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Saturday, August 8, 2020 | History

2 edition of Investigation of textile dyebath reconstitution and reuse found in the catalog.

Investigation of textile dyebath reconstitution and reuse

Jon F Bergenthal

Investigation of textile dyebath reconstitution and reuse

by Jon F Bergenthal

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  • 7 Currently reading

Published by U.S. Environmental Protection Agency, Industrial Environmental Research Laboratory, Center for Environmental Research Information [distributor] in Research Triangle Park, NC, Cincinnati, OH .
Written in English

  • Textile industry -- Environmental aspects -- United States,
  • Dyes and dyeing -- Environmental aspects -- United States,
  • Sewage -- Purification

  • Edition Notes

    StatementJon F. Bergenthal and Anthony J. Tawa
    ContributionsTawa, Anthony J, Industrial Environmental Research Laboratory (Research Triangle Park, N.C.)
    The Physical Object
    Pagination3 p. ;
    ID Numbers
    Open LibraryOL14890781M

      Fabric Color Changes in Polyester Micro-fibers Caused by the Multiple Reuse of Dispersed-dyes Dye Baths: Part 1 Carlos Agudelo, Manel Lis, José Valldeperas, and Tetsuya Sato Textile Research Journal 12, Cited by: 5. from textile wastewater.” Removal of disperse dves was reported to be en- hanced by Fenton‘s Reagent. A laboratory study of dyeing with spent dyebath water renovated by ozone treatment was performed. The object was to better understand the fea- sibility of and variables involved in dyebath reuse based on .

    A sustainable and hydrolysis-free dyeing process was developed for polylactic acid (PLA) fibers. PLA is a biobased alternative to petroleum based polyethylene terephthalate (PET), which is the most widely used textile fiber. However, the hydrolytic degradation of PLA fibers under the conventional aqueous dyeing conditions limited its applications in textile by: conditions will destroy the reuse physical strength properties of cotton. Applications of the new method A major problem in the textile industry is the widespread use of bleaching agents, solvents and other chemicals to remove dyes which are often disposal of into the environment. This new.

    Investigation of Color Removal by Chemical Oxidation for Three Reactive Textile Dyes and Spent Textile Dye Wastewater Jessica C. Edwards Thesis submitted to the faculty of Virginia Polytechnic Institute and State University in partial fulfillment of the requirements for the degree ofFile Size: KB. reuse technologies that allow textile finishing mills to reduce the volume of waste- water and the amount of pollutants discharged to publicly owned treatment works. (KOTE: Dyebath reconstitution is described separately.) Many of these technologies have been demonstrated full-scale, but only a few have become widely applied in the.

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Investigation of textile dyebath reconstitution and reuse by Jon F Bergenthal Download PDF EPUB FB2

Investigation of textile dyebath reconstitution and reuse. Research Triangle Park, NC: U.S. Environmental Protection Agency, Industrial Environmental Research Laboratory ; Cincinnati, OH: Center for Environmental Research Information [distributor], (OCoLC) Material Type.

CiteSeerX - Document Details (Isaac Councill, Lee Giles, Pradeep Teregowda): Over billion gallons of wastewater are discharged annually in the United States from the finishing of textile products. It is estimated that about 80 percent of textile finishing mills discharge their wastewater to publicly owned treatment works (POTW).

Most of. Fact sheet on an analysis system for dyebath processes in the carpet manufacturing industry written for the NICE3 Program. The Georgia Institute of Technology (G.I.T.) has developed an effective automated dyebath analysis and reuse system that improves the energy, environmental, and economic performance of dyehouse batch operations.

The new system enables dyeing solutions to be Author: P. Simon. of the spent dye liquor, (ii) clean-up and reuse of the spent dye liquor, and (iii) reconstitution and reuse of the spent dye liquor.

The objective of this work was to investigate the possibility of obtaining a series of dyeings in a number of different colors, by reconstituting and reusing the spent dyebath after each dyeing.

The system chosen for. Dyebath reuse has been systematically investigated as a viable low capital modification of batch dyeing processes to reduce the volume of water required, the quantities of chemicals discharged and. The feasibility of reconstitution and reuse of an acid dye dyebath for wool dyeing with different dye concentrations was studied.

The residual dyebath was analyzed and reconstituted to the. Evaluation of Water Reuse Technologies for the Textile Industry. A pilot scale study of dyebath reuse was conducted using ten commercial dye shades. of the scientific investigations were.

In a typical textile dyeing process, more than 80% of the salt and 90% of the color is discharged with the dyebath and first rinsing bath. In the study, the wastewater was divided into two parts, one (COD concentration of over mg/L) was discharged into the wastewater treatment plant; the other (COD concentration of less than mg/L Cited by: Contents Contributorcontactdetails xiii WoodheadPublishingSeries in Textiles xvii Parti General aspects of dyeing 1 1 Fundamentalprinciplesofdyeing 3 ,UniversityofLeeds,UK Introduction 3 Principlesofdyeing 3 Exhaustdyeing 4 Continuousdyeing 6 Printing 7 Classificationsystemsfordyes 8 Classificationofdyesbydyeclass 11 Conclusion 25 File Size: KB.

Decolour dyebath wastewater. Reuse treated water in textile pretreatment bath. Non toxic treatment facility. Save water consumption and environmental impact. Successfully decolour dyebath wastewater (about 90%) Reused treated water in textile pretreatment bath. Got optimum whiteness, absorbency,lower strength and weight losses of pretreatmented.

Dyebath reuse in polyester fiber dyeing was explored. Exhausted hot dyebaths were examined to determine the concentration of residual colorants, replenished, and reused to dye more batches.

Water Conservation Through Automated Dyebath Reuse. By James L. Clark. Abstract. Proceedings of the Georgia Water Resources Conference, March, Athens, e wet processes, particularly batch dyeing and finishing, consume vast