A Bio-Based Caprolactam Joint-Development Project is now underway – Last month, Genomatica and Aquafil announced a partnership to commercialize a Genomatica process for making caprolactam derived from renewable feedstocks, rather than from petroleum – BioBased Caprolactam Project - Arhive

BioBased Caprolactam Project BioBased Caprolactam Project  BioBased Caprolactam Project  BioBased Caprolactam Project  BioBased Caprolactam Project  BioBased 

A Bio-Based Caprolactam Joint-Development Project is now underway

By Scott Jenkins  

BioBased Caprolactam ProjectLast month, Genomatica (San Diego, Calif.; www.genomatica.com) and Aquafil (Trento, Italy; www.aquafil.com) announced a partnership to commercialize a Genomatica process for making caprolactam derived from renewable feedstocks, rather than from petroleum. The cyclic amide caprolactam is a key intermediate for the production of nylon.

The two partners are advancing Genomatica’s Geno CPL process, with the goal of arriving at a fully commercial process for making high-quality, bio-based caprolactam with economics that are competitive with conventional caprolactam. Genomatica has not yet commented on commercialization timelines and specific cost targets.

An important element of the process is a high-yield microorganism being engineered by Genomatica for the fermentation step of the process, which will use sugars from a variety of sources as the feedstock.

Aquafil is a leading producer of nylon with expertise in converting caprolactam to the synthetic polymer nylon-6. The company is focused on developing more sustainable processes for making the material, which has widespread use in apparel, carpeting and other markets. In work that is complementary to its project with Genomatica, Aquafil is also working on a process known as the Econyl Regeneration System to produce nylon from regenerated waste.

Genomatica has previously developed processes for other bio-based chemicals, such as 1,4-butane diol (BDO) — for which it was the winner of the 2013 Kirkpatrick Chemical Engineering Achievement Award (Chem. Eng.,November 2013, pp. 15–19; www.chemengonline.com/40th-kirkpatrick-award-announced-2) — 1,3-butylene glycol (BG) and butadiene.

Related Topics

Bio-capro, infinite recycling can secure nylon’s future in the circular economy – Aquafil CEO – Biocapro infinite recycling nylon future circular economy Aquafil

Please follow and like us: