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General Session Pellets & Densified Biomass Biomass Power & Thermal Biogas & Landfill Gas Advanced Biofuels & Biobased Chemicals Bonus Panels General Session
Exploring the Position and Trajectory of On-Site EnergyOn-Site Energy Management joins leading distributed energy developers, designers and OEMs on one of the biggest stages in clean energy to discuss the changing landscape of regional, national and global on-site energy markets, from CHP and trigeneration to industrials, microgrids and critical facilities. The magazine’s editor will lead a discussion on the state and direction of on-site generation writ large, breaking down key areas of market growth, outlining core market drivers, new technology, financing solutions and more. Panelists will provide broad insight on the state of the marketplace through the lens of their respective offerings and verticals.
Moderator:
Tom Bryan, Editor in Chief,
On-Site Energy Management- Marc Rouse, Director of Sales, U.S. and Canada, Capstone Turbine Corporation
- Mark Fennell, Business Development Manager, UGI Performance Solutions
- Rich Hepp, Director, Microgrid Program, Schneider Electric

Track 1: Pellets & Densified Biomass
The Critical Importance of Building Biomass Supply Chains that Yield Consistent, High-Quality FeedstocksFeedstock quality impacts every stakeholder along the woody biomass production and use supply chain. The quality of the delivered energy depends greatly upon the quality of the biomass the moment it is harvested and the degree to which that quality is preserved throughout the product’s life cycle. This discussion will begin with an argument for clearly defined and well understood standards, move into a practical discussion of how feedstock quality is measured and tracked in the field, and finish by looking at how these emerging demands for quality feedstock are impacting other users of the material.
Moderator:
Katie Fletcher, Associate Editor,
Pellet Mill Magazine - Charlie Niebling, Principal & Partner, Innovative Natural Resource Solutions LLC
Development of a National Wood Chip Fuel Quality Standard - G. David Waechter, President, Verdante BioEnergy Services
Wood Quality and the True Cost of Feedstocks - Pete Stewart, President & CEO, Forest2Market
Achieve Operational Excellence through Supply Chain Optimization - Kevin Kenney, Director, Biomass Feedstock National User Facility, Idaho National Laboratory
Changing Feedstock Paradigms
Investigating the Impact of a Growing Wood Pellet Industry on Forest and Carbon InventoriesThe societal benefit of replacing coal-generated power with biomass-generated power is that it drives carbon dioxide out of the production-and-use lifecycle, all without creating a demand that the forest inventories can’t sustain. Industry advocates point to study after study that clearly articulate the point, and yet the calls for greater certainty continue. This panel will allow attendees an opportunity to learn what the most current studies say, how the arguments are being made and how they are being received by the policymakers they were intended for.
Moderator:
Katie Fletcher, Associate Editor,
Pellet Mill Magazine - Tracy Leslie, Director, Forest2Market
The Real Effects of the Export Wood Pellet Industry on U.S. South Forests and Markets - Greg Latta, Assistant Professor - Senior Research, Oregon State University-Forest Engineering Resources & Management
Potential U.S. Forest Greenhouse Gas Impacts of Expanded E.U. Wood Pellet Demand
Surveying the Promise of Bio-coal as a Drop-In Replacement for Baseload Power AssetsThe differences between coal and biomass are significant enough that in order to drop biomass feedstocks into existing coal-fired equipment, modifications must be made to the plant. This capital intensive proposition has bottlenecked the deployment of large-scale, coal-to-biomass conversions. This panel features the work being done to change the biomass material, not the facility using it. The promise of bio-coal is generating significant interest particularly in the context of the Clean Power Plan and compliance plans for states long in coal-fired generation.
