Logistical Support and Modeling Efforts in Pretreatment Research Paper 516g Annual Meeting of the American Institute of Chemical Engineers Thursday, November.

Slides:



Advertisements
Similar presentations
Recent developments of 2G technology Industrial scale documentation BioFuel Technology A/S BioFuel Technology A/S – a pioneer in developing large scale.
Advertisements

A Potentially Valuable Component of Texas Bioenergy Projects
1 9/21/2010 Iman Rusmana Department of Biology Bogor Agricultural University What is Ethanol? Ethanol Production From Biomass Ethanol Production From Grains.
Farmland Values and Leasing Key Questions Chapter 20 §What determines the value of farmland? §What are the advantages and disadvantages of owning vs. leasing?
Small Scale NZ Biofuel Techno-Economic Investigation VISHESH ACHARYA MASTER OF ENGINEERING DR. BRENT YOUNG CHEMICAL AND MATERIALS ENGINEERING UNIVERSITY.
Montana Microbial Products A Research and Development Company commercializing microbial products and technology Products –Enzymes for fuel alcohol production.
Analytical Tools For Corn Fractionation Roger Ginder Darren Jarboe Iowa State University.
Enzymatic Hydrolysis of Poplar Pretreated by Ammonia Fiber Explosion James F. Heidenreich, Tamika Bradshaw, Bruce E. Dale and Venkatesh Balan BCRL, Department.
1 Potential of Eichhornia Crassipes for Biomass Refining Jessica E. Hronich, Lealon Martin, Joel Plawsky, & Henry Bungay November 7th, 2007 AIChE Conference.
Biomass Refining CAFI Auburn University Soaking in Aqueous Ammonia (SAA) for Pretreatment of Corn Stover Tae Hyun Kim and Y. Y. Lee Department of Chemical.
High solid loading enzymatic hydrolysis of various paper wastes Methods and Kinetic model Lei Wang *, Richard Templer ‡ & Richard J. Murphy * * Division.
Lime Pretreatment of Poplar wood Chemical Engineering Department Texas A&M University.
Enzymatic Hydrolysis of Cellulose and Hemicellulose in Solids Prepared by Leading Pretreatment Technologies Charles E. Wyman, Dartmouth College Y. Y. Lee,
Richard T. Elander, National Renewable Energy Laboratory
CAFI 2 Project Update NREL and Neoterics Int’l. Rick Elander and Tim Eggeman March 16, 2006.
Characteristics of Biomass Pretreatments Studied by the CAFI Bruce E. Dale, Richard T. Elander, Mark T. Holtzapple, Michael R. Ladisch, Yoon Y. Lee and.
Charles E. Wyman, Dartmouth College Y. Y. Lee, Auburn University
Pretreatment Fundamentals Bruce E. Dale, Richard T. Elander, Mark T. Holtzapple, Rajeev Kumar, Michael R. Ladisch, Yoon Y. Lee, Nate Mosier, Jack Saddler,
Release of Sugars for Fermentation to Ethanol by Enzymatic Digestion of Corn Stover Pretreated by Leading Technologies Charles E. Wyman, Dartmouth College/University.
Enzymatic Digestion of Corn Stover and Poplar Wood after Pretreatment by Leading Technologies Charles E. Wyman, Dartmouth College/University of California.
Ammonia Fiber Explosion (AFEX) for Pretreatment of Corn Stover: Recent Research Results Farzaneh Teymouri, Hasan Alizadeh, Lizbeth Laureano-Perez and Bruce.
Consortium for Biomass Refining Based on Leading Pretreatment Technologies Charles E. Wyman, Dartmouth College/University of California Bruce E. Dale,
Abstract NaOH and its derivatives are used as pulping reagents, wherein the spent NaOH is recovered in salt form and reused. In this study, low concentration.
Ethanol Production from Wastepaper Ben DaltonMarie Labrie Cassia DavisAlex Saputa John OzbekSteve Wild Murat Ozkaya4/15/09.
Ethanol. Conversion of sugars to ETOH The manufacture of alcoholic beverages originated over 5000 years ago –Water was generally impure and thus fermented.
Ethanol Production. Feedstock 1.Biomass 2.Starch.
Initial Comparative Process Economics of Leading Pretreatment Technologies Richard T. Elander, National Renewable Energy Laboratory Charles E. Wyman, Dartmouth.
Slide 1 Apollo Program for Biomass Liquids What Will it Take? Michael R. Ladisch Laboratory of Renewable Resources Engineering Agricultural and Biological.
Project Cost Evaluation February 7, 2002 Richard Chung Department of Chemical and Materials Engineering San Jose State University.
Future of the Bioeconomy and Biofuels: Overview, Industry, and Agriculture? Dan Otto Chad Hart John A. Miranowski Iowa State University.
Modeling Biomass Conversion to Transportation Fuels Jacob Miller Advisor: Dr. Eric Larson.
Enzyme Sugar-Ethanol Platform Project
