Sustainable Biomaterials

Fermentation: The Science that Sustains Life

"Life Finds its Way into Chemistry"

‍- Louis Pasteur
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Fermentation has been trusted for millennia to preserve food and enhance flavor. While Louis Pasteur uncovered the microscopic magic behind it in the 19th century, the fundamental process has always relied on nature's own microbial architects. At TripleW, we are writing the next chapter of this ancient story. By harnessing specialized microorganisms to rapidly ferment food waste into pure, high-grade lactic acid, we transform yesterday’s leftovers into the building blocks of a sustainable, fossil-free future.

The Story of Lactic Acid

The scientific understanding of lactic acid began in 1780, when Swedish chemist Carl Wilhelm Scheele successfully isolated it from sour milk. Operating under the late 18th-century phlogiston theory, Scheele named the compound acidum lacticum ('milk’s acid'), believing it to be a component naturally built into milk.
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Long before humans understood microbes, lactic acid fermentation was used as a vital survival technique for food preservation. Dating back thousands of years across various ancient cultures, people naturally preserved milk into cheese and yogurt, and vegetables into sauerkraut and kimchi, relying on the natural presence of lactic acid bacteria (LAB).

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cosmetics

Food Acidification and Preservation

"Food preservation enabled ancient man to make roots and live in one place and form a community. He no longer had to consume the kill or harvest immediately, but could preserve some for later use. Each culture preserved their local food sources using the same basic methods of food preservation."

Brian A. Nummer, Ph.D.
National Center for Home Food Preservation
May 2002

Acidulants for Food Applications

Liquidlactic acid

Circulac LF80
Circulac LF88

Specialgrade lactic acid

Circulac HS80
Circulac LD88
Circulac HS88

Solidlactic acid

Circulac SD60

pH Regulators and Preservatives for Processed Meats, Prepared Food and Bakery Products Preservation

Liquid lactates

Sodium Circulac SL60 – usual dosage : 2 to 3% w/w formulation
Potassium Circulac PL60 – usual dosage : 2 to 3% w/w formulation

Liquid blends of lactate and diacetate

Midas Circulac SL04 – usual dosage : 1.5 to 2% w/w formulation
Midas Circulac SL10 – usual dosage : 1 to 1.8% w/w formulation
Midas Circulac PL04 – usual dosage : 1.5 to 2% w/w formulation
Midas Circulac PL10 – usual dosage : 1 to 1.8% w/w formulation

Solid lactate and blends of lactate and diacetate

Sodium Circulac S100 – Sodium Naturlac S100 : 0.4 to 0.6% w/w formulation
Midas Circulac SL50 – usual dosage : 0.4 to 0.6% w/w formulation
Midas Circulac SL38 – usual dosage : 0.3 to 0.5% w/w formulation
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*Tailored products are available by demand

Buffered Vinegars and Specialties for Processed Meats, Prepared Food and Bakery Products Preservation

Liquid vinegars

Circulac KV50 : liquid buffered vinegar

Solid Vinegar

Circulac V100 : powder buffered vinegar

Special potassium (zero sodium) blend

Midas Circulac ADK0

Specialties for food applications

Calcium lactate
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Calcium Circulac CL5H
Calcium Circulac CG5H

Ferrous lactate
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Ferrous Circulac FL2H

Magnesium lactate
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Magnesium Circulac ML2H

Work in Progress