Plastics Portal For Buying And Selling Plastic Products
CONNECTING BUSINESSES IN THE WORLD OF PLASTICS
Go to->Home - PlasticNews
Nylon 6.6 feedstock adipic acid from renewable sources (2-1-2012)
 
An environmental friendly substitute has been developed for nylon 6.6 feedstock adipic acid. A company called Verdezyne, which just opened a pilot plant in Carlsbad, California, has developed a fermentation process to make adipic acid from renewable sources like non-food based vegetable oils. The plant is the first-ever to produce bio-based adipic acid at scale from a non-petroleum source, and at a cheaper rate. Verdezyne's platform allows the microorganism to utilize sugar, plant-based oils or alkanes from a variety of feedstocks, free from shocks to production costs from future energy volatility.
With financial backing provided by venture partners including BP Alternative Energy, the company continues to work on developing strategic partnerships for its bio-based adipic acid
Previous News Previous News
Next News Next News
Forward to friend Forward this news to friend Print this News Print this news
Back
Back To Recent News Archives
Disclaimer
Recent News
• Spot styrene costs in Asia dip to lowest levels since 2012
• Toyo awarded ethylene complex project in Malaysia by PRPC Refinery and Cracker
• Thai PTT Global subsidiary raises stake in France's Vencorex to 85%
• Flexible Displays Market to see growth
• Middle Eastern producers roll over September PE prices to SE Asia
  
Available
UM-* Model: 106WX - Extended arms - Left hand
UM-* Type: C6 - Up to 1000 kg/hr 200-800 micron - Complete with high...
UM-* - Clamping Force: 50 Ton - Screw diameter: 25 mm - Max. Hub. ...
UM-* - Web-guide - M.Motor - 5 HP DC Drive - Cylinders sets - 8 Nos...
UM-* - Make Rishi Engineering - Cylinder - 2 set - Un-wind with web-...
UM-* - Cylinders-4 sets - Web-guide - Closed
UM-9391 1) Demag D325 1190 Injection Molding Machine - Year: 1994 - C...
UM-* - Steam turbine - 10 MW General Electric back pressure steam tur...
UM-* - Cylinders available
UM-* - Up to 1000 kg/hr 200-800 micron. Complete with high speed mixer...