Biofuels Now and Tomorrow Tom Williams National Renewable Energy Laboratory FLC Far West / Mid-Continent Meeting September 2005.
BREW Generic Approach by Martin Patel (Un. Utrecht) Tim Nisbet (Shell) Peter Nossin (DSM) BREW plenary meeting - September 9, 2003.
Making Biorefineries Competitive: PRO.E.SA TM The only sugar platform available today Guido Ghisolfi June 8, 2012.
Food, Feedstocks and Ethanol Production Michael H. Penner Oregon State University Ethanol Workshop Series: Oregon May 8, 2001.
Optimization of Controlled pH Liquid Hot Water Pretreatment of Corn Fiber and Stover Nathan Mosier, Rick Hendrickson, Youngmi Kim, Meijuan Zeng, Bruce.
Integration of Leading Biomass Pretreatment Technologies with Enzymatic Digestion and Hydrolyzate Fermentation DOE OBP Pretreatment Core R&D Gate Review.
Biofuels: Boom or Bust for Montana Producers November 9, 2007.
Partnering to Achieve Low-Cost, Bolt-On Cellulosic Sugars Peter H. Kilner, SVP Bus. Dev. Presented at ABLCNext – November 11, 2014.
Optimal Conditions for Batch Tube Pretreatment Hot water only, 210 o C, 6 min -Total xylose yield is 52.1% % xylose and 106% glucose overall mass.
National Renewable Energy Laboratory Overall Energy Balance for the Corn Stover to Ethanol Process Brianna G. Atherton, Mark F. Ruth, John L. Jechura,
New Frontiers in Biofuel Production Fernando Robelo Daniel Bowser.
Energy and Products from Agricultural Biomass: Prospects and Issues F. Larry Leistritz Donald M. Senechal Nancy M. Hodur Presented at: IAIA 2007 Conference,
Pretreatment of Lignocellulosic Biomass: Update on Biomass Refining CAFI Studies Charles E. Wyman, Dartmouth College, Session Chair Tim Eggeman, Neoterics.
STATIONARY FUEL CELLS Economics 101 Jane Price Hill, P. E.February 13, 2003.
Biorefinery Annexed to Typical South African Sugar Mill, Part I: Flowsheet development and simulation By: Dr. Mohsen A. Mandegari Research head: Prof.
Economics CAFI II Stage Gate Review Denver, CO May 1, 2007 Tim Eggeman* - Neoterics International Richard Elander - National Renewable Energy Laboratory.
1 Comparison of Selected Results for Application of Leading Pretreatment Technologies to Corn Stover Charles E. Wyman, Dartmouth College Y. Y. Lee, Auburn.
A Comparison of Batch, Stop- Flow-Stop, and Flowthrough Pretreatments of Corn Stover Chaogang Liu, Charles E. Wyman Thayer School of Engineering Dartmouth.
The Economics of Alternative Energy Sources and Globalization: The Road Ahead Embassy Suites Airport, Orlando, FL 1.
1 NREL/Neoterics Update—CAFI 2 Teleconference Rick Elander National Renewable Energy Laboratory National Bioenergy Center Golden, CO Tim Eggeman Neoterics.
Comparison of Selected Results for Application of Leading Pretreatment Technologies to Corn Stover Charles E. Wyman, Dartmouth College Y. Y. Lee, Auburn.
Profitability Analysis-II Chapter 8 & 9 ChEN 5253 Terry A. Ring.
Economic Analysis of Alternative Lignocelluloses Sources for Ethanol Production Agriculture as a Producer and Consumer of Energy Conference Washington,
BALIKESİR ETHANOL PLANT
Biomass Refining CAFI Overall Sugar Yields from Corn Stover via Thermochemical Hemicellulose Hydrolysis Followed by Enzymatic Hydrolysis Todd A. Lloyd.
1 Auburn UniversityBiomass Refining CAFI Corn stover Wood chip Bagasse Rice straw Sawdust Biomass Ethanol Fuel.
Generation Costs. Fuel InputProcess (Generating station) Electrical Energy output Cost of Electrical energy = Cost of fuel + processing cost.
Profitability Analysis-II Chapter 8 & 9 in T&S CH EN 5253 Terry A. Ring.
Covering Key Aspects  Technical  Environmental  Economic August 8, 2008 EthanolRecycle PaperRecycle.
Created By: Alyssa Hughes. The Implementation of Organosolv Pretreatment Team Members: Shuai Tan, Kelsey Thrush, Alyssa Hughes, Neil Neuberger.
Mass Balance of ARP/SSF Biomass Ammonia recycling Fermentation ARP Reactor Soluble sugar Ammonia Washing 100 lb (dry basis) G:36.1 lb X: 21.4 lb O: 7.8.
Analysis by GUNES ILASLAN, Ph.D. THE INVESTMENT ANALYSIS OF CEA HYDROPONIC SYSTEM GROWING BOSTON LETTUCE Modified by Georgia Agricultural Education Curriculum.
Evaluation of a Flowthrough Reactor for Corn Stover Pretreatment Chaogang Liu, Charles E. Wyman Thayer School of Engineering Dartmouth College Hanover,
Abdullah Al Aqeel, Cami Andrie Andy Marushack, Kevin Schilling Justin Wilde.
Profitability Analysis-II
OPEX and Profitability Analysis-II
DuPont Biofuels: Building a Sustainable Future
OPEX and Profitability Analysis-II
Presentation transcript:

