Once considered a secondary player, sorghum is stepping into the spotlight as a powerful, sustainable feedstock for ethanol production. This panel dives into groundbreaking research on high-starch sorghum varieties that rival corn in ethanol yield, and unpacks how the crop’s natural resilience, low carbon intensity, and eligibility for clean fuel incentives are reshaping its role in the biofuels landscape.

• Yanhong Zhang, Interim Center Director/ Research Director, National Corn-to-Ethanol Research Center
  Discovery of High-Performing Sorghum Varieties for Ethanol Production
• John Duff, Sustainability Strategy Consultant, National Sorghum Producers
  Ancient Foundations for Modern Opportunities: the Role of Sorghum and Producer Connections In Ethanol Carbon Markets I
• Matt Durler, Managing Director of Farm Programs, National Sorghum Producers
  Ancient Foundations for Modern Opportunities: the Role of Sorghum and Producer Connections In Ethanol Carbon Markets II

In the world of ethanol production, data is the new gold, but only if it's used effectively. The focus is on turning raw process data into actionable insights, moving from reactive to proactive operations. Strategies for optimizing fermentation processes, implementing real-time dashboards, and utilizing predictive tools will be explored to enhance plant efficiency, foster collaboration, and drive continuous improvement.

• Jerry Fish, Sr. Systems Engineer, JMP Statistical Discovery, LLC
  Important Analytics Tools for Fermentation Processes
• Adam Cooper, Engineer, dataPARC
  Becoming Operationally Predictive with Your Process Data
• Dan Wood, CEO, Keit Industrial Analytics
  Using Real Time Data to Deliver Actionable Dashboards for Fermentation Optimisation
• Wesley Reznicek, Technical Service Representative, Phibro Ethanol
  Differential Handling of Fermentation and Process Data

Ethanol producers face an ongoing challenge in managing hazards like dust, static, and fire risks in their facilities. This session will cover a range of critical safety topics, from prioritizing dust explosion protection and managing static electricity to understanding new fire suppression technologies. Presentations will focus on practical solutions for enhancing safety through updated risk assessments, efficient static control methods, and alternative fire suppression systems, all aimed at protecting plant operations and ensuring compliance with evolving safety standards.

• Ed Gaither, Sr Engineering Consultant, PROtect, LLC
  Prioritizing Dust Explosion Protection Upgrades
• Casey Ryan, Manager, SW Firefighting Foam & Equipment, LLC
  Fire Suppression Post AR-AFFF
• Justin Schultz, Director, Environmental, Health & Safety, Renewable Fuels Association
  Dust Hazard Analysis (DHA) in Ethanol Plants: Ensuring Compliance and Operational Safety

Staying ahead of policy shifts is critical for maximizing value and ensuring compliance.This panel brings together experts to break down the latest changes in the Renewable Fuel Standard (RFS), California's Low Carbon Fuel Standard (LCFS), and emerging state-level low-carbon programs. Attendees will learn how to stay competitive in the evolving low-carbon economy by generating high-value D3 RINs, navigating market fluctuations and credit pricing, and preparing for state policy changes.

• Ashley Player, Partner, Weaver – Energy Compliance Services
  Navigating D3 RINs in the RFS Program
• Juan Vargas Ramirez, Account Manager, EcoEngineers
  How Regulatory Shifts Will Affect CA-LCFS, RFS Markets
• Danielle Anderson, Senior Government Policy & Advocacy Manager, Christianson PLLP
  Navigating State Low-Carbon Fuel Program Amendments and Emerging Initiatives

This panel will explore innovative advancements in carbon capture, utilization, and storage (CCUS) by highlighting cutting-edge materials and engineering solutions. The discussion will cover the development and application of Metal Organic Frameworks (MOFs) and functionalized silicas for more efficient and scalable carbon capture, as well as the implementation of pilot-scale refinery carbon capture systems. Additionally, the panel will demonstrate how model-based engineering solutions are optimizing CCUS facility performance, improving system efficiency, and reducing costs. This comprehensive discussion will provide insights into how both materials and system-level engineering can accelerate the deployment of CCUS technologies and drive decarbonization efforts across various industries.

• Padmini Lingaraju, New Business Development Sr. Manager, Ecovyst
  Functionalized Advanced Silicas for Efficient and Scalable Carbon Capture
• Meera Mahadevan, Technical Account Manager, Siemens
  Accelerating CCUS Deployment Using Model-Based Engineering Solutions

A clean plant is a profitable plant—and in the high-stakes world of ethanol production, proactive hygiene is more than a best practice; it’s a competitive advantage. This panel examines how advanced cleaning strategies, real-time monitoring tools, and rigorous hygiene auditing can prevent costly infections, optimize equipment performance, and boost overall plant efficiency. From evaporator scale to bacterial contamination, speakers will cover how smart hygiene management keeps operations running smoothly and yields flowing.

• Matt Bilski, R&D Program Leader, Ecolab, Inc.
  Evaporator Issues and Solutions
• Jennifer Starner, PhD, Senior Research Scientist, Kurita America
  Plant Hygiene Increases Plant Performance and Profitability
• Spenser Burden, Senior Technical Services Manager, Lallemand Biofuels & Distilled Spirits
  Importance of Plant Hygiene Monitoring and Auditing

Continuing from Part 1, this session goes deeper into how real-time data and advanced analytics can transform ethanol production. Building on the foundational concepts of data-driven operations, the focus is on cutting-edge technologies like AI-driven probes and continuous monitoring systems that optimize fermentation and energy use. These innovations can enhance plant efficiency, maximize yield, and drive more informed, proactive decisions for sustainable operations.