Moderator:
Katie Fletcher, Associate Editor,
Pellet Mill Magazine - Sylvain Bertrand, CEO, Airex Energy
Commercial Scale Biocoal Plant with CarbonFX Technology - Jordan Klinger, EB Clean Energy Ltd. – Boardman
Energy Requirements for Size Reduction of Biocoal - Bob Heimann, Principal Engineer, Enginuity Worldwide LLC
Introduction to Frictional Carbonization (FC): A Method to Upgrade Biomass to Biocoal in a Continuous, Low-Energy Input Process - Roger Ford, CEO, Patriot BioEnergy LLC
The Use of Hemp as a Phytoremediation Material for Post-Mining Reclamation and as Feedstock for Bio-Coal and Bio-Energy Processing
Technologies Available to Control Emissions as Biomass Power and Pellet Production FacilitiesBoth biomass power and pellet producers must pay critical attention to their stack emissions if they hope to comply with regulated limits. As the understanding of the sources of the pollutants continues to evolve, so too do the technologies available to control them. This panel will feature the technologies currently available to producers to achieve compliance and strategies for their seamless and cost effective deployment.
Moderator:
Katie Fletcher, Associate Editor,
Pellet Mill Magazine - Holger Streetz, International Operations Manager, BVG Vertriebsgesellschaft AG, Germany
Efficiency Improvements through Streamlining Maintenance Processes - Pedro Araújo, CEO, Advanced Cyclone Systems, Portugal
Hurricane Cyclones to Reduce Emissions of Dryer Cyclones in Glowood Pellet Plant to Comply with Local Emissions - Jo Ann Pacinelli, Senior Partner & Business Development Manager, North American Operations, Ecospray Technologies S.r.l.
Enhanced NOx Control for Biomass Combustion
The Growing Role that Briquetting Technologies are Playing in Biomass DensificationWhile on the increase, installed wood heating appliances that can use wood pellets are greatly outnumbered by wood heating appliances that cannot. Increasingly, producers looking to market densified products to the entire wood heating marketplace are adding briquette manufacturing to their production environment. The utility of briquetting does not end there, and multiple presentations will make clear that there are industrial applications for briquettes worth pursuing as well.
Moderator:
Katie Fletcher, Associate Editor,
Pellet Mill Magazine - Jaya Shanka Tumuluru, Research Scientist, Idaho National Laboratory
Briquetting Characteristics of Woody, Herbaceous and Mixed Feedstocks - Tony Schamel, President, Resource Harvesters LLC
Enhanced Briquette Production and Sustainability Program through a New Process for Waste Pulp Feedstocks - S. Kent Hoekman, Research Professor, Desert Research Institute
Life Cycle Analysis of Co-Formed Coal/Hydrochar Briquettes Produced by a Twin-Screw Extrusion Process
Upgraded Biomass: How Torrefaction and Biochar Production can add Real Value to a Multitude of Biomass StreamsThis panel will offer attendees an opportunity to look closely at biomass upgrading approaches like torrefaction and hydrothermal carbonization from a number of different vantage points. With discussions ranging from the economics of monetizing biochar field applications to the unique safety challenges producers engaged in torrefaction face, attendees will get a broad view of these promising but challenging conversion platforms.
Moderator:
Katie Fletcher, Associate Editor,
Pellet Mill Magazine - JoungDu Shin, Principal Scientist, National Academy of Agricultural Science, South Korea
Profit Analysis of Soil Carbon Sequestration in Corn Cultivation Field Cooperated with Bio-char and Compost - Jürgen Pörschmann, Ph.D., Centre for Environmental Research, UFZ Leipzig, Germany
Hydrothermal Carbonization of Waste Biomasses to Produce Biochar and Valuable Chemicals - Ezra Bar-Ziv, Professor, Michigan Technological University
Highlighting Safety Risks during Torrefaction of Biomass - Christian Restifo, Proposal Engineer, Heyl & Patterson Inc.
Torrefaction to Activation: Production Techniques and Market Opportunities
Track 2: Biomass Power & Thermal
Clean Power Plan: Gauging the Potential for Biomass within Obama’s Final Environmental EffortIn September, each state will have to provide the Environmental Protection Agency with their plan to achieve the carbon dioxide goal set out for them in the Clean Power Plan, or an initial plan along with the request for an extension. The role that biomass will play in each state is already being considered. Presenters in this panel are well versed in the efforts to build an effective on-ramp for biomass into the Clean Power Plan and the work left to do before the industry can call the CPP a regulatory victory likely to yield greater opportunities.
