Commercial Lignin: Co-product Of Cellulosic Sugar Production

Similar documents
Lignin valorization towards materials, chemicals and energy

The CIMV organosolv Process. B. Benjelloun

The kraft pulp mill biorefinery platform

Challenges of Ethanol Production from Lignocellulosic Biomass

Mobilisation and utilisation of recycled wood for lignocellulosic(lc)bio-refinery processes. Dr. Guido Hora, Fraunhofer WKI, GERMANY

Renewable Chemicals from the Forest Biorefinery

Mild fractionation of wood and plants into G2 Micro Cellulose and Lignine

The Biorefinery approach to production of lignocellulosic ethanol and chemicals from lignocellulosic biomass

WOOD BASED BIOREFINERIES OPPORTUNITIES AND CHALLENGES. Dr. Christian Hübsch, UPM Biochemicals IFIB 2015, Lodi,

Backgrounder. Raw material change at BASF. Natural gas, biomass and carbon dioxide can supplement crude oil as a raw material for chemical production

Bioeconomy Transformation summary of the bioeconomy activities at VTT

ECN Research and Development in bioenergy

Lignin conversion into bio-based chemicals

Cellulosic Biomass Chemical Pretreatment Technologies

Bioconversion of Lignocellulosic Biomass into Bacterial Bio-Oils

Pretreatment of Prevalent Canadian West Coast Softwoods Using the Ethanol Organosolv Process Assessing Robustness of the Ethanol Organosolv Process

DuPont Cellulosic Ethanol: Sustainable, Economic, Farm-to-Fuel Solutions

DRIVING FORWARD CONTINUED SUCCESS IN THE BIOECONOMY DOMTAR S BIOMATERIALS

Relationships Between Heating Value and Lignin, Moisture, Ash and Extractive Contents of Biomass Fuels

Opportunities for Lignocellulosic Materials and Composites

Thomas Grotkjær Biomass Conversion, Business Development

Assessing Cellulose Accessibility of Lignocellulosic Biomass before and after Pretreatment

Role of Gasification in a Bio-Based Future

Preparation and Characterization of rosin-based polymeric monomer

Lignin complexity: fundamental and applied issues

By Dr S.K.PURI Indian Oil Corporation Limited, R&D Centre, FARIDABAD 22 nd Jan., 2016

The German Lignocellulose Feedstock Biorefinery Project

HYDROCONVERSION OF FAST PYROLYSIS BIO-OIL: UNDERSTANDING AND LIMITING MACROMOLECULES FORMATION. Alain Quignard / IFPEN

Outline. Comparative Fast Pyrolysis of Agricultural Residues for Use in Biorefineries. ECI Bioenergy-II:

Does densification (pelletisation) restrict the biochemical conversion of biomass?

Mechanism of Streptomyces xylanases in prebleaching of kraft pulp

INTERNATIONAL JOURNAL OF CHEMICAL REACTOR ENGINEERING

INNOVATIVE CHEMISTRY IS A LEVER FOR A SUSTAINABLE SOCIETY

Simulation of the BioEthnaol Process

Comparison of Laboratory and Industrial Saccharomyces cerevisiae Strains for Their Inhibitor Resistance and Xylose Utilization

Utilization of Fractionated Bio-Oil in Asphalt. R. Christopher Williams Justinus Satrio Marjorie Rover Robert C. Brown Sheng Teng

Chapter 2 Structure of Lignocellulosic Biomass

Latest Developments In R&D Support for Forest Biorefinery Development In Canada 2017 BIO World Congress

Rapid Evaluation of Research Proposals Using Aspen Plus NREL. Our Business. Rapid Economic Evaluation Allows Management to:

Pajun uudet käyttömahdollisuudet VTT Aalto -yhteistyöprojekti

Catalytic Pyrolysis of Lignin for Bio oils

Identifying a New Source of Wood Pulp for Manufacture of Nitrocellulose

Biorefinery concepts for non-wood raw materials Dr. Päivi Rousu Vice President, R&D, IPR

Sustainable Polyurethanes and Polycarbonates from biobased aromatics. Don S. Wardius Covestro LLC. Natalie Bittner Covestro Deutschland AG