• Kelly Whittenberg, Performance Engineer, Black and Veatch Corp.
  Tales of Applied Real-Time Data analytics, Fermentation Monitoring and BI Dashboards
• Joel Sirois, President & CEO, BioIntelligence Technologies Inc.
  Smart Fermentation: Maximize Industrial BioEthanol Production in Real-Time with a Single Intelligent Probe
• Shawn Passow, Customer Solutions Engineer, Keit Industrial Analytics
  Stop Running Blind on Your Beer Bottoms: Using Continuous Data to Optimise Energy Use and Deliver Savings

New opportunities are arising for ethanol producers to expand their markets and boost profitability through coproducts and advanced biofuels. This session will highlight strategies for accessing global markets, including the U.S. Grains Council’s initiatives to increase export opportunities for distillers grains and coproducts. In addition, the session will cover strategies for producers to expand exports to Canada, navigate the Canadian Clean Fuels Regulation (CFR), and fulfill qualification requirements for advanced biofuels in global markets, creating opportunities for new revenue streams and enhancing competitiveness in the low-carbon fuel sector.

• Logan Leduc, Manager, LCA, EcoEngineers
  Diversifying Ethanol Markets Through Exports to Canada
• Mark Heckman, Vice President of Sales, Edeniq, Inc.
  Qualifying Advanced Biofuels for Global Markets: Strategies for Compliance and Market Expansion

Biofuels stand at the forefront of the energy transition, offering a pathway to decarbonize industries that are hard to electrify. This panel dives deep into the evolving biofuels landscape, where feedstock sourcing, market dynamics, and regulatory challenges intersect. Experts will unravel the complexities of traceability requirements, market trends, and cutting-edge solutions that are shaping the next wave of renewable fuels. From navigating compliance hurdles to uncovering new opportunities in sustainable feedstocks, this session offers a roadmap for biofuel producers, investors, and policymakers seeking to stay ahead in a rapidly transforming industry.

• Zach Hauser, Accounting/Compliance, Christianson PLLP
  Expanding Feedstock Traceability Requirements
• Mariajose Parra, US Biofuels Sr. Market Reporter, S&P Global Commodity Insights
  Used Cooking Oil: Market Insights, Pricing Trends, and Opportunities in Biofuels
• Jerry Price, Managing Director, GreenStar BCS
  Near-Term Opportunities and Market Perspective

Effective site selection and thorough characterization are critical to the success of any carbon capture and storage (CCS) project. This panel will begin by outlining key factors in site screening—including geological, technical, and regulatory considerations—to reduce risks and ensure long-term viability. Speakers will then share firsthand lessons from drilling and analyzing characterization wells, highlighting how site-specific data informs project design and expedites permitting. The session will conclude with operational insights into CO2 compression, monitoring, and transport, illustrating how early decisions impact the entire CCS value chain.

• Muhammad Zulqarnain, Senior Consultant, ARI (Advanced Resources International)
  Site Selection: What Not to Overlook
• Zach Freund, Reservoir Engineer, ARI (Advanced Resources International)
  Characterization Wells for CCS - Recent Experiences and Lessons Learnt on Project Development
• John Oyen, Director of Business Development, ABB, Inc.
  CCS360 Operational Excellence for the Transport and Sequestering of CO2
• Bobby Bailie, Sales Manager, Siemens Energy
  Compression Considerations for CO2 Applications

In the evolving world of ethanol production, smarter cleaning means stronger performance. This panel explores how real-time monitoring, targeted CIP technologies, and advanced hygiene strategies can reduce costs, improve yields, and enhance sustainability. Through field-proven innovations and practical insights, attendees will learn how a data-first approach to fermentation and plant hygiene facilitates operational excellence.

• Bandish Patel, Director, Spraying Systems Co.
  Optimizing Ethanol Fermentation Tank Cleaning with Spray Check Rotation Validation: A Field Trial Case Study
• Chris Wilkins, Sales Manager, Anderson Chemical Co.
  Reducing CIP Cost
• Michael Raab, Senior Researcher, Veolia Water Technologies & Solutions
  Go (Away) Organic
• Michael Vander Vorste, Operation Service and Support Manager, CTE Global, Inc.
  Navigating hygiene challenges and finding solutions that reduce risk and increase yield

In this first session of a two-part series, panelists discuss the latest strategies for optimizing ethanol plant operations through maintenance, modernization, and reliability practices. Topics include predictive and preventive maintenance techniques, digital tools, and advanced reliability solutions aimed at minimizing downtime, extending equipment life, and boosting overall plant efficiency. Practical insights are shared on improving facility performance and staying competitive in the industry.

• Rohan Pingale, Deputy Manager, PRAJ Industries Limited
  Enhancing Ethanol Plant Efficiency: Strategies for Maintenance and Modernization
• Nick Hunter, Reliability Services Manager, Miller Mechanical Specialties, Inc.
  Reliability Applied
• Greg Giernoth, Manager of Reliability Solutions, Novaspect, Inc.
  What Should be Considered When Selecting a Wireless Vibration Solution?
• Zack Walsh, Industrial Lubrication Reliability Specialist, Firefly Reliability
  The 'Big Four' of Oil Oxidation: A Foundational Strategy for Lubrication Reliability in Rotating Equipment

Turning agricultural practices into a powerful tool for low-carbon farming success is more than just a trend – it’s a strategic shift. A USDA-funded initiative is helping farmers implement sustainable practices, like reduced tillage and cover crops, to unlock new market opportunities for corn ethanol. Attendees will learn how localized data and measurable results from this effort are helping farmers and ethanol producers reduce GHG emissions, gain access to premium clean fuel markets, and potentially generate millions in additional revenue.

