The positive results of zootechnical tests initiated on poultry and piglets pave the way to the industrialization phase of the L-Methionine project developed under an exclusive license.
Jan 13 2012 --- Clermont-Ferrand and Lestrem, Roquette, one of the world leaders in renewable raw materials processing, and METabolic EXplorer, a biological chemistry company that specializes in developing manufacturing bioprocesses for the bio-based compounds used in a wide range of everyday products, are jointly announcing a major step forward in their exclusive partnership for the biological production of first 100% bio-based L-Methionine.
Methionine is an essential amino acid in poultry and piglet diets. This amino acid is currently made from propylene, a crude oil derivative, via a synthetic chemical process. The global Methionine market for animal feed amounts to approximately 2.85 billion dollars for 850,000 tonnes in 2011.
The zootechnical tests initiated on poultry have shown very good results in terms of nutritional efficiency, results that are comparable to those achieved with petrochemical Methionine.
The nutritional tests carried out on piglets in 2011 also demonstrated excellent results.
Following up on these zootechnical tests, ROQUETTE is preparing an analytical and toxicological file in order to obtain European approval. This file will be finalized in mid-2012.
Having achieved high performance with poultry and piglets, Roquette is now initiating an industrial engineering study on the basis of a significant production capacity.
Jean-Bernard LELEU, Roquette Deputy Managing Director, states: "L-Methionine production from renewable resources is one of the flagship innovation projects in plant-based chemistry and nutrition for the Roquette Group. This project is an illustration of the Group's desire to secure a strong position among global industrial players in these two areas".
Benjamin GONZALEZ, METabolic EXplorer CEO, adds: "These new milestones achieved and the desire of our partner, Roquette, to now move to the industrial phase are evidence of the innovation and performance characteristic of METabolic EXplorer processes".