Turning Levulinic Acid s Potential as a Biobased Building Block into Reality

Similar documents
Working with Downstream Processors and Brand Owners to Advance a New BioBased Materials. Atul Thakrar January 28, 2013

BRINGING LEVULINIC ACID TO THE MARKET MARCEL VAN BERKEL MONTREAL, JULY 2015

L Ketals Renewable Platform Chemicals

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

Poised For Growth Drax and the Bioenergy Sector

CORBION: DEVELOPING A BIOBASED PORTFOLIO

Copyright Anellotech, Inc. Low Cost Green Aromatics. December 2014

Cost Competitive Bio-Aromatics Anatoly Garelik Director, Alliance Management & Planning M :

Advances in the Commercial Production of Biobased Products. Stephen J. Gatto Chairman & Chief Executive Officer

World Congress on Industrial Biotechnology

Bio-based polymers in the Circular Economy

The Biotech Revolution in Europe What s needed to make it happen?

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

Strategic alignment of BASF s plastics business

Biodegradable & Bio-based Plastics Market Introduction & Framwork

The innovative biobased economy in Europe: value, partnerships & investments

Enerkem biorefineries: setting a new global standard in biofuels, chemicals and waste management

Indian specialty chemicals: An unfolding growth story

MARKET STRATEGY AND DEVELOPMENT OF ADVANCED CATALYTIC PYROLYSIS TO DROP-IN HYDROCARBON FUELS

On the Road to a New Sweet Sorghum Industry in the USA

Sustainable Succinic Acid

CO 2 Utilization Roadmap!

Enerkem: A waste-to-biofuels solution for China

Towards an electrochemical technology platform for the conversion of CO 2 and biomass derived substrates

Highlights of the Conference Nicolae Scarlat

100% Biobased PET: A Sustainable Approach to Fiber, Film, and Bottles.

Tom Connelly Executive Vice President & Chief Innovation Officer Industrial Biosciences and Performance Materials

Hot Molecules Looking at new opportunities in biobased chemicals

Introduction to Biopolymers and Bioplastics

Manufacturing in a Resource Restricted World. Ken Matthews. IPST Executive Conference, April 19 th 2013.

RAW MATERIALS IN POLYMER TECHNOLOGY

BioEnergy International, LLC. a Biorefinery Company

NOVOZYMES & RENEWABLE CHEMICALS

Developing a Biomaterials Industry in North Dakota

EU BIOMASS SUPPLY: POTENTIAL TO REPLACE GAS? WBA Workshop: Reducing dependence on Russian natural gas with bioenergy

Chemical Consulting & Advisory Services Access unsurpassed industry insight throughout the chemical value chains to support your decision-making

Newsletter. BioCatPolymers PROJECT. BioCatPolymers FACT SHEET. December 2018

Industrial Biotechnology and Biorefining

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

The USDA BioPreferred Program as a Driver for Biobased Product Producers

Green energy: a sustainable energy and waste diversion solution. Tim Cesarek Enerkem Senior Vice President Business Development

ADVANCED BIOFUELS: TOWARDS A BIOBASED ECONOMY

Prospects for the Commercialization of Cellulosic Ethanol

Connecting, Cultivating, Commercializing

Content 12/21/2010. Plastic Compostable Bags, Realities and Myths Paul Arnold, Maggie Hope Simpson December 2, 2010

Bio-feedstocks, Chemicals and Polymers. Trends, Success Stories and Challenges.

The Promise of Renewable Chemicals

Commercialization of Reliable Syngas Production for Fuel & Chemical Synthesis

Lignin valorization towards materials, chemicals and energy

Mirel - PHA The Story Continues 18 September 2012 Stan Haftka

BRIDGE - Public-Private Partnership for Biobased Industries

@BBI2020. Stefano FACCO New Business Development Director NOVAMONT

Sorghum s Increasing Value for Renewable Markets Commercially scalable and ready today

ECN Research and Development in bioenergy

European Research Funding. HORIZON 2020 observations and tips

Trends in Technology and Applications

Integrated Science Merging scientific disciplines to address global challenges

Let s make our Planet Clean & Green for the Next Generation!!!