• Brennan Lewis, Research Associate, South Dakota State University
• Brent Hoops, Commodities Director, Chief Ethanol Fuels, Inc.
• Richard Ferguson, Professor of Soil Science, University of Nebraska-Lincoln Agronomy & Horticulture

The Sustainable Aviation Fuel (SAF) market is evolving rapidly, shaped by regulatory frameworks, credit markets, and feedstock economics. Industry experts explore the key factors influencing SAF pricing, compliance challenges, regional opportunities, and the competitive landscape between SAF, Renewable Diesel (RD), and Biodiesel. Discussions include how regulatory mandates, carbon intensity models, and credit stacking impact SAF investment decisions and market growth, along with insights into SAF pricing transparency, ethanol-to-jet pathways, and the complexities of overlapping credit markets across North America and beyond.

• Kristine Klavers, Managing Director, EcoEngineers
  SAF: Navigating the Global Regulatory and Compliance Landscape
• Sofía Cabrera, Market Reporter, S&P Global Commodity Insights
  Decoding SAF Pricing: The Impact of Regulatory Frameworks on Market Dynamics
• Azadeh Rohani, Senior Consultant, Worley Consulting
  Opportunities for SAF in the Midwest: An Economic and Regulatory Overview

Understanding the complexities of CO2 sequestration requires a careful balance of innovation, risk management, and regulatory compliance. Panelists will share insights into the challenges of plume migration and pressure modeling, along with the latest technologies for monitoring well integrity. The discussion will close highlighting the importance of robust testing and monitoring plans for meeting regulatory requirements and ensuring the long-term success of CCS projects.

• Joe Mello, Vice President, Netherland, Sewell & Associates, Inc.
  Causes and Consequences of Unexpected Plume Migration: A South Texas Case Study
• Charles Hostetler, Senior Project Advisor, SCS Engineers
  Class VI Critical Pressure Calculations: Equilibrium versus Kinetic Methodologies
• Jim Cron, Geostock Sandia, LLC
  Perforating Strategies for CCUS Wells Utilizing External Fiber Optic Installations

From persistent bacterial threats to the limitations of traditional treatments, ethanol producers are facing a new era of microbial control. Innovative antimicrobial strategies—from peptides and chlorine dioxide to antibiotic-free alternatives—are redefining how contamination is tackled in fermentation. These solutions offer a practical and forward-looking perspective on enhancing yield, safety, and operational precision through smarter, targeted antimicrobial approaches.

• Anne Chronic, Director, Technical Services, Phibro Ethanol
  Your Plant, Made Better: Best Practices for Antimicrobial Selection and Application
• Marina Tschida, Sr. Chemical Engineer, Ecolab, Inc.
  Alternative Fermentation Treatment
• Michael Humphrey, Technical Services Manager, Lallemand Biofuels & Distilled Spirits
  An Investigation into Controlling Bacterial Persistence with Antimicrobial Peptides in Corn Mash Fermentations
• Eric Sumner, President, ArrowUp
  The Future of Safe and Efficient Fuel Ethanol Fermentation

Continuing from the previous session, this panel examines the latest advancements in maintaining and modernizing ethanol plants for improved reliability and efficiency. Attendees will gain valuable insights into innovative solutions such as high-emissivity coatings that reduce fuel consumption and increase production, as well as preventive maintenance techniques that minimize costly downtime.

• Dominic DeMaria, Business Development of Tank Cleaning, Spraying Systems Co.
  Minimizing Unexpected Downtime in Ethanol Production: Optimizing Tank Cleaning Through Preventative Maintenance
• Dennis Uhl, Reliability Specialist, Novaspect, Inc.
  How to Optimize Maintenance Strategies for Reliability (Preventive Maintenance Optimization)
• Mark Sullivan, Director of Sales & Marketing, Refractory Service, Inc.
  Refractory Innovations Increase Lining Longevity and Energy Efficiency in TOs, RTOs, Dryers and Boilers in Ethanol Plants
• Patrick Triest, Director of Sales and Marketing, Chase Nedrow Industries
  Lowering CI Score and Boosting Ethanol Plant Production with NASA-Derived High Emissivity Coatings

The agricultural sector plays a pivotal role in reducing carbon intensity within the ethanol industry, with innovative practices that enhance both productivity and sustainability. Key strategies will be shared on how biological products can increase crop yields while lowering emissions, as well as how to successfully implement feedstock carbon intensity programs. Additionally, insights will be provided on the essential traceability measures required for Climate-Smart Agriculture, helping both farmers and biofuel producers prepare for the expanding low-carbon market.

• Maykon da Silva, Field Solutions Specialist, Lallemand Plant Care
  Efficiency in Action: Mitigating Carbon Emissions with Biological Products in the Corn Ethanol Industry
• Preston Brown, President & Founder, incite.ag
  Tips and Tactics for Feedstock CI Scoring Success
• Chad Asmus, Sustainable Ag Product Strategist, BASF Corporation
  Overcoming Hurdles When Farmers Implement Climate Smart Ag
• Danielle Anderson, Senior Government Policy & Advocacy Manager, Christianson PLLP
  Farm Carbon Intensity and Supply Chain Traceability: Preparing for Climate-Smart Agriculture Tax Credits

Scaling SAF production and adoption requires coordinated efforts across policy, investment, and technology. This panel brings together industry leaders to discuss the latest progress, market commitments, risk mitigation strategies, and innovative deployment approaches. Audience members will obtain an understanding of airline commitments and leveraging modularization for efficiency.

