Zafar Rizvi
Analyst · Truist Securities. Please proceed
Thank you, Stuart. Good morning, everyone. As I mentioned in our previous quarterly call, we continue to face challenging operations. Operating environment throughout of the year due to a number of factors that has affected the way the availability of corn created a strong basis, as Doug just mentioned, particularly at the Marian, South Korea [ph] location. And in addition, ethanol production is greater than the demand, which continue to negatively affect the crush margin. The high price of the natural gas during the last quarter and year also negatively affected the profit margin and positive news, we have seen natural gas price drop considerably recently. And according to EIA, yesterday’s weekly report shows ethanol production dropped under 1 million barrels a day, 10 weeks low retreated 17,000 barrels a day week-to-week. But the corn basis are still strong and expected to get positive for the harvest. We are pleased with the availability of corn in the Gibson City, Illinois. However, because of growth in domestic export from the state, the corn basis are beginning to strength. We have seen weakness in the price of corn oil and DDG, but they are -- these are still selling above the cost. Despite drought, the recent slowdown in export, the decline in the crush margin and other economic headwinds, we continue to source corn at reasonable price and don’t face any major logistical issue or shortage of corn at this early stage of the first quarter 2023. We expect to breakeven or slightly profitable at this time, as Stuart just mentioned. Let me give you some progress of our carbon sequestration project. These are the bullet points. The university successfully drilled a test well to a total depth of around 7,100 feet, in which almost 2,000 feet our Mount Simon sandstone was incurred. Completed geologically models are predicting the movement of the CO2 injection into the subsurface. The rock core analysis performed indicate very good reservoir quality. Completed water injection tests at the well itself to evaluate the expected movement of CO2, as well as expected plume area, testing indicates a very suitable storage for carbon sequestration. The 2D and 3D systemic testing was completed and indicates very good storage. Several other tests and modeling were performed to verify maximum injection pressure, reservoir quality, rock core analysis and expected movement of CO2 plume. These test results still shows this location is a very good target for carbon sequestration. The design of the compressor facility is completed, the contract to build the compressor part of the facility have been signed and long lead time equipment has been ordered. The pipeline hazard material identification number has been received. The Class VI permit for three injection wells with the capacity to store 90 million tons of carbon have been completed and submitted. The work on the pipeline FEED studies is expected to be finished by the early 2 -- April 2020 [ph]. All major lead equipment order for the compressor facility, which has been engineered and sized the contract to build the facility have been signed. We are currently working on a front-end engineering design study for short pipeline to deliver carbon from our carbon sequestration facility. We expect a prebuilt modular plant will be delivered by the end of December 2023 and then the building will be structured around the modular plant. We continue -- once again, this is highly technical, very early stage and time consuming project, it has required considerable time to make progress. We cannot predict we will be successful, but we are pleased what we started four years ago now has achieved some big milestone. As I also mentioned, in our previous call, we are evaluating several other projects that will increase production efficiency, improve energy efficiency to reduce carbon intensity, as well as reduced water consumption at our plant. We believe we will be able to complete most of these projects soon. Completion of these projects will lead to a greater benefit under the Inflation Reduction Act passed by the Congress and will contribute to decreased cost of production. As Stuart just mentioned, we also decided to increase the ethanol production capacity at One Earth Energy, Gibson City, Illinois, to 175 million gallons from 150 million gallons. The clean fuel production credit Section 45Z, which is related to reduced fuel carbon intensity score could provide as much as $1 a gallon depending on carbon intensity of ethanol produced and sold. The Section 45 cash payment for the carbon sequestration increased to $85 metric ton, which we plan to switch after the expiration of the 45Z, which we will continue to enhance the strong position of our company. In summary, we are pleased to announce once again profitable quarter in a very, very difficult environment, as well as good progress in our carbon sequestration project. We plan to increase ethanol production capacity to maximize benefit of the Inflation Reduction Act, Section 45Z and 45Q once 45Z expires. If we can achieve what we are planning to accomplish, in the future, we will be ready to provide low carbon ethanol and byproducts, while reducing carbon in the atmosphere. We cannot hit these carbon sequestration milestones, embark on projects to decrease carbon intensity, plan to increase ethanol production and achieve a 10th consecutive quarter of positive income without the hard work and dedication of our colleagues. We are very appreciative of their efforts to achieve these positive results. I will give the floor back to Stuart for further comments. Thank you, Stuart.