Our history
Main dates of a development dedicated to the animal feed sector
- 1974
- 1976
- 1987
- 1990
- 1994
- 1997
- 1999
- 2000
- 2002
- 2005
- 2007
- 2009
-
1974
- EUROLYSINE, a French-Japanese joint-venture between AJINOMOTO and ORSAN was set up on August the 14th in 1974.
- The construction of the Amiens plant began this year.
-
1976
- Starting up of production of the first amino acid at the Amiens plant: L-Lysine.
- The annual initial capacity was 5,000 tons (L-Lysine HCl equivalent).
-
1987
- Starting up of production of the second amino acid at the Amiens plant: L-Threonine.
- The annual initial capacity was 500 tons.
-
1990
- Several extension steps in the 80's allowed to exceed an annual production capacity of 40,000 T of L-Lysine HCl.
-
1994
- EUROLYSINE was the first producer to launch a liquid form of L-Lysine (LLB 50) to meet the expectations of theĀ Feed Industry.
- AJINOMOTO increased its stake in EUROLYSINE to reach 75% of the capital.
-
1997
- EUROLYSINE became a wholly-owned subsidiary of AJINOMOTO.
-
1999
- Production capacities of L-Lysine and L-Threonine were regularly increased at the Amiens plant to reach, in 1999, 60,000 tons of L-Lysine and 12,500 tons of L-Threonine.
-
2000
- In July, EUROLYSINE officially became AJINOMOTO EUROLYSINE.
- Starting up of production of the third amino acid at the Amiens plant: L-Tryptophan.
- The annual initial capacity was 1,000 tons.
-
2002
- The annual production capacity of L-Threonine doubled, increasing to
35,000 tons per year.
-
2005
- After gradually optimizing process for L-Tryptophan production, the annual production capacity is increased up to
1,300 tons.
-
2007
- The annual production capacity of L-Tryptophan increased more than twice up to 2,800 tons.
-
2009
- Starting up of production of the fourth amino acid at the Amiens plant: L-Valine.
- After L-Threonine in 1987 and L-Tryptophan in 2000, AJINOMOTO EUROLYSINE S.A.S. is again the first to launch the production of L-Valine.
- This new feed-grade amino acid constitutes a breakthrough the feed optimization barrier.
Top