• Timothy Hughes, Project Director, CAAFI (Com'l Aviation Alt. Fuels Init)
  The Promise, Progress & Potential of Sustainable Aviation Fuels
• John Oyen, Director of Business Development, ABB, Inc.
  De-Risking through Co-Design/Co-Delivery
• Shrirang Vaze, Joint General Manager, PRAJ Industries Limited
  Modularization: Transforming Sustainable Aviation Fuel (SAF) Projects with Innovative Approach
• Siva Avvaru, Director Strategic Partnerships, Sustainability, Farmers Edge Inc.
  White-Label CI Scoring: A Managed Services Model to Scale SAF Feedstock Readiness

Speakers on this panel will provide in-depth insights into the regulatory and compliance challenges involved in carbon capture and storage (CCS) projects. Panelists will discuss critical legal hurdles, safety regulations for CO2 pipelines, and the requirements for obtaining necessary permits, including the testing and monitoring plans that ensure compliance. Through these discussions, the session will equip developers and stakeholders with practical knowledge on overcoming barriers and ensuring the successful execution of CCS projects within the regulatory framework.

• Dave L Elam, Vice President, TRC Environmental Corp.
  Carbon Dioxide Pipeline Safety: Communicating the Good News and Recent Regulatory Developments
• Tim Eggeman, Chief Technology Officer, New Phase Energy
  Testing and Monitoring Plan Requirements for CCS Project Permits
• Hannes Zetzsche, Attorney, Baird Holm LLP
  Overcoming Regulatory Hurdles for Carbon Capture and Storage
• Adam Seitchik, Chief Geologist, Battelle Carbon Services
  Drilling for Data: The Impact of Stratigraphic Test Wells in CCS Project Development

With innovation at the forefront, this panel examines how advanced yeast engineering is reshaping ethanol production by driving higher yields, faster fermentation, and greater process efficiency. Presentations will delve into metabolic design strategies, enzyme synergy, and the measurable impact of successful fermentation trials, offering producers a practical path to more resilient and productive operations.

• Pedro Pena, Vice President of Technology & Innovation, CTE Global, Inc.
  Optimizing Performance in Metabolically Engineered Advanced Yeasts for Consistently High-Yielding Operations
• Gerda Saxer Quance, Lead Scientist, IFF
  Harnessing Genetic Diversity: Engineering Robust Yeast for Consistent High-Yield Ethanol Production
• Guillermo Coward-Kelly, Scientist, Novonesis
  Latest Yeast Innovation for Throughput
• Ben Sunderhaus,, Senior Technical Team Manager, Lallemand Biofuels & Distilled Spirits
  From Trial to Triumph: Understanding the Value of Successful Fermentation Trials

The transformative power of artificial intelligence is revolutionizing the ethanol industry, enabling plants to optimize operations, improve yields, and reduce costs. AI and machine learning are enhancing everything from energy efficiency and carbon intensity reduction to process optimization and predictive analytics. The technologies discussed on this panel offer practical strategies to drive operational excellence, streamline processes, and support sustainable growth in the ethanol sector.

• Taylor Pellerin, Technical Service Account Manager, IFF
  XCELIS® AI: Optimizing Process Units Through Machine Learning Model Insights
• Derek Wagoner, Manager, Pinion
  Harnessing Artificial Intelligence for Operational Excellence
• Nitin Ranjan, CEO, Golgix
  Sustaining Golden Batch: Boost Yield and Stability with Human-Centric AI

Optimizing Distillers Corn Oil (DCO) recovery is crucial for enhancing plant performance and profitability in the ethanol industry. This session will discuss proven technologies and methodologies for maximizing oil extraction, from advanced separation techniques to real-time monitoring of oil flow throughout the process. Participants will learn how to improve yield, ensure product quality, and integrate best practices that boost both efficiency and revenue in DCO production.

• Christopher Gerken, Principal Scientist, ICM, Inc.
  Maximizing Distillers Corn Oil Recovery: Successes, Lessons, and Industry Impact
• Chris Clausen, Director of Technology Bioprocess Solutions, Trucent
  Corn Oil Separation Best Practices: How to Monitor and Influence Yield and Quality
• Nicholas Moryn, Territory Sales Manager, CEM Corporation
  Optimization of Oil Recovery Leads to Increased Yield of Value-add Co-products
• Shelby Baker, Process Engineer II, Fluid Quip Technologies, LLC
  Tracking the Oil at Your plant for Higher Yields

Ensuring safety and operational efficiency is paramount, particularly in the context of process safety management (PSM) and mechanical integrity (MI). This session will review best practices for integrating PSM into plant design and operations, from hazard identification to maintenance planning, while addressing the importance of mechanical integrity programs in minimizing risks. Additionally, it will focus on the technical safety studies essential for sustainable aviation fuel (SAF) projects, exploring how these studies help mitigate risks and support safe, efficient facility development.

• Andrew Hawkins, Director of Laboratory Services, Phibro Ethanol
  EH&S Best Practices for Ethanol Plant Labs
• Zach Bell, Group Leader, Olsson
  From Design to Operation: Integrating PSM and MI for Optimal Ethanol Plant Performance Part 1
• Eric Nordhues, Vice President, Olsson
  From Design to Operation: Integrating PSM and MI for Optimal Ethanol Plant Performance Part 2
• Alex Cardoso, Senior II Engineer & Biofuels Lead, BakerRisk
  Technical Safety Studies for SAF Capital Projects

This panel will explore cutting-edge technologies and innovations aimed at reducing carbon intensity in ethanol production while creating viable pathways for transforming ethanol into Sustainable Aviation Fuel (SAF). Presentations will showcase how advancements like Mechanical Vapor Recompression (MVR) technology and novel production processes are optimizing energy usage, reducing costs, and accelerating the ethanol-to-SAF transition. Panelists will also discuss how sustainable ethanol production methods can contribute to global decarbonization goals and unlock new market opportunities within the aviation sector.

