BASF Venture Capital GmbH has invested $13.5 million in Allylix, Inc., a U.S.-based renewable specialty chemicals company.
The BASF subsidiary led a $18.2 million financing round, joined by existing investors Tate & Lyle Ventures, Avrio Ventures and Cultivian Ventures.
Allylix has a proprietary technology platform to produce a wide variety of renewable specialty chemicals, such as terpenes and their derivatives, for several industries - including flavor and fragrance, food ingredients and cosmetics.
The technology, based on fermentation, allows for the creation of highly pure, renewable compounds that have previously only been available from natural resources in limited quantities.
“Our investment in Allylix could allow us to broaden our use of renewable raw materials for sustainable chemical solutions in the future and leverage our competency in aroma chemicals, nutrition and cosmetic chemicals,” said Dr. Daniela Proske, Principal at BASF Venture Capital America.
Dr. Proske continued, “The company has demonstrated the ability to produce high-quality products at scalable commercial quantities and at a lower price point, which is one of several compelling reasons to invest in Allylix.”
Carolyn Fritz, President and Chief Executive Officer of Allylix, said: “Our biotechnological and cost-competitive manufacturing process for specialty chemicals, such as aroma chemicals, will address the consumer preference for affordable and naturally derived products. This round of funding will support the development and delivery of new compounds in Allylix’s pipeline, and will allow us to expand the market for our existing products.”
Terpenes and their derivatives are rarely accessible by chemical synthesis and have previously only been available from natural resources in limited amounts.
Allylix’s technology platform combines biotechnology with molecular biological methods.
Protected by 57 patents, it allows the company to quickly develop and produce by fermentation high-value specialty chemicals at relatively low investment, and at a lower cost than traditional production methods.