Moderator:
Anna Simet, Managing Editor,
Biomass Magazine - David Minott, President, Arc5 Environmental Consulting LLC
A National First, EPA Decides: Biomass-Boiler Opportunity Fuel is Not Waste Incineration - Art Samberg, Project Coordinator, NC Clean Energy Technology Center
Biomass-based Power Opportunities and the Clean Power Plan - William Strauss, President, FutureMetrics
The Clean Power Plan and a U.S. Industrial Pellet Market
Deploying Combined Heat and Power Biomass Technologies to Deliver Maximum Economic and Environmental BenefitDeriving two energy products off of one system offers tremendous advantage and operational efficiency. That said, situations where the demand for both produced heat and power are in sync are rare. This panel features case studies where combined heat and power systems, appropriately sized, offer incredible environmental, social and economic benefit. Each case study will help attendees better understand the conditions where combined heat and power systems can flourish.
Moderator:
Tom Abbott, Farm Manager, USDA-ARS Sugarcane Field Station
- W. David Featherman, Principal, Wildephor Consulting Services LLC
Quantifying the Life-Cycle Value of Small-Scale Bioenergy Projects Using the Triple Bottom Line (TriBL™) Modeling Approach - Jeff Hallowell, President, Biomass Controls LLC
Small Scale Combined Heat and Power - Daniel Wilson, Vice President, Wilson Engineering Services PC
Innovative Policy and Project Implementation Approaches are Driving Broader U.S. Adoption of Community-Scale Biomass Thermal, CHP, and District Energy Systems - Dennis St. George, Sr. Biosystems Engineer, Manitoba Hydro, Canada
Bioenergy Optimization Program Demonstration Project
Boilers 1: Technological Approaches for Handling the Challenges Inherent in Biomass Feedstock StreamsThe prevalence of earth metals like potassium in biomass feedstock streams makes their use in biomass power applications more difficult and in some situations makes their use altogether not feasible. These earth metals lead to operational challenges like slagging, fouling and corrosion. Understanding the practical approaches to mitigate these negative effects is critical to unlock the energy potential in more biomass streams. This panel will offer attendees a thorough overview of the data gathered in an ongoing study of this problem and review some technologies engineered to better manage these challenges.
Moderator:
Anna Simet, Managing Editor,
Biomass Magazine - Kent Schulz, Marketing Development Manager, Fuel Tech Inc.
Corrosion, Slag and Fouling Challenges for Boilers Burning Biomass Fuel - Arunachalam Sivakumar, Sigeda Global, India
Twin Boiler System Promoting Biomass Power Generation and Utilizing Biomass Fuels of High Alkali Content - Federico Rodriguez, Commercial Manager, Julio Berkes SA, Uruguay
Berkes Torsional Chamber - Nils Peter Astrupgaard, Sales Manager, Burmeister & Wain Energy
Proven Power/CHP Systems Based on Sustainable High Alkali Agrofuels like Straw
Boilers 2: Operational Approaches Available to Biomass Power Producers to Maximize their Boiler's OutputThe second panel in a two-part series built specifically for boiler operators features practical advice for managing the challenges inherent in biomass feedstocks and the markets biomass power operators compete in. The panel begins with a discussion on the use of additives to greatly reduce slagging and concludes with a look at a practical technological approach to measure not only inbound biomass streams but combustion air as well.
Moderator:
Anna Simet, Managing Editor,
Biomass Magazine - Adam Campen, Combustion Engineer, Imerys Aurora
Increasing the Use of Low Cost Biomass in Power Plants with an Effective Fuel Additive - Cameron Weir, Product Engineer, Fluid Bed Boiler Technology, Valmet Inc.
Maximizing Unit Performance and Response on Biomass Fired Boilers - James Seagraves, Senior Sales Engineer, Eastern Instruments
Accurate Flow Measurement and Combustion Optimization
The Near Term Opportunity for Biomass as a Low-Carbon Coal Supplement or ReplacementAgain and again the gaze of the biomass-to-energy industry falls on installed coal-fired generation infrastructure, and for good reason. With a few modifications, to the plant or to the biomass, a fuel switch can be accomplished and the plant remains a generation asset, a low-carbon generation asset. This panel will explore the technological challenges of biomass inclusion with coal or total replacement and the industry’s readiness to overcome them.