• Caldwell Reed, Vice President of Sales & Project Management, Piller TSC Blower Corporation
  Profitably Decarbonizing Ethanol Production with Mechanical Vapor Recompression
• Neal Jakel, President, Fluid Quip Technologies, LLC
  Producing the Right Ethanol for SAF
• Denis Pchelintsev, VP of Engineering, Universal Fuel Technologies
  Flexiform EtOH to Produce SAF at 1/2 the Cost of Alternatives
• Shrikant Rathi, Executive Director, PRAJ Industries Limited
  Ethanol as a Feedstock for Sustainable Aviation Fuel: Unlocking New Market Opportunities

This panel will delve into the latest advancements in carbon capture, utilization, and storage, focusing on dynamic modeling for CO2 sequestration, cutting-edge CO2 conversion technologies, and practical applications in bioethanol production. Presenters will showcase real-world case studies, discuss techno-economic analyses, and explore innovative approaches that drive efficiency, reduce costs, and generate new revenue streams. The session will offer practical insights and strategies for attendees to leverage CO2 as a valuable resource in both environmental and economic terms.

• Stephen Norris, Ph.D., P.E., Reservoir Engineer, Vault 44.01 LLC
  Practical Aspects of CCS Subsurface Dynamic Modeling
• Kurt Dieker, Chief Development Officer and Co-Founder, HYCO1
  Carbon Utilization Technology Options
• Jeff Bonar, CEO, CapCO2 Solutions
  Ethanol Producers are Sitting on A Gold Mine – Using Your CO2 to Make Green Methanol

Behind every successful fermentation is a foundation of healthy, well-propagated yeast. This panel explores innovative strategies to strengthen yeast performance—from advanced detection of fusel compounds and optimization of propagation protocols to the rigorous journey of preparing next-generation strains for commercial-scale success. Attendees will gain insights into refining upstream processes that support robust, efficient, and reliable ethanol production.

• Charlette Jauch-Hasty, Bioprocess Scientist, CTE Global, Inc.
  Efficient Detection of Fusel Compounds in Ethanol Fermentation
• Lindsay Kuhn, Technical Service Representative, Phibro Ethanol
  Rethinking Propagation: Steps to Take for Improved Performance
• Courtney Bement, Scientist II, IFF
  From the Lab to the Plant: The Arduous Journey of a Yeast

s the ethanol industry evolves, so too must the core technologies that drive its production. Innovations in low-energy distillation and new membrane technologies are revolutionizing the way producers manage energy consumption and increase production capacity. Practical solutions for plant expansions, system redesigns, and energy-efficient operations will be explored, offering new approaches to boosting both sustainability and profitability in ethanol production.

• Michael Hora, Principal Engineer, Fluid Quip Technologies, LLC
  Low Energy Distillation: Reducing Energy Consumption in Ethanol Production
• Stephan Blum, Chief Technology Officer, Whitefox Technologies Limited
  A New Generation of Dehydration Technology Has Arrived
• John Freidig, Sr. Manager, Field Services, ICM, Inc.
  Critical Considerations for Distillation, Dehydration, and Evaporation in Ethanol Plant Expansions
• Roy Viteri, Chemical Engineer, RCM Engineering-Thermal Kinetics
  Revamping your Distillation, Dehydration & Evaporation System (DD&E)

As the value of Distillers Corn Oil (DCO) continues to rise, ethanol producers must stay ahead of the curve by optimizing recovery processes. The latest advancements in oil extraction technologies, from mechanical solutions to biotechnology and energy-efficient methods, all aim at maximizing yields and profitability. The synergies between these technologies, uncovering hidden inefficiencies, and strategies for improving oil recovery will be explored, while addressing the growing demand and regulatory considerations shaping the future of DCO.

• Andrew Nohns, Engineering Manager, Fluid Quip Technologies, LLC
  The Synergies of Oil Recovery Technologies – Unlocking the Full Potential of Oil Recovery
• Chuck Gallop, Director of Innovation, ICM, Inc.
  Are Hidden Inefficiencies Costing you? Rethinking Energy Efficiency and Oil Recovery
• Jaclyn DeMartini, Applications Research Group Leader, IFF
  Increasing Corn Oil Yields Through Biotechnology
• Bob Fesser, Business Development and Sales Manager, Trucent
  Quest For Corn Oil

The evolving 45Z Climate Smart Agriculture (CSA) guidelines offer biofuel producers significant opportunities to reduce carbon intensity scores through sustainable agricultural practices. The panel will examine the impact of 45Z on feedstock supply chains, navigating the complexities of multiple carbon programs, and the long-term potential of CSA in global biofuel markets.

• Chris Malone, VP Market Development, Indigo Ag, Inc.
  What the 45Z Climate Smart Ag Guidance Means for Biofuel Producers
• Chad Asmus, Sustainable Ag Product Strategist, BASF Corporation
  Beyond 45Z With Climate Smart Ag
• Fred Gould, VP of Business Development, Beyond (a christianson company)
  Farm CI, Not Just for 45Z
• Tony Miller, Partner, Weaver – Energy Compliance Services
  Ethanol and 45Z: What are my Options and Projections?

As the energy landscape evolves, ethanol producers are navigating new opportunities and challenges in pursuit of profitability and sustainability. This session examines strategies for increasing ethanol’s market value—covering cost dynamics, shifting market trends, and emerging technologies aimed at lowering carbon intensity. The discussion will highlight how ethanol’s role is adapting within a low-carbon economy and what it takes to remain competitive amid rapid industry change.

• Mariajose Parra, US Biofuels Sr. Market Reporter, S&P Global Commodity Insights
  Current Cost Dynamics and Future Supply and Demand Projections for Ethanol to Jet (ETJ) Production
• Sashikant Madgula, Global Licensing Director, Process Solutions, Sulzer Chemtech USA Inc.
  Improve Profitability of Ethanol Plants by using DCO to produce Sustainable Clean Fuels
• Jordan Kearns, Vice President of Project Development, Antora Energy
  Zero-Emission Steam: An Economic Pathway to Low-CI Ethanol and Gateway to SAF
• David Winsness, CTO, Bioleum Corporation
  Integrating Comstock Fuels into Corn Ethanol Production Facilities

Advancing carbon capture at biofuel facilities requires navigating complex regulatory, technical, and financial landscapes. Experts on this panel will outline how the voluntary carbon market can unlock project potential and provide guidance on evaluating pre- and post-combustion technologies in a rapidly evolving vendor landscape.

