 subordinated debt funding, which can replace our high cost 14% plus debt. Number two. The three year India plant supply contract with BP Singapore is expected to ramp up this year. The India plant is debt free except for inventory financing, so excess cash flow is available to pay down debt at the parent company, Aemetis. Number three. The growth of the India business may create an opportunity for an IPO or sale of a portion of the India business due to the patent-pending technology, the BP Singapore supply agreement and the 5% growth in the India domestic fuel market. Number four. Cellulosic ethanol is expected to be a highly profitable, strong cash flow business. We are working on the design and the construction of a 10 million gallon cellulosic ethanol plant that could be operational within 18 months. This project can have a very high EBITDA that can be used for parent company debt reduction. Now, let’s discuss our platform businesses in ethanol and biodiesel and important projects in advanced biofuels and then review our low cost financing initiatives. To begin, let’s review our ethanol business. During the second quarter of 2017 our ethanol business grew 11% revenues year-over-year, as we produced 16% more ethanol than in the same quarter last year. Ethanol pricing decreased by 2% year-over-year, gross margins were about 4% lower compared to last year as pricing slightly decreased, while natural gas, electricity and transportation costs increased. For the second half of this year we expect revenues and margins to follow a positive trend due to stronger demand and lower prices for gasoline, increased demand for ethanol by enforcement of the Federal Renewable Fuel Standard, strong demand for low carbon biofuels in California, and growing foreign markets. We’ve also seen improved demand in pricing for wet distiller’s grain over the first quarter of this year. Let’s review our India biofuel business. Aemetis is the leading US producer of biofuels in India, a country of 1.3 billion people that consumes about 25 billion gallons of petroleum diesel each year. Aemetis biodiesel produced at our India plant reduces harmful emissions by up to 80% and sells as a less expensive fuel than diesel. India biodiesel and refined glycerin revenues in the second quarter of 2017 increased on a year-over-year basis to $5.3 million from $1.0 million. The primary reason for the revenue increase is increased sales to bulk fuel customers in India. During the second quarter two additional sales channels opened up to the India biodiesel business: supply contracts to the India Oil Marketing Companies and a supply contract to BP Singapore. After years of market development work with the India government, our India plant won a $6 million supply contract from the three India oil marketing companies that supply approximately 95% of the fuel in India. The contract is a six month supply agreement for about 7,500 tons of biodiesel. We started shipments during the third quarter. Based on extensive research and development conducted by our India biodiesel plant, engineering and operations team, in April we filed a patent on enzymatic biodiesel production technology that solves the key barrier to commercial scale operations of this technology. Our proprietary technology allows the use of low cost, low carbon waste feedstocks that other biodiesel plants usually cannot process into fuel. After negotiations and documentation that started last year, we signed a three year biodiesel supply contract with BP Singapore on May 25, 2017. To support BP Singapore and our domestic business in India, we recently completed the construction of the first phase of our pre-treatment unit and began production of biodiesel using our patent-pending enzymatic technology. We also received the first shipment of low carbon, low cost waste feedstock supplied by BP Singapore to the India plant. Now, let us review our two important advanced biofuel projects, the LanzaTech cellulosic ethanol upgrade to our Keyes plant and the agreement to acquire Edeniq to convert corn fiber to cellulosic ethanol. Cellulosic ethanol is the main beneficiary of higher value, renewable identification numbers under the Renewable Fuel Standard. Since cellulosic ethanol can reduce carbon emissions by up to 80% compared to gasoline, the California Low Carbon Fuel Standard incentivizes cellulosic ethanol production. In total, the value of a gallon of cellulosic ethanol today is about $4.50 per gallon, about $3 more per gallon than conventional biofuels. By using waste wood and nut shells from the more than one million acres of almonds, walnuts and other orchards in California’s Central Valley, feedstock costs can be reduced from current $1.50 per gallon to less than $0.40 per gallon. Decreasing feedstock costs to below $0.40 a gallon while increasing revenues to about $4.50 per gallon makes cellulosic ethanol one of the most profitable biofuels to produce, provided that the conversion yields are high and conversion costs are low. For the past ten years Aemetis conducted research and development and invested heavily in technology assessments to evaluate catalysts and other conversion processes for cellulosic ethanol. As many of the projects we reviewed did not produce clean syn