Moderator:
Elliott Levine, Biopower Technology Development Manager, U.S. Department of Energy
- David Nicholls, Forest Products Technologist, U.S. Forest Service
Co-firing Wood Residues with Coal in Interior Alaska on Grate Fired Systems - Richard Boardman, Manager, Advanced Process & Decision Systems, Idaho National Laboratory
Perspective on Biopower in the U.S. Department of Energy's Quadrennial Technology Review - Charles Fritz, CEO, Biomass Energy Enhancements
Replacing or Blending Coal with Dense Biomass - John Pierce, Partner, Perkins Coie LLP
The Potential for Conversion of Coal-Fired Power Plants to Biomass in the Northwest
Tracing the Efforts to Drive Biomass Gasification towards Economic Feasibility and Greater Marketplace Deployment Gasification holds incredible promise as a transformative technology in the broad biomass-to-energy landscape. The technology is able to handle a multitude of inputs, of varying qualities while offering output flexibility to project owners. How then should the technology be deployed and which conditions offer the greatest likelihood of economic success and propagation? This panel will offer attendees guidance on where and how the technology is being deployed and where it is having some success.
Moderator:
Anna Simet, Managing Editor,
Biomass Magazine - Christopher Koczaja, VP Engineering & Implementation, PHG Energy
Waste Disposal through Gasification - Abolhasan Hashemisohi, Ph.D. Candidate, North Carolina A&T State University
Hybrid Lagrangian-Eulerian Simulation of Hydrodynamic of Fluidized Bed Gasifier
Track 3: Biogas & Landfill Gas
Strategies for Removing Impurities from Biogas to Increase its Downstream Utility Removing the impurities found in biogas, principally carbon dioxide and hydrogen sulfide, is a requisite step for nearly every downstream application. Engineers and biogas generators continue to drive down the total cost of gas clean-up as in many instances, this step represents 20% of the total operating expenses. This panel will look closely at technologies working to not only deliver the gas purity operators require, but do it while reducing the total overall cost of the process.
Moderator:
Tim Portz, Executive Editor,
Biomass Magazine - Kresten Egeblad, Business Development Manager, Haldor Topsoe A/S, Denmark
The CGS Technology, Targeting Cost Efficient H2S Removal - Muhammad Farooq, Ph.D. Candidate - Mechanical Engineering, Heriot-Watt University Edinburgh, United Kingdom
In-situ Regenerative Activated Carbon Adsorption for Production of Bio-methane from Bio-gas - Avi Patkar, Vice President of U.S. Projects, Carbon Clean Solutions
New Cost Effective Process for CO2 Removal from Biogas - Joseph Curro, Principal Engineer, CDM Smith
Using Desiccants for Treatment of Landfill Gas for a Seasonal Use Application: A Case Study
Leveraging Available Technologies and Funding Opportunities to Unlock the Potential of Widely Available Waste StreamsBiogas proponents have long pointed to virtually unlimited potential for anaerobic digestion as a means to remediate a multitude of waste streams. For now, however, every project that gets built requires the tireless work of a team committed to assembling the right mix of technologies and financing to bring these first-of-a-kind plants into production. Two of the presentations on this panel feature projects available to attendees on the industry tour.
Moderator:
Tom Abbott, Farm Manager, USDA-ARS Sugarcane Field Station
- Alessandro Massone, President & CEO, Austep Group, Italy
Opportunities and Difficulties in Developing a Biogas Plant - Anita Reed, Supervisor, North Carolina Department of Environmental Quality
Financing Your Green Infrastructure Project with the State Revolving Fund - Will Rice, Engineering Project Coordinator, Charlotte Water
Buying Heat AND Power:Charlotte Water’s First Biogas Based Generator - Gus Simmons, Director of Bioenergy, Cavanaugh & Associates, P.A.