• David LaGreca, Director of Voluntary Carbon Markets, EcoEngineers
  How-to Guide for BECCS: Carbon Capture and the Market for Carbon Dioxide Removal
• Stephen Scott, Managing Consultant, GreenStar BCS
  Navigating the Carbon Capture Maze: Streamlining the Selection Puzzle
• Joe Joe Birdwell, Partner, Elohi
  Economic Impacts of Metering and Analytical Solutions in Dense-Phase CO2
• Scott Coye-Huhn, Vice President, Energy, Biomaterials, and Circularity (EBC) Division, SCS Global Services
  Monetizing CCS Both Inside and Outside of your Organization

Enzymes are central to the ethanol industry’s pursuit of greater efficiency and sustainability. This session highlights recent breakthroughs in enzyme technology and their role in reducing carbon intensity, improving fermentation, and supporting more sustainable biofuel production. Speakers will share real-world applications and data-driven approaches that are helping ethanol producers enhance performance and environmental outcomes.

• Dawn Overby, North America Marketing Director – Grain Processing, IFF
  A Green Fuel Future: Enzyme Contributions to Ethanol’s Carbon Footprint
• Matthew Ban, Director of Technical Services, CTE Global, Inc.
  Optimizing Fermentation Through Data-Driven Collaboration and Decision Making
• Terry Cui, VP of R&D, Bestzyme Corporation
  Enzyme-Based Innovations in Biofuel Production: Advancements and Challenges

With a focus on technologies like electrified distillation, wind turbines, and energy self-sufficiency strategies, this session will explore how biofuel facilities can optimize energy consumption and harness renewable resources for decarbonization. Real-world case studies will showcase the financial and environmental benefits of these innovations, highlighting how companies are transforming their operations to achieve energy independence and meet sustainability goals.

• Taylor Cavins, Strategic Program Manager, Thermon Inc.
  Process Electrification of the Heating Services in eFuels Technology
• Vito Sangiorgio, Process Specialist Renewables, Sulzer Chemtech
  VoltaSplit™ - An Electrified Distillation Solution to Improve Energy Efficiency and Enable Carbon Emission Reductions
• Dakota Base, Business Development Manager - North America, PRAJ Industries Limited
  Achieving Energy Self-Sufficiency in Ethanol Plants: Strategies for Sustainable and Efficient

The value of coproducts in ethanol production continues to expand as the industry explores new avenues for diversification. This discussion highlights strategies for enhancing coproduct utilization, from developing value-added specialty products like nutraceutically enhanced DDG to exploring novel markets such as pet food and aquaculture. Insights will also cover the role of innovation in coproduct processing, the importance of collaboration in overcoming industry challenges, and how advanced technologies can unlock new revenue streams, ensuring the long-term sustainability of ethanol production.

• Maha Dakar, Chemical Engineer, KATZEN International, Inc.
  Distillers’ Grains in Ethanol Plants: Process Impact on DDGS Quality
• Ananda Nanjundaswamy, Richard and Janice Vetter Endowed Associate Professor, South Dakota State University
  Coproducts and Product Diversification: A Strategy for the Sustainability of the Corn Ethanol Industry
• Heidi Kotilainen, Head of Biorefinery, Bühler Group
  Unlocking Value in Co-Products: Opportunities for Diverse Markets
• Joseph Ward, Executive Director, Distillers Technology Council
  Advancing Innovation and Collaboration: The Distillers Technology Council's Proactive Approach to Coproduct Analytics and Industry Challenges

Strategic approaches to carbon intensity (CI) reduction in ethanol production focus on balancing technological innovation with business sustainability. Topics range from integrating CI scoring into daily workflows to leveraging advanced technologies like corn fractionation and mechanical vapor recompression to lower energy usage and reduce CI. This session provides actionable insights on overcoming challenges, optimizing plant operations, and adopting sustainable practices to meet evolving regulatory standards and improve profitability.

• McCord Pankonen, Managing Director, North America Biofuels, EcoEngineers
  Addressing Challenges in Ethanol Production: Balancing Carbon Intensity Reduction with Business Risk and Investment Viability
• Preston Brown, President & Founder, incite.ag
  Integrating “Carbon Intensity” into Everyday Workflows
• Ethan Campbell, Process Lead Engineer,KATZEN International, Inc.
  Maximizing Process Efficiency
• Pete Moss, President, Cereal Process Technologies
  Lower Carbon Intensity is an Added Benefit from Corn Fractionation and MVR

As the demand for Sustainable Aviation Fuel (SAF) and Renewable Diesel (RD) continues to grow, ensuring high-quality feedstocks has become a critical factor in reliable production. This panel will explore cutting-edge pretreatment technologies designed to remove contaminants, improve process efficiency, and extend catalyst life. This panel will provide insights on advancements in thermal cracking, fiber fluidics, immobilized enzyme systems, and enzymatic solutions and discuss how these innovations are shaping the future of SAF and RD feedstock processing.