HYBRID STAGED THERMOLYSIS TO VALORISE BIOMASS Paul de Wild, March 11, 2009

WP No.4: Innovative chemical conversion and synthesis - Highlights

PIMPRAPA KAROONMAKPHOL PTT GLOBAL CHEMICAL GROUP

FROM KRAFT MILL TO FOREST BIOREFINERY: AN ENERGY AND WATER PERSPECTIVE. II. CASE STUDY

Caustic Soda Delignification of Khar Grass for Separation of Cellulosic Fibers

CREON Group. History. Mission. Goals

Hog Pile Management Charles Friesen

GHG savings with 2G Ethanol Industrial Plant. Pierluigi Picciotti BD Director North America & APAC July 26 th, 2017 Montreal

Innovative Forest Products Biorefinery

Industrial Biotechnology and Biorefining

The sunliquid process - cellulosic ethanol from agricultural residues. Dr. Ing. Paolo Corvo Biotech & Renewables Center


Introduction to bioeconomy. FIBRE AND PARTICLE ENGINEERING Mirja Illikainen

Neue Generation von Textilfasern durch Recycling von Baumwollstoffen. Lenzing AG, S. Möderl

Development of Engineered Biopolymers for the Wood Composite Market

Supplementary Materials for. ethanol using bionic liquids

Enzymatic Strength Development in OCC

A research agenda for making biomass a sustainable source of transportation fuels

Avantium Renewable Chemistries Update for IFBC2017. Alan Smith 9-May-2017

Biomass as a Source of Carbon: The Conversion of Renewable Feedstocks into Chemicals and Materials

Biodegradability of wood-based cellulose fibers. World of Wipes 2017, June in Nashville Wolfgang Plasser, Shayda Rahbaran

Molecular Cell Biology - Problem Drill 01: Introduction to Molecular Cell Biology

Advanced biofuels and added value products from residual quasi-homogeneous biomass: from ethanol to drop-infuels

NOVOZYMES & RENEWABLE CHEMICALS

Processing of High Performance Thermoplastic Composites

Emerging biorefinery concepts and research infrastructure development needs

Catalytic hydrodeoxygenation of pyrolysis oil over nickel-based catalysts under H2/CO2 atmosphere

Effect of Torrefaction on Biomass Chemistry and Hydrocarbons Production from Fast Pyrolysis

Challenge 2: Fargione et al; Land Use Change Penalty. CO 2 debt is created when land is cleared

Effect of CNTs on Shape memory properties of PLLA/PCL blends

Biomass and Biofuels: Technology and Economic Overview. Andy Aden, P.E. National Renewable Energy Laboratory (NREL) May 23, 2007

Anellotech and Suntory Enter Next Phase of Strategic Partnership to Develop 100 Percent Bio-Based Plastics for Sustainable Beverage Bottles

Biomaterials. Innovating for the future Markus Mannström EVP, Biomaterials division

Process Economics Program

Stability of fast pyrolysis bio-oils and upgraded products

Forest Biomaterials in Canada: FPInnovations Scientific and Technical Expertise

Evaluation of Hemp Root Bast as a New Material for Papermaking

ETHANOL-WATER FRACTIONATION OF SUGAR CANE BAGASSE CATALYZED WITH ACIDS

SUSTAINABILITY OF THE GREEN INTEGRATED FOREST BIOREFINERY: A QUESTION OF ENERGY

LIGNIN RECOVERY BY ACID PRECIPITATION IN A KRAFT MILL: AN ENERGY PERSPECTIVE

Value Chain for Production of Bio-oil from Kraft Lignin for use as Bio-jet Fuel

CORBION: DEVELOPING A BIOBASED PORTFOLIO

Characterization of Wood Liquefaction Oil for Adhesive Production

Enhanced production of microbial cellulose

Future Opportunities for Biomass Fuels and Power

Introduction to Biopolymers and Bioplastics

Development of Biomaterials & Devices from Renewable Resources

RAW MATERIALS IN POLYMER TECHNOLOGY

DURABIO : A Durable Bio-based Isosorbide Polycarbonate

Bio-based Chemicals for the Automotive, Construction, and Building Markets

BIO 2 GO! THE CARBON CYCLE Carbon and carbon dioxide are continuously recycled between living organisms and their environment.