Above the Dirt
It’s in the Way that You Use It: Conversion Approaches that Add Value to Produced Biogas in a Cost Effective MannerAs the biogas industry matures it continues to attract engineers and technology providers hungry to win market share by developing incrementally better approaches to the same problem. With a focus on driving the complexity out of new biogas projects, the presentations featured in this panel promise solutions that are cheaper to deploy, easier to operate and able to generate greater economic return.
Moderator:
Joseph Curro, Principal Engineer, CDM Smith
- Steven Cox, President, GkW Energy Inc.
Simplifying Biogas-Fueled Power Generation - Eric Wilgenbusch, Sales Engineer, Unison Solutions Inc.
Converting Biogas into Energy and Vehicle Fuel - Jin-Yun Wang, Manager, Fuel Processing & Catalysts, FuelCell Energy Inc.
Biogas and Biomass to Electricity at High Efficiency with Direct FuelCell - Shlomi Palas, CEO, Blue Sphere Corporation
Endless Supply Meets Endless Demand
Exploring the Increasing Role Anaerobic Digestion is Playing in Global Wastewater Treatment AssetsAnaerobic and aerobic digestion are widespread approaches being utilized at wastewater treatment facilities around the world. The capture and use of produced biogas is far less common however. So far the economics of upgrading biogas haven’t been attractive enough for the practice to become widespread. This panel is populated with forward looking operators and technology providers who have developed or are developing systems capable of delivering the kind of financial return their industry peers are hoping for.
Moderator:
Tim Portz, Executive Editor,
Biomass Magazine - Hani Al-koli, GIS Department Manager, Sana'a Water and Sanitation Local Corp., Yemen
Production of Biogas from Hodeida Wastewater Treatment Plant - Corey Rossen, Marketing & Project Developent, quasar energy group
There is a Solution to Algal Blooms: How Agriculture and Wastewater Can Solve the Problem Together - Gus Simmons, Director of Bioenergy, Cavanaugh & Associates, P.A.
Money to Burn? How to Capitalize on BioCNG at Your Wastewater Plant - Ed Weinberg, President, ESSRE Consulting Inc.
Beneficial Use of Nutrients for Increased Valorization of Anaerobic Digesters and Digestate
Demonstrating the Potential for Biogas Feedstocks to Produce Renewable Hydrogen for Fuel Cell VehiclesThe potential for fuel cells in a reimagined energy future is enormous. Their efficiency and input diversity continue to attract interest, investment and new approaches for their deployment and use. This panel will walk attendees through a thorough examination of where things stand with regard to their commercialization, how they can add value to biomass-to-energy operations and what the Department of Energy is doing to accelerate this promising technology’s development.
Moderators:
Pete Devlin, Market Transformation Manager Fuel Cell Technologies Office, U.S. Department of Energy;
Greg Moreland, FCTO Contract Support, CSRA Inc.
- Pete Devlin, Manager, U.S. Department of Energy
DOE Overview of Transportation Fuel Cell Technologies and Renewable Hydrogen from Biogas - David Edwards, Director of Technology Partnerships, Air Liquide
Renewable Hydrogen from Biogas: The Perspective from a Major Industrial Gas Producer - Pere Margalef, Director Advanced Technology Business Development, Fuel Cell Energy
Tri-Generation of Wastewater Biogas into Renewable Hydrogen, Power and Thermal Energy Using Carbonate Fuel Cell Technology - Tony Lindsay, Director of Research & Development Advanced Energy Systems, Gas Technology Institute
Demonstrating the Potential of Landfill Biogas and Wastewater Biogas as Feedstocks for Renewable Hydrogen
Track 4: Advanced Biofuels & Biobased Chemicals
Innovations in Feedstock Harvest, Collection and Pre-Processing For the advanced biofuels industry to ever fully realize its full potential and begin delivering the tens of billions of gallons it is expected, the harvest, collection and storage of vast quantities of agricultural biomass must be perfected. This panel takes attendees to the field to explore the developments in implements and pre-processing downstream converters are counting on to efficiently and cost effectively deliver materials to their plant gates.
Moderator:
Ali Manesh, President, American Science & Technology
- Paul Wever, President, Chip Energy Inc.
Feedstocks and the World Bio-Economy - V.J. Blubaugh, Sales, Stinger Inc.