• Bryan Yeh, Vice President of Engineering & US Operations, Canary Renewables Corp.
  Pretreatment Technologies for Renewable Diesel and SAF Feedstock
• Matthew Clingerman, Head of Licensing Technology Development, Sulzer Chemtech USA Inc.
  Strategies for Integrated Pretreatment and Hydroprocessing
• Scott Kohl, Chief Technology Officer, Visionary Fiber Technologies
  Immobilized Enzyme Pretreatment System for SAF and RD
• David Wilson, Senior Scientist II, IFF
  Enzymes for Pretreatment of HVO/HEFA Feedstocks

This session highlights the intersection of technology, market strategies, and regulatory pathways for decarbonizing ethanol production. Industry leaders will discuss how to navigate the voluntary carbon market, innovative carbon capture technologies like corn stover carbon casting, and regional expansion of CCS infrastructure in ethanol-rich areas. The discussion will focus on both the technical and economic opportunities that are driving the transition towards net-zero ethanol.

• Jamie Mackinnon, SVP Carbon Origination, Anew Climate
  Ethanol CCS: A guide to Navigating the Voluntary Carbon Market
• Hannah Murnen, CTO, Graphyte
  Thinking Beyond the Starch: How Carbon Casting Unlocks New Carbon Intensity Reductions for Ethanol
• Michael Hillix, Principal Geoscientist & Energy Advisor, University of North Dakota-EERC
  From Capture to Expansion: Advancing Ethanol-Driven CCS in North Dakota
• Mike Sheahan, Principal Geologist, Battelle Carbon Services
  From Oilfields to Cornfields: Lesson's learned in Oil and Gas Exploration as Applied to Ethanol CCS

• The Pennycress Company - Dr. Jason B. Thomas, CEO & Founder
• Terragia Biofuel, Inc. - Zachary Losordo, VP of Engineering
• Skyven Technologies - Jim Saccone, SVP Global Sales

Nitrogen plays a crucial role in yeast health and fermentation efficiency, yet its management requires a delicate balance. The discussion will cover the complexities of nitrogen dosing, examining how different nitrogen sources and amounts impact fermentation performance, yeast growth, and overall plant productivity. Practical strategies and data-driven approaches for optimizing nitrogen inputs will be highlighted to improve fermentation outcomes.

• Caleb Ogden, Senior Technical Account Manager, Lallemand Biofuels & Distilled Spirits
  Nitrogen Requirement and Dose Optimization in Fuel Ethanol Processes
• Kaitlyn DenHouten, Technical Services Representative, Phibro Ethanol
  Assessing and Optimizing Your Nitrogen Inputs for FANtastic Fermentations
• Ross Cocklin, Director of Systems Biology, Xylogenics, Inc.
  Impact of Nitrogen Type and Amount on Yeast Health and Fermentation

Cooling and water management play critical roles in maintaining efficiency and sustainability in biofuel production. This session addresses the often-overlooked issues with cooling tower performance, the importance of contingency planning for reliable utilities, and innovative approaches to water treatment optimization. With a focus on enhancing system reliability and energy efficiency, attendees will learn about proactive solutions and cutting-edge technologies that minimize downtime, reduce costs, and boost environmental stewardship in biofuel facilities.

• Brad Thompson, Biofuels Technology Leader, Veolia Water Technologies & Solutions
  Why Is Your Cooling Tower Failing You?
• Derek Brandt, Territory Manager, Veolia Water Technologies & Solutions
  Contingency planning for Reliable Utilities
• Gregory Sato, Inside Sales Manager, H2O Innovation
  Exploring Innovations in Water Treatment to Optimize Existing Infrastructure
• Rajesh Sinha, Director-Americas, Thermax
  Cooling of Ethanol Fermentation Process Using Absorption Chillers

Mycotoxin contamination in grains poses significant challenges for ethanol producers, affecting both production efficiency and coproduct quality. Advances in rapid, eco-friendly mycotoxin testing now enable on-site, real-time analysis, helping producers optimize grain acceptance and ensure safety. Rising concerns over sulfur and mycotoxin levels in distillers grains, along with new FDA regulations, will be addressed, offering strategies for mitigating risks and maintaining feed safety and quality.

• Gabriel Faubert, VP Sales, imagoAi
  Revolutionizing mycotoxins testing with results in 30 seconds
• Ryan Mass, Feed Consultant, ICM, Inc.
  Mycotoxins and Sulfur in Distillers Grains: Nutritional Risks, New Labeling Requirements, and Mitigation Strategies
• James Welch, Global Market Segment Leader, EnviroLogix, Inc.
  Established and Emerging Technologies for Mycotoxin Analysis of Ethanol Co-Products

New EPA rules, including air permit updates, leak detection requirements, and fan regulations, are transforming compliance strategies. Real-world examples and expert advice will provide facility managers, project leaders, and industry executives with the tools needed to navigate complex regulations and avoid costly violations.

• Jessica Buckley, Project Manager, RTP Environmental Associates, Inc.
  ARE YOU READY FOR IT? How New EPA Rules Could Affect Your Current Air Permit & Environmental Compliance
• Doug Yamashita, Vice President of OEM Sales, The New York Blower Company
  Fan Regulations Pose Significant Burdens for Equipment Manufacturers
• Mike Ogden, Project Manager, Trihydro Corporation
  Staying Ahead of the Curve: Navigating EPA Scrutiny and Ensuring an Audit-Ready LDAR Program in the Renewable Fuels Industry
• Chandler Taylor, Senior Environmental Consultant, Barr Engineering Co.
  Top 5 Findings from Environmental Audits and What They Can Tell You About Reducing Compliance Risk

Sustainable aviation fuel is (SAF) the future for decarbonizing the aviation sector. Total U.S. SAF production volume will depend on many factors, including federal and state policy decisions, airline commitments and demand for alternative low-carbon fuels like renewable diesel. In this session, will hear about real-world examples of projects that have successful navigated the financing process.

