Integrated BioEconomyFeedstocksagriculture/forestry crops/residuewood residuelivestock manure

Processes Uses

industrial/municipal municipal solid wasteCO

2emissions

food/industrialby-products

extraction/separationmechanical, chemical

bioconversionmicrobes, algae

hydroloysisacids, enzymes

gasificationhigh heat, low oxygen

pyrolysiscatalysis, heat, pressure

foodoilproteinscarbohydratesadditives

fuels/energyethanol/butanolbiodieselheatelectricity

materialsplasticsfibersadhesivesrubberpaints/coatingsdyes/pigments/inkdetergents/solvents

Early generation biomaterials were starch-based Starch-basedPerformance benefit mainly biodegradability

Newer generations biomaterialsOil, carbohydrates and protein feedstocksExpanded to more durable applicationsCan rival their petroleum-based counterparts

New Opportunities for Sustainble Building MaterialsEnabling Technologies

RO

O OO

n

R

OH

OH

OOO

O R

RR

OO

GrowersRaw Materials Producers

Intermediate Materials Producers

Formulators/ Manufacturers Fabricators Building

DesignersBuilding Owners

Enabling Green Chemistry: UPR, polyols, surfactants, plasticizers,

bioproducts.osu.edu

Agricultural            (Biomass)  Producer

Processor  (Biorefinery)

Biomaterial  Producer

Product  Manufacturer

Consumer

Cell  to  Sell® Innovation  Pipeline

Business  Case Market    Research

Market  Needs

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  propositionsLeverage  policy,  industry,  and  academic  assets

Accelerate  development  of  functional  supply  chain    

Bio-­BasedSpecialty Intermediates,Monomers and Resins

Industry  Members Represent  Integrated  Supply  Chain

Bio-­Derived Feedstocks and Platform

Chemicals

Bio-­Polymers andBio-­Product System

Solutions

Battelle

academia

industry

policy

bioproducts.osu.edu