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TRANSCRIPT
Roberto Werneck. Braskem.
Braskem’s Green PE Industrial Biotechnology
Braskem – industrial footprint
Renewable chemicals lab – Campinas, Brazil
I’m green™ Polyethylene
Some I’m green™ PE applicaDons
Ecover Bottle/Home Care Ecover
Nomacorc Closures/Beverages Wine Corc Select Bip
McCain Multilayer Packaging Film/Food Frozen Reesh Fries
Sphere Can Liner/Trash Bags Alfapac Vegetal Origin
L’Occitane Bottles/Personal Care Bonne Mère
Papier Mettler Durables Bags Retaliliers: Kaiser/Rewe/Rossman
Procter & Gamble Bottle/Personal Care Shampoo Pantene Nature Fusion
Eletrolux Appliance for washing machines Ecologic
Producing I’m green™ PE
Sugarcane captures CO2
FIRST STEP Sugar mill: Production of sugar, ethanol and renewable power
Goods made from Green PE
100% recyclable
SECOND STEP Production of Green Ethylene from Ethanol
FINAL STEP Polymerization to produce Green PE
ImplicaDons of using sugarcane as fedstock
Food versus fuel? Sugar mills produce both ethanol and sugar
Effluents? Bagasse and vinasse are re-‐used
Loca?on Sugar cane juice ferments spontaneously !
Level of integraDon
FIRST STEP Sugar mill: Production of sugar, ethanol and renewable power
SECOND STEP Production of Green Ethylene from Ethanol
FINAL STEP Polymerization to produce Green PE
INTEGRATED SITE MULTIPLE SITES
Ethanol
Ethylene
Ethanol specificaDon
• Ethanol targets the fuel market • Mills use fuel-‐grade specifica?ons • Impuri?es that burn are ok for the fuel spec
but may have nega?ve impact to chemical processing
Use exis?ng fuel-‐grade spec?
Create new, chemical-‐grade spec?
Roberto Werneck. Braskem.
Thank you for your aIenDon Industrial Biotechnology