• Omar Hamid, Group Manager - Low Carbon Fuels Team, Worley Consulting
  Incentives for Biofuels Production: A Review of Federal and State Policy and Regulation
• Russell Hillenburg, Co-Founder/ CEO, Modular Plant Solutions
  Reimagining Process Plants: The Power of Small-Scale Modularization for SAF / Biofuel Production

A comprehensive overview of the financial landscape for carbon capture projects will be provided, focusing on how to navigate tax credit opportunities while managing associated risks. Experts will outline strategies for minimizing compliance pitfalls in IRA tax credit transactions, explore the specifics of 45Z credits, and highlight key lessons from 2024 that can help maximize the value of tax credits in 2025. Practical knowledge will be shared on leveraging financial incentives, ensuring regulatory compliance, and optimizing the profitability of carbon capture projects through strategic tax credit management.

• Charles Dauber, CEO, Empact Technologies
  Creating Value by De-Risking IRA Tax Credit Transactions
• Rebecca Johnson, Tax & Research Manager, Christianson PLLP
  45Z: The Hot Topic
• Dawn Lima, VP - Renewable Energy & Sustainable Technologies, Foss & Company
  A Lookback on 2024 - Monetizing New Tax Credits

• XTS Energy – Dr. Robert Kelly, Co-Owner & Managing Director
• Celluol – Tom Wilding-Steele, CEO
• G2B BioSolutions Aps - Dayanand Jadhav, CEO

Corn kernel fiber (CKF) ethanol production is emerging as a key player in unlocking new revenue streams through D3 Renewable Identification Numbers (RINs). This panel will explore the latest advancements in optimizing ethanol production from CKF, including cutting-edge enzymatic processes, data-driven analysis, and EPA-approved testing methods. Attendees will gain a deeper understanding of the regulatory landscape and practical approaches to maximizing the potential of D3 cellulosic ethanol.

• Mark Heckman, Vice President of Sales, Edeniq, Inc.
  Optimizing Ethanol Production: The Role of Cellulase, Lab Analysis, and Data-Driven Process Improvements
• Kari Buttenhoff, Partner, Christianson PLLP
  Decoding the RFS for D3 Cellulosic Ethanol
• Matt Nichols, Biofuels Director of Strategic Accounts, Neogen Corporation
  ASTM 3417- Analysis of Cellulosic Biomass in Corn and Milo Kernel Fiber with In-Situ Ethanol Production
• Shon Van Hulzen, Director, Soliton
  Laboratory Testing Options for the Quantification of Cellulosic Ethanol from Corn Kernel Fiber

Staying competitive in the biofuels industry requires leveraging advanced technologies that ensure safety, efficiency, and sustainability. This session covers how Advanced Process Control (APC) and Model Predictive Control (MPC) can optimize production, reduce energy consumption, and enhance operational flexibility. By addressing challenges like workforce transitions and process optimization, attendees will receive actionable strategies to not only boost profitability but also future-proof their plants through digital transformation and cutting-edge automation tools.

• Doug McCallum, Senior Advisor for Advanced Process Control, Novaspect, Inc.
  Improving your competitive advantage through the adoption of Advanced Process Control
• Nick Malott, Analytics Architect, Interstates, Inc.
  Enhancing Efficiency and Sustainability in the Ethanol Industry with Model Predictive Control (MPC)
• Peter Francino, Software Business Development, Schneider Electric
  Elevating Fuel Ethanol Plant Quality, Availability, and Safety Using Established Solutions

Biogas colocation with ethanol production is emerging as a key strategy to lower carbon intensity while diversifying biofuel co-products. By integrating biogas production from feedstocks like corn stover, stillage, and food waste, facilities can generate renewable energy, reduce fossil fuel dependency, and create valuable outputs like RNG and electricity. This panel examines innovative approaches to biogas generation, the economic and environmental benefits, and practical considerations for integrating biogas into existing ethanol plants to enhance sustainability and improve margins.

• Kristina Gerber, Domain Leader - Anaerobic Digestion, Veolia Water Technologies & Solutions
  How to Generate Biogas to Offset Natural Gas Usage with Stillage or Evaporator Condensate
• Ron Pagel, Sr, Client Manger / Sr. Project Manger, Pond & Company
  A Pathway to Success – From Feedstock to Process to a Multitude of Renewable Co-products
• Kyle Althoff, President, Equinox
  Biogas Production to Drive Lower-CI Fuels with Corn Ethanol Production
• Loren Steenhoek, President, LYS Enterprises
  Biogas Plants for Co-location with Corn Ethanol Plants

Digital innovation is driving the future of sustainable fuels in transportation and aviation. This panel dives into powerful modeling tools that evaluate low-carbon fuel pathways and showcases how digital twin technology is transforming the design and deployment of SAF production. From scenario analysis to real-time optimization, this panel will cover how scalable solutions are accelerating decarbonization.

• Vinod Kumar Konaganti, Sr. Research Scientist, Amazon, Worldwide Sustainability
  Evaluating Decarbonization Pathways for Transportation Fuels: An Interactive Life Cycle Assessment Tool
• Meera Mahadevan, Technical Account Manager, Siemens
  Accelerating Technical Maturity and Deployment of SAF Plants Using Integrated Digital Design Approach

As the demand for sustainable fuels grows, carbon utilization is emerging as a critical link between emitters and end markets. This discussion will follow the CO2 molecule from ethanol production through capture, transport, and conversion into eFuels—exploring commercial applications, infrastructure requirements, and regulatory frameworks shaping the future of eSAF and other low-carbon products.

• Andrew Miller, Vice President of Projects, Infinium
  
• Ben Nelson, Vice President, Carbon, Summit Carbon Solutions
  
• Tyler Cole, Director of Climate Solutions, TES
  
• Pecco Beaufays, Director, CO2 Product Management, Linde
  
• Corey Stewart, Senior Associate, RMI