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Chemistry Inspired by Nature

There's a perfect substitute for petrochemicals found in everyday products.
BioAmber produces it responsibly, economically and at scale.

Feedstock Flexibility

BioAmber’s organisms can use a range of renewable feedstocks as a source of fermentable “sugars” including glucose (also called dextrose) from corn, wheat, tapioca and other starch sources, sucrose (also called sugar) from cane or beets, and ligno-cellulosic sugars containing significant quantities of xylose derived from agricultural and forestry waste.

Given the small quantity of fermentable sugars that BioAmber requires to produce bio- succinic acid, the Company has initially used commercially available 95% dextrose syrup, which it believes to be the most cost competitive source of fermentable sugars today. As ligno-cellulosic sugar technologies mature and become commercially available at competitive prices, BioAmber plans to shift to non-food fermentable sugars.

BioAmber would require less than 0.4% of the 12.4 billion bushels of corn harvested in the United States in 2012 to produce $1.0 billion worth of bio-succinic acid. Given this modest demand for fermentable sugars, rapid growth in the Company’s production capacity would not likely have a material impact on the markets from which it plans to source sugars. 

While the Company does not have a near-term economic incentive to move to non-food fermentable sugars, it recognizes the growing need to focus the food chain on human nutrition, and to use sustainable, non-food, sources of biomass to produce chemicals and materials. BioAmber plans to move to non-food fermentable sugars when they become commercially available and economically viable. The Company is pursuing three strategies to accelerate this shift:

  1. Incorporate Cargill’s proven lignocellulosic technology into BioAmber’s succinic acid producing yeast so that it can consume ligno-cellulosic sugars efficiently at low pH
  2. Actively screen ligno-cellulosic sugar technologies to determine which are best adapted to its technology (the yeast and the purification process) and have the most competitive cost structure
  3. Develop a next-generation organism that can consume methanol or methane as the source of carbon to produce succinic acid. This would allow BioAmber to use alternative feedstocks such as syngas.

Sugar Cane

Forestry Residue
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Renewable Inputs
BioAmber is a sustainable chemicals company. Its proprietary technology platform combines industrial biotechnology and chemical catalysis to convert renewable feedstock into chemicals for use in a wide variety of everyday products including plastics, resins, food additives and personal care products.