Verdezyne DDDA Design Competition

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

DuPont A Market Driven Science Company. John Ranieri Vice President & General Manager DuPont Applied BioSciences

Alberta Biomass Inventory Why Alberta s Industrial Heartland?

Bioindustrial Innovation Canada

Algae Biomass Summit. State of US Funding and Regulation of Algae

Renewable Chemicals from the Forest Biorefinery

GREEN ACCELERATION. PIERROBERTO FOLGIERO Amministratore Delegato Maire Tecnimont Group

CARBOHYDRATES TO PLATFORM CHEMICALS

Trends in Biobased Chemicals

ATIPIC / VITO Technical Meeting

Making it happen: Taking biobased chemicals into Paints & Coatings

Hog Pile Management Charles Friesen

Expanding Biofuel Production: An Investor s Perspective June 24, 2009

We are committed to working in partnership with the BC Government to resolve our concerns as summarized below:

Latest applications and the future of bioplastic in Southeast Asia

Green Polyethylene. Antonio Morschbacker Manager Green Polymers Fulbright Commission August 2009

Challenges and opportunities for chemical Bio-based products. FEDIOL 2015 General Assembly Conference 19 June 2015

Circular Economy Carbon Productivity

SUSTAINABLE BIOPLASTICS INDUSTRY FROM RENEWABLE RESOURCES IN MALAYSIA

Industrial Biotechnology: Securing a Sustainable Energy Future

Office of the Chief Economist Office of Energy Policy and New Uses. November 19, 2008

Christoph Falter, Valentin Batteiger, Andreas Sizmann Future Technologies and Ecology of Aviation Bauhaus Luftfahrt, Munich, Germany

Waste to Chemicals. London, May 2016

Canada s Biomass Opportunity. Canadian Forest Service - May, 2016 Anne-Helene Mathey, Jean-Francois Levasseur

Exploiting The Asian Growth Opportunity

De la chimie des monomères aux Polyamides chez Solvay Laboratoire SPP, Lyon

Making Sustainable Products to Diversify Our Forest Industry and Create Good Manufacturing Jobs in Rural Maine

Sustainability requirements for the Bio-Based Economy

Sustainable Wood Pellets: Changing the Way Energy is Generated, Supplied, and Utilized

Metabolix: Pivot to Performance Focus

Saudi Aramco Carbon Capture and Utilization R&D

INDUSTRIAL ENZYMES FOR CELLULOSIC SUGARS AND BEYOND

Selected approaches to sustainable public procurement policies: Cases of the US and Japan

RENEWABLE FEEDSTOCK FOR THE CHEMICAL INDUSTRY: A PERSPECTIVE ON ALGAE POTENTIAL

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

There is chemistry between man and nature. Il futuro della chimica verde

Polyol (and other nice chemicals) Production from Canola Oil

BIO World Congress Paul J Caswell President, Cathay Industrial Biotech May 13,2014

DRIVING FORWARD CONTINUED SUCCESS IN THE BIOECONOMY DOMTAR S BIOMATERIALS

How nature inspires us to make cleaning and care more sustainable. Hans Henning Wenk June 21, 2016, Essen

Property of Ecobags s.r.l. - Copy is forbidden without prior written consent of Ecobags s.r.l.

Transcription:

RENEW. REINVENT. SUSTAIN. CHANGE THE WORLD. Turning Levulinic Acid s Potential as a Biobased Building Block into Reality December, 2013

Renew We believe that biobased materials are a viable alternative to petrochemicals and contribute to improving quality of life Reinvent Our disruptive technology will turn Levulinic Acid s potential as a Biobased Building Block into reality Sustain Supporting sustainable lifestyles by transforming Levulinic Acid into high performance materials reducing toxicity, air and environmental impact Renew.Reinvent.Sustain.Change the World TM 2

3 Why Levulinic Acid? C5 backbone: Feedstock for high-c products as shale economics change petrochemical supply landscape Built-in oxygen: Nature provides the oxygenation steps through photosynthesis Low energy and favorable LCA Dual keto-acid functionality: Wide range of potential derivatives to novel and existing materials

