CJ Biomaterials Hires Leah Ford as Director of Marketing
Ford has background in biopolymer technology having worked for PLA bioplastics supplier NatureWorks.
Leah Ford. Source: CJ Biomaterials
(U.S. office in Woburn, Massachusetts), a division of South Korea-based CJ CheilJedang and a primary producer of polyhydroxyalkanoate (PHA) biopolymers, has appointed Leah Ford as director of marketing. With nearly two decades of communications experience in biomaterials, Ford previously served as the global marketing and communications director for , a world-leading organization that develops more environmentally responsible, high-performing PLA-based biomaterials and applications under the brand name Ingeo.
In her new role, Ford will lead strategic marketing for the organization to increase awareness and help drive growth in the company’s biodegradable biopolymers ´óÏó´«Ã½. Says CJ Biomaterials’ Chief Commercial Officer (CCO) Max Senechal, “We are fortunate to have someone with Leah’s impressive background in biopolymer technology join our team during such an important phase of growth for our company. Her extensive experience in marketing and communications within the biomaterials industry will be invaluable as we continue to expand our reach and drive the adoption of PHA-based sustainable solutions around the world. She will play a key role in elevating our brand and strengthening our position as an innovator in the biopolymers market.”
Related Content
-
Breaking News From NPE2024
Here is a firsthand report of news in injection molding, extrusion, blow molding and recycling not previously covered.
-
The Importance of Mass Balance in Chemical Recycling
Approaches to mass balance can dramatically impact calculations of recycled content.
-
Multilayer Solutions to Challenges in Blow Molding with PCR
For extrusion blow molders, challenges of price and availability of postconsumer recycled resins can be addressed with a variety of multilayer technologies, which also offer solutions to issues with color, processability, mechanical properties and chemical migration in PCR materials.