gas from wood feedstock or failed to obtain high yields due to fouling of methyl catalysts, we determined that a high temperature gasification system and a biologist catalyst was the best approach to achieve stable high yields. Founded in New Zealand and now based in Skokie, Illinois, LanzaTech has invested more than $200 million in the development of a microbe that consumes syn gas for the production of cellulosic ethanol. With six demonstration plants already built and more than 40,000 hours of operating time already completed, we believe that LanzaTech is the clear leader in the conversion of syn gas to ethanol using biological rather than metal catalysts. During the past several years we have worked with the team at LanzaTech to arrange exclusive license rights for Aemetis in California for the conversion of biomass feedstocks to cellulosic ethanol using the patented LanzaTech microbe and reactor system. InEnTec of Richland, Washington has invested about $130 million in the development of advanced gasification technology and the construction of 13 units. Aemetis selected the InEnTec gasification unit due to the high levels of clean syn gas that is produced by the InEnTec system, significantly increasing potential cellulosic ethanol production rates compared to lower temperature gasifiers that produce higher levels of ash and lesser quality syn gas. During the second quarter of 2017, we licensed the exclusive and predominant worldwide rights to InEnTec’s advanced gasification technology for use in cellulosic ethanol production. We have funded the construction of an integrated demonstration unit at the InEnTec Technology Center in Richland, Washington. Due to the exceptional effort and technical capability of the Aemetis, LanzaTech and InEnTec teams, yesterday we announced that the Aemetis integrated demonstration unit is now producing cellulosic ethanol from waste orchard wood and nut shells sourced near our California ethanol plant. Using nearby orchard waste to produce cellulosic ethanol will reduce air pollution and carbon emissions in the third worst air quality region in the US, California’s agricultural region known as the Central Valley. We are excited with the yields and other key data generated by the integrated demonstration plant since last month and at this point the yields of cellulosic ethanol are exceeding our expectations. In the coming months we plan to provide investors with updates regarding this innovative and exciting project. Yields and other data from operation of the integrated demonstration unit will be provided to the US Department of Agriculture as part of completing the Phase 2 loan guarantee process under the USDA 9003 Biorefinery Assistance Program. Our commitment to the upgrade of corn ethanol plants to produce high value cellulosic ethanol includes the conversion of corn fiber that is already in the ethanol plant. In April of 2016, Aemetis signed an agreement to acquire Edeniq, a biofuels technology company that converts corn kernel fiber into higher priced, lower carbon cellulosic ethanol. We are pleased with the progress of the litigation related to enforcement of the signed definitive agreement and we believe that documents disclosed to us in the discovery process support our demand to complete the transaction on the terms set forth in the signed acquisition agreement. Let us now review our key financing initiatives, starting with EB-5. We have received $35 million of subordinated debt from 70 foreign investors at a 3% interest rate from escrow. We have launched a Phase 2 $50 million EB-5 offering that is currently in process. These funds are scheduled to repay the existing Third Eye Capital loan and fund expansion of company revenues and earnings, including the construction of a 10 million gallon Aemetis cellulosic ethanol plant near the existing Keyes plant. The timing of the receipt of funds from the Phase 2 EB-5 offering has been impacted by immigration and other policy concerns arising since last November; however, we have now signed agreements with EB-5 brokers in China, Hong Kong, Vietnam, India and Russia. I have personally completed five world tours in the past three quarters to meet with brokers and with foreign investors. We believe that following our successful Phase 1 EB-5 offering with a $50 million Phase 2 offering should benefit from a renewed focus on rural and high unemployment areas and in the enforcement of the EB-5 legislation. The EB-5 lending is subordinated debt at a low 3% interest rate with no principal payments for five years. Phase 1 is convertible into equity at $30 per share and Phase 2 is not convertible and is entirely non-dilutive to Aemetis shareholders. In summary, we believe that Aemetis is well positioned for growth with the improving fundamentals of the North American ethanol business, the potential for increased biodiesel business shipping to domestic and foreign customers from our facility in India, significantly reduced interest costs by repayment of high interest rate debt with low interest rate EB-5 funding, and the positive cash flow opportunities from the growth of the India biodiesel business and the planned LanzaTech advanced ethanol plant. Now, let’s take a few questions from our call participants. Angelica?