Logistical Support and Modeling Efforts in Pretreatment Research Paper 516g Annual Meeting of the American Institute of Chemical Engineers Thursday, November 16, 2006 San Francisco, CA Tim Eggeman* - Neoterics International Richard Elander - National Renewable Energy Laboratory NEOTERICS INTERNATIONAL Using Technology to Create Business Innovation Biomass Refining CAFI

Outline Logistical Support –Analytical Protocols –Feedstock Supply –Surface Characterization Modeling –Process –Economic Biomass Refining CAFI

Analytical Protocols Biomass Refining CAFI

Hybrid Poplar CAFI II Stover CAFI I Stover Glucan43.8 %34.4 %36.1 % Xylan14.85 %22.8 %21.4 % Arabinan0.61 %4.2 %3.5 % Mannan3.94 %0.6 %1.8 % Galactan1.02 %1.4 %2.5 % Lignin29.12 %11.0 %17.2 % Protein-2.3 %4.0 % Acetyl3.62 %5.6 %3.2 % Ash1.07 %6.1 %7.1 % Uronic Acid-3.8 %3.6 % Extractives3.56 %8.5 %- Sucrose-2.2 %- Non- structural Sugars % Feedstocks Biomass Refining CAFI

Feedstocks Biomass Refining CAFI

Feedstocks Biomass Refining CAFI

Boiler + Generator Block Flow Hydrolysis + Fermentation Feed Handling RecoveryPretreatment Stover Syrup + Solids ChemicalsWater EnzymesCO 2 Water EtOH Steam Power Biomass Refining CAFI

Aspen Plus – GUI w/ Hierarchy Biomass Refining CAFI

Aspen Plus – GUI w/ Hierarchy Biomass Refining CAFI

Current vs. Goal Current: Laboratory Performance –Pretreatment –Conditioning –Enzymatic Hydrolysis – Fermentation Goal: Likely Performance of Above Steps at Commercial Scale Biomass Refining CAFI

CAFI II vs. CAFI I Improved Definition and Consistency of Modeling Assumptions Improved/Tailored Enzyme Cocktails Conditioning & Fermentability Tests Biomass Refining CAFI

Economic Modeling Capital Costs Fixed - Direct Purchased Equipment Installation - Indirect - Contingency - Start-up Working Revenues Ethanol Sales Electricity Sales Operating Costs Variable – Stover Enzymes Other Fixed - Labor Maintenance Insurance Depreciation Discounted Cash Flow 2.5 yr Construction, 0.5 yr Start-up 20 yr Operation 100% Equity, No Subsidy Rational EtOH Pricing Rather Than Market Pricing 10% Real After Tax Discount Rate Performance Measures Total Fixed Capital Per Annual Gallon of Capacity Plant Level Cash Costs Minimum Ethanol Selling Price (MESP) Biomass Refining CAFI

Results (Interim) Biomass Refining CAFI

Fixed Capital Stover Goal, Ideal Pretreatment Biomass Refining CAFI

Cash Costs and MESP Stover Current Cases, Proof Year: 4th Year of Operation $/gal EtOH MESP Cash Cost Plant Level

Conclusions Consistent Protocols and Materials Improved Methodology vs. CAFI I Yield Drives Economics Biomass Refining CAFI

Acknowledgements US Department of Energy Office of the Biomass Program, Contract DE-FG36-04GO14017 The United States Department of Agriculture - Initiative for Future Agricultural and Food Systems/Cooperative State Research, Education and Extension Service (Contract Number ) The National Renewable Energy Laboratory Biomass Refining Consortium for Applied Fundamentals and Innovation (CAFI) Natural Resources Canada Genencor International Biomass Refining CAFI

Project Institutions Biomass Refining CAFI