Baled Biomass: From Field to Factory - Glenn Farris, Marketing Manager, Biomass, AGCO Corporation
Bridging the Gaps between the Farm and Mill: Continuing the Revolution in Biomass Produced Feedstocks
Building Biomass Feedstock Supply Chains that Deliver Economic Opportunities to All Project Stakeholders One of the key tenets in the value proposition of an expanding bioeconomy is the economic impact it will have on farmers and foresters in rural areas. For this expanding industry to really drive opportunity into rural America, entrepreneurialism must be stoked all along the biomass supply chain. Presentations in this panel will explore producer attitudes around these opportunities while also offering some go-forward strategies to capture even more of the value of the bioeconomy for rural economies.
Moderator:
Ron Kotrba, Editor,
Biodiesel Magazine- Neil Belson, Of Counsel and Chair of Life Sciences Practice, Potomac Law Group PLLC
Rural Development - Jim Straeter, Founder, New Holland Agriculture/Straeter Innovation
Stover Harvest and Farmer Outlook - Larry Sullivan, Consultant, Lawrence D. Sullivan & Company Inc.
Biomass Supply Chain Valuations: Feedstock to Conversions to End Use
Biological Pathways to Advanced Biofuels and Novel Approaches to the Better Utilization and Monetization of Resultant CoProductsFirst generation ethanol production hinges on the use of biology to breakdown and later ferment the sugars found in inbound corn. This panel will feature the work of technology and process developers hoping to establish their biological approach and win market share as the developers of next generation assets make their process decisions. Presentations will dig into biological pathways to not only cellulosic ethanol but also bio-based platform chemicals.
Moderator:
Matt Abele, Clean Transportation Specialist, NC Clean Energy Technology Center, North Carolina State University
- Martin Mitchell, Global Business Development Manager, Clariant
Cellulosic Ethanol: Application and Commercialization in Biofuels and Biochemicals - Dennis McGrew, Chief Business Officer, Deinove, France
A Novel Host Strain to Produce Biofuels and Bio-Based Chemicals - Jagannadh Satyavolu, Theme Leader - Biomass and Biofuels, Conn Center, University of Louisville
High Surface Area Activated Carbon Fiber as Coproduct from a C5-Based Integrated Biorefinery - Ali Manesh, President, American Science & Technology
Pre-Commercialization Scale Biorefinery
Investigating Thermochemical Conversion Pathways and Gauging their Efficacy as a Means to Produce Biofuels and Bio-chemicalsThe processes by which first generation biofuels are produced are well understood and widely deployed. The story is altogether different for advanced biofuels, and the race to develop an economically viable pathway is global. The first of two panels dedicated to conversion approaches looks at the efficacy of different thermochemical pathways in the context of low energy prices.
Moderator:
Ron Kotrba, Editor,
Biodiesel Magazine - Ada Nielsen, Advisor to Renuvix, The PeregrineMaven Group
A Sweet BIO-Technology Platform for Solving Some Industrial Challenges - Jack Ferrell, Research Engineer, National Renewable Energy Laboratory
Standardization of Chemical Characterization Techniques for Pyrolysis Bio-oil - Ralph-Uwe Dietrich, Research Area Manager Alternative Fuels, German Aerospace Center (DLR), Germany
Renewable Liquid Jet Fuels: Finding the Economic Pathway - Abolhasan Hashemisohi, Ph.D. Candidate, North Carolina A&T State University
Process Modelling of the Production of Fischer-Tropsch Biofuels via Biomass Gasification with Biomass/Natural Gas Hybrid Feedstock
Examining Promising Research in Algal Cultivation and Conversion into Advanced Biofuels and Biochemicals One of the most forward looking segments of the biomass-to-energy industry has to be algal cultivation and conversion. The promise of these carbon dioxide hungry diatoms and their value added potential are well understood. Still, commercialization has proven challenging. This panel will offer attendees an opportunity to catch up on the segment’s progress in both cultivation and downstream conversion. The role that algae may be able to play at wastewater treatment facilities will be explored in depth during the discussion.
