Home    Resource Store    Past Issues    Buyers' Guide    Career Center    Subscriptions    Advertising    E-Newsletter    Contact

http://www.textileworld.com/partners/Sr_Sales_Representative_Bolger_and_OHearn_Inc?override_sig=6d134c277189eb53ad63648042f76d28&override_token=b65bbcb705ed6642a8800553cd8f0acf
http://www.textileservicesonline.com
http://www.expoproduccion.mx/Content/Exhibitors/24/
http://www.LookChina.com
http://www.allstatestextile.com
http://www.textileworld.com/Store/Books/diccionario-textil.html
Textile World Photo Galleries
September/October 2014 Sept/Oct 2014

View Issue  |

Subscribe Now  |

Events

Advanced Nonwovens Training Course
10/28/2014 - 10/30/2014

JEC Americas Composites Conferences
10/28/2014 - 10/29/2014

73rd ICAC Plenary Meeting
11/02/2014 - 11/07/2014

- more events -

- submit your event -

Printer Friendly
Full Site
Dyeing Printing & Finishing

Bio-enzyme Trials Point To Processing Cost Savings

Cotton Incorporated, Cary, N.C., and DuPont Industrial Biosciences — a business unit of Wilmington, Del.-based DuPont — recently reported the results of a joint trial in which they evaluated the effectiveness of biobased enzymes in preparing cotton knit textiles, compared to the effectiveness of traditional processing chemicals. The trials showed that a combination of biobased enzymes can replace caustic chemicals in cotton textile processing, while at the same time reducing water and energy consumption and processing time.

On average, reductions included 70 percent of water, 33 percent of steam, and 27 percent of energy across all shade ranges. Cost reductions using the bio-optimized process averaged 66 percent. Time savings ranged from 23 percent for dark shades to 30 percent for light shades.

Used in combination, bio-enzymes for scouring, bleaching and dyeing reduce water usage because the same water bath can be used for more than one process, said trial supervisor Mary Ankeny, director of dyeing research, Cotton Incorporated. Energy reductions stem from the fact that textiles can be prepared at significantly reduced temperatures when bio-enzymes are used in an optimized process compared to using traditional chemicals in traditional processes.

July/August 2012

Advertisement

http://www.staubli.us/