Biorefinery viability in a world of low oil and gas prices

Division Ave. High School Ms. Foglia AP Biology. Nucleic acids. AP Biology Nucleic Acids. Information storage

NSSC PROCESS OPTIMIZATION: II. SPENT LIQUORS

Chemical Process Design / Diseño de Procesos Químicos

Shodex HPLC approach for biomass related analysis

Transcription:

Commercial Lignin: Co-product Of Cellulosic Sugar Production Not All Lignins Are Created Equal Fred Moesler Chief Technology Officer, Renmatix May 13, 2015

Economically Deconstructing Biomass to Valuable Products BIOMASS RENMATIX CONVERSION TECHNOLOGY PLANTROSE PROCESS CHEMICALS & FUELS 2

Plantrose Process: A Flexible Platform WOODY BIOMASS ENERGY GRASSES AGRICULTURAL RESIDUES SUPERCRITICAL WATER PLATFORM FOR BIOMASS CONVERSION C5 SUGAR C6 SUGAR WASTE SOURCES LIGNIN ADDRESSABLE MARKET INCLUDES A WIDE VARIETY OF BIOMASS TYPES & DOWNSTREAM USES FOR SUGAR C5 = 5 carbon sugar, eg. Xylose C6 = 6 carbon sugar, eg. Glucose 3

Strong Partnerships & Strategic JDAs KEY INFLUENCER RECOGNITION 4

Biomass is More Than Carbohydrates, and Renmatix is More Than Sugar Example Dry Biomass Composition 5

Background On Lignin & Industry History Current Uses 2nd most abundant biological material on earth - Second only to cellulose Much maligned, often due to claiming capability, but ignoring cost - Like all markets, it needs to compete on a performance, quality, AND cost basis vs. the next best alternative Has actually been used for decades in industry Dispersants Viscosity Modifiers Binders Has been researched for decades: first identified in 1959 Still understanding what it is today. 6

Lignin Structure - Hardwood Source: European Beech, By Nimz, 1974 7

Current Lignin Production Sources Sources of Lignin Resulting Characteristics & Concerns Kraft Pulping Soda Pulping - Mostly used on non-woody materials Sulfite Pulping Organosolv Processing Contains sulfur - Smell, impacts application - Chemical Reactivity affected Degradation - Molecular weight changes Monomer vs Oligomer vs Polymer - Structure Changes Condensation - Decreased solubility Additional costs can be incurred Impact of property, purity, reactivity changes are application dependent. Additional costs if trying to modify properties (cleanup, improved activity, etc.) 8

Lignin Markets Exist Today OS = Organosolv lignin Source: Lignin as a Renewable Aromatic Resource for the Chemical Industry, Gosselink, 2011 9

Lignin Applications, Today & Tomorrow, Are Numerous Source: Gosselink, 2011 10

If Property and Costs are Correct, Interesting Options Appear THERMOPLASTICS EXTENDERS PHENOLIC REPLACEMENTS ADHESIVES CARBON FIBER VANILLIN 11

Lignin Markets Exist Today Routes For New Markets Developing Rapidly OS = Organosolv lignin BTX = Benzene, toluene, xylene Source: Lignin as a Renewable Aromatic Resource for the Chemical Industry, Gosselink, 2011 12

Not All Lignins Are Created Equal: Renmatix Lignin Has Distinct Attributes Unique Process & Composition Businesses DO Exist and Make Money on Lignin Has only seen water Highly functional Great macromolecule for broad market applications No protein or organism biomass in the lignin Effectively sulfur free Very low degradation - Compared our lignin to industry standard lignin, and structurally our lignin is less degraded (NMR) Low Price to produce So, why do so many say You can make anything except money Because, like all material plays: - You need a market - You need properties that the market wants/needs - You need a production cost that allows you to make money Our current business model assumes heating value only for lignin. Incremental value for lignin further enhances Renmatix cost advantage 13

World Class Analytical, World Class Experts 14

World Class Analytical, World Class Experts 15

World Class Analytical, World Class Experts 16

DEMONSTRATION: 4x8 Panels with Renmatix Lignin Adhesive 17

Renmatix s Clean Lignin Offers A Large Potential Production Cost Improvement With A Much More Functional Lignin OS = Organosolv lignin BTX = Benzene, toluene, xylene Source: Lignin as a Renewable Aromatic Resource for the Chemical Industry, Gosselink, 2011 18

Significant Progress Made On Alternative Biomass And Lignin Efforts Leaders in the space: Unique analytical capabilities Unique composition of matter World class lignin expertise Developed Production & Purification Processes For End Market Optionality Renmatix does not need lignin to be the low cost cellulosic sugar provider Deep interest with industrial partners; adds value POSITIVE RESULTS FROM 3 rd PARTY TESTING OF RENMATIX LIGNIN IN MARKET APPLICATIONS Tested in applications at multiple scales Completed characterization for strength & mixability Distinct Attributes Of Renmatix Lignin ARE BRINGING THE MARKET TO US! 19

NOT R&D FOR TOMORROW RENMATIX IS PRODUCING TODAY 21

BUILDING BLOCKS FOR BIOCHEMICALS 21