Moderator:
Ron Kotrba, Editor,
Biodiesel Magazine - Sean FitzPatrick, Principal, AvAer Partners
Algae Demonstration Update: Mass Cultivation for Profitable GHG Mitigation - Chih-Ting Kuo, University of Illinois at Urbana-Champagne
Integrating Adsorbents into Fixed-Film Algal Wastewater Treatment System to Improve Water Quality and Biocrude Oil Productivity - Mohammad Abdel-Hamid, Professor, University of Mansoura, Egypt
Microalgae as Promising Feedstock of Jet Fuel and Biodiesel: Case Studies - Shuangning Xiu, Research Scientist, NC A&T State University
Green Biorefinery of Giant Miscanthus for Microalgal Culture and Bioethanol Production
Identifying Inventory Levels and Conversion Metrics of Well Established and Emerging Feedstocks to Speed the Development of Bioenergy ProjectsThe economic activity for agricultural producers being generated by the handful of marquee advanced biofuels production facilities is not going unnoticed. The market opportunity for feedstocks created by an expanding bioeconomy has the potential to add value to a wide variety of crops and cropping systems. Capturing this opportunity, however, depends upon positioning. This panel looks closely at the work to put a class of biomass feedstocks in line to be the inputs for the next generation of biorefineries.
Moderator:
Ron Kotrba, Editor,
Biodiesel Magazine - Vanessa S. Gordon, Research Geneticist, USDA ARS
Breeding Energy Cane Cultivars as a Biomass Feedstock for Coal Replacement - Janice Ryan-Bohac, President & Plant Breeder, Carolina Advanced Renewable Energy (CAREnrgy)
The Production of Full-Replacement Drop-in Fuels through Chemical Processing and Establishment of Supply Chain of New ABF Feedstocks - Stan Parton, Manager, Bioenergy/Biochemical Practice, Forest2Market
Siting a New Project: Evaluation Criteria and Methodology - Nana Abayie Boakye-Boaten, Ph.D. Candidate, North Carolina A & T State University
Significant Uses of Miscanthus Press Juice within a Green Biorefinery Platform
Bonus Panels: Bioenergy Markets
Bioenergy Market Snapshot 1: Current and Future Opportunities for Bioenergy Deployments in the United StatesThis first of a two-session panel series dedicated to market updates will focus exclusively on emerging biomass-to-energy markets in the United States. Broad in scope, this panel offers attendee overviews of the biogas, biofuels and woody biomass markets and opinions on their likely trajectories. This panel is split between marketplace assessments that are regional in scope and presentations that are national in scope.
Moderator:
Tim Portz, Executive Editor,
Biomass Magazine - Bryan Staley, President & CEO, Environmental Research & Education Foundation
State of Practice for Anaerobic Digestion of Municipal Solid Waste Organics in the U.S. - Robin Spinks, Economic Development Consultant, North Carolina’s Southeast Partnership
NC Southeast Biorenewable & Biotechnology Asset Inventory - Jordan Godwin, Biofuels Analyst, Platts
Cellulosic Ethanol in 2016: Make or Break? - Brett Hogarth, Head of Business Development, ECOSTRAT
Using Wood2Energy.org’s Revitalized GIS Platform to Assess Local, Regional and National Woody Biomass Demand Trends
Bioenergy Market Snapshot 2: Current and Future Opportunities for Bioenergy Deployments WorldwideBiomass-to-energy is a decidedly global opportunity. In some instances, biomass utilization technologies just starting to gain a foothold in North America are common in other parts of the world. Each of the presentations in this panel will showcase the potential for increased biomass-to-energy deployments by responding to the unique feedstocks, economic conditions and energy requirements found in a given place.
Moderator:
Tim Portz, Executive Editor,
Biomass Magazine - Peet Steyn, Managing Director, Botala Energy Solutions, South Africa
Juice Factory Pulp Co-Digestion in South Africa - Timothy Baye, Professor, Business Development & Bioenergy Specialist, University of Wisconsin-Extension
Biorefinery Development in Emerging Markets - Nguyen Dang Anh Thi, Consultant, Vietnam
Biomass Power & Thermal: Business Opportunities and Challenges in Vietnam