4 Performance and Sustainability without Compromise Cellulosic Biomass Levulinic Acid (LA) Segetis Bio-based Specialty Chemicals Sugar Bio-based Intermediate Chemicals Diverse, renewable feedstocks Thermochemical conversion >$50 B markets

5 Breakthrough Levulinic Acid Technology Historical Process Not Commercially Viable Segetis Proprietary Process Ready for Scale-up <<50% yield Inoperable >>50% yield Operable Scalable, Operable & Capital-lite Process

6 Making Levulinic Acid a Reality KSF s 1. Robust, Reliable and Economic Process 2. Broad Market Opportunity 3. Feedstock Flexibility 4. Motivated Investors w/long-term Horizon 5. Strong Upstream & Downstream Partnerships 6. Experienced & Committed Leadership Team

7 Robust Scalable Process with Strong Operating Experience Segetis Pilot: >1500 hours of run time >300m in-process data points collected Next Step: FEL2 for 1 st Commercial Facility

8 >$50bn Addressable Market Opportunity Plasticizers $14bn PVC & biopolymers Agrochemical formulations $3.5bn Polyester & Polyurethane Intermediates $7bn Polycarbonate Co-Monomer $2bn In scope for first plant Segetis Biobased Specialty Chemicals Levulinic Acid (LA) Biobased Intermediate Chemicals Partnership Opportunity Household & Industrial Cleaners $2.5bn Bio-based acrylate polymers $5bn Nylon Intermediates $8bn Other LA Derivatives $5bn

Feedstock Flexibility for Global LA Adoption Wide Range of Feedstock Options 1 st Gen Sugars Cellulosic Sugars Waste Biomass Capacity Supply Chain In development Needs development LA Conversion Validated Pilot Lower Cost Concept 9

10 Segetis Value Add for Upstream Partners Corn Wood Assumptions: Corn prices based on USDA data (accessed 8/2013) Sources Sugar and Sweeteners Outlook, S. Haley, USDA ERS Report SSS-M-303 (Nov. 2013) Assumptions: 45% yield to pulp, pulp @ $600/tonne 100% dry biomass utilization for wood pellets with a comparable heat value to 7750 BTU/lb$, $10/MM BTU (LNG, Japan) Wood Pellet Heating Guidebook, MA Division of Energy Resources (2007)

Market Size 11 Market Partnerships Opens with Cost Effective LA curve fit line (data line transparent) Household Seeking partner to develop bio-based intermediates Phthalate-free PVC Bio-based certification Easy to clean, Easy to process Key Partners: Axiall, KemOne Flexible PVC Polyamides Large Scale Concentrated Less Packaging Excellent cleaning Validation partner: Method Commercial Scale Demonstration Scale Decreasing Cost of Levulinic Acid

12 Segetis Partnership with Method New Category Detergent Concentrates Highly concentrated Pumpable easy and controlled use Excellent cleaning Reduced packaging & shipping costs

13 Segetis Formulation Aids on Shelf in Cleaners Method Detergent In Target stores today Seventh Generation Cleaners Method Dishwash

14 Segetis Plasticizers for Flexible PVC Products Axiall s Biobased PVC Compound Inpro s Wall and Door Products Facility Manager Biobased plasticizer Biobased flex PVC product offering Preferred Procurement Benefits through the value chain

Building A Foundation with Experienced Investors 15 Segetis has been backed by VC s, Strategic and Private Equity Investors since its founding in 2007 Diverse mix of global investors

Segetis Team Brings Solid Industry Experience 16 The Segetis team blends experience from large, strategic chemical companies and agile start-ups Atul Thakrar, President & CEO ROHM and HAAS * CYTEC INDUSTRIES * SYNCRUDE Cora Leibig, Vice President of R&D DOW CHEMICAL Andrew Skinner, Vice President of Operations STARFIRE SYSTEMS * SCHENECTADY INT L * GE Graham Merfield, Chief Business Officer SOLVAY * RHODIA

17 Segetis Highlights Renewable Source of Chemicals Addressing $50Bn Market Scalable Thermo-Chemical Manufacturing Process Validation Products in Market Today: Robust pipeline