C16 Biosciences enters food ingredients market with precision-fermented cocoa butter equivalent. Key takeaways. * C16 Biosciences enters food ingredients with a precision-fermented cocoa butter equivalent. * The ingredient aims to improve consistency, supply security, and price stability for chocolate manufacturers. * The launch reflects growing industry interest in fermentation-based alternatives to conventional cocoa butter. C16 Biosciences is entering the food ingredients market with Palmless Cocoa Butter Equivalent. The precision-fermented ingredient is designed to help chocolate manufacturers address supply volatility, price uncertainty, and performance variability. The launch marks the first food application for the company's Palmless platform. "Cocoa butter is fundamental in making chocolate a luxurious experience: it's responsible for the perfect snap on the first bite, the reason chocolate melts exactly at body temperature, and it leaves [a] smooth aftertaste," says Shara Ticku, founder and CEO of C16 Biosciences. "We brought all those sensorial properties to life, but from fermentation rather than industrial agriculture. Our process delivers products more consistently and more on-spec to the needs of chocolate makers." Overcoming inconsistencies. Palmless Cocoa Butter Equivalent marks C16's entry into edible fats and oils. The product is a next-generation cocoa butter equivalent that is said to overcome three challenges that have long troubled the chocolate industry: performance variability, supply risk, and price unpredictability. C16 says it produces a more consistent fat profile and more predictable crystallization behavior than found in conventional cocoa butter. Cocoa butter is an essential component of dark, milk, and white chocolate. However, the fat can behave differently depending on the cocoa beans' growing region, the season, and harvest conditions. C16 explains that these discrepancies create challenges for chocolate manufacturers. These include tempering curves that require constant recalibration, bloom that compromises shelf life and appearance, and structural defects that cause cracking and breaking during production. Stable supply and pricing. The biotechnology and climate-tech start-up's fermentation-based product is said to deliver a more consistent fat profile and more predictable crystallization behavior than conventional cocoa butter. "Fermentation has long played a critical role in developing the flavor precursors in chocolate," says Ticku. "Now it's a critical step in developing sensorial performance and functionality, too." C16 says that because the ingredient is decoupled from cocoa agriculture, it can provide a consistent supply and stable pricing, turning sustainability into a commercial advantage. Cocoa prices have eased from their 2024 record highs but remain volatile. In response, Mondelēz International reportedly produced the world's first milk chocolate bars made with cultivated cocoa butter this spring. The bars were developed by Celleste Bio using its cell-suspension culture technology. Meanwhile, specialty fats supplier AAK launched a cocoa butter equivalent designed to tackle one of the confectionery industry's growing production challenges: maintaining efficient enrobing performance, as manufacturers increase their use of cocoa butter alternatives. Earlier this month, a study suggested that fats produced by fermenting food and agricultural waste could soon become viable alternatives to conventional fats used across the food industry, including cocoa butter, palm oil, and animal-derived fats.

C16 Biosciences builds palm-free beauty toolkit with biotech ingredient trio. 31 Jul 2026 Key takeaways. * C16 Biosciences has added three ingredients to its Palmless beauty range. * The launches offer alternatives to silicones and palm-derived beauty ingredients. * The fermentation-derived ingredients can help reduce reliance on agricultural supply chains. C16 Biosciences is strengthening its beauty portfolio by expanding its Palmless series with three sustainable ingredients for skin care and cosmetics. The expanded lineup transforms Palmless from a single-ingredient solution into a full platform, which the company says can help replace traditional, environmentally harmful ingredients such as palm oil and silicones. The new offerings, TorulaSilk, Torula Butter, and Torula Carotenoid Complex, join the company's existing Torula Oil to give beauty brands a complete, palm-free lineup to formulate products. "Torula Oil has become a go-to ingredient for formulators across skin care, sun care, body care, and color cosmetics," says David Heller, founder and COO of C16 Biosciences. "These three new ingredients provide those same brands a full biotechnology-derived toolkit, from high-potency actives to functional emollients and butters." Improved performance and sustainability. According to C16 Biosciences, the new ingredients help beauty brands overcome two common challenges in formulations. First, they offer a way to avoid the environmental destruction linked to palm oil production, such as deforestation. With upcoming EU and UK laws barring the importation of products tied to deforestation, ingredients with no proven link are likely to grow in demand. Secondly, the company claims the expanded lineup of alternative ingredients offers improved performance benefits compared to the traditional ingredients. Formulators are increasingly seeking products that do not contribute to environmental harm amid regulatory and consumer demands for sustainable beauty.TorulaSilk, for example, acts as a fermentation-derived replacement for D5/D6 silicones. It delivers a lightweight, fast-absorbing feel without the regulatory and consumer concerns surrounding synthetic silicone compounds. Torula Butter further provides skin conditioning without the heavy waxiness or strong scent often found in traditional butters. It is said to melt at skin temperature, allowing for a smooth application. Function-driven line. C16 Biosciences explains that each ingredient in the expanded lineup serves a specific purpose. TorulaSilk is available in multiple grades and features a broad fatty acid profile that enhances products' spreadability and leaves a dry-touch finish. Torula Butter conditions the skin and also contains naturally occurring sterols that help support the skin barrier. Meanwhile, the Torula Carotenoid Complex boasts a powerful blend of antioxidants. It uses fungal-specific carotenoids to defend both the product formula and the skin against UV and environmental damage.