1. Integrated BioEconomy
Feedstocks Processes Uses
agriculture/ extraction/ food
forestry separation oil
proteins
crops/residue mechanical, chemical carbohydrates
wood residue additives
livestock
bioconversion
microbes, algae
fuels/energy
manure ethanol/butanol
biodiesel
hydroloysis heat
industrial/ acids, enzymes electricity
municipal materials
municipal gasification plastics
solid waste high heat, low oxygen fibers
adhesives
CO emissions rubber
2 pyrolysis
food/industrial paints/coatings
catalysis, heat, dyes/pigments/ink
by-products detergents/solvents
pressure

2. New Opportunities for Sustainble Building Materials
Enabling Technologies
Early generation biomaterials were starch-based
Starch-based
Performance benefit mainly biodegradability
Newer generations biomaterials
Oil, carbohydrates and protein feedstocks
Expanded to more durable applications
Can rival their petroleum-based counterparts
Enabling Green Chemistry: UPR, polyols, surfactants, plasticizers,
O OH
O R
O
O R
O
R
R
O R
OH
O O
n O O
Raw Intermediate
Formulators/ Building Building
Growers Materials Materials Fabricators
Manufacturers Designers Owners
Producers Producers

3. Cell to Sell® Innovation Pipeline
Market Needs
Business Case Market Research
Agricultural Processor Biomaterial Product
Consumer
(Biomass) Producer (Biorefinery) Producer Manufacturer
Cell to Sell® Process
Establish market needs and business case
Identify enabling technologies
Facilitate linkages within and between clusters
Provide impartial advocacy
Build relationships and value propositions
Leverage policy, industry, and academic assets
Accelerate development of functional supply chain
bioproducts.osu.edu

5. Industry Members Represent Integrated Supply Chain
Bio-­Derived Bio-­Based Bio-­Polymers and
Feedstocks and Platform Specialty Intermediates, Bio-­Product System
Chemicals Monomers and Resins Solutions
Battell
e

6. industry
academia policy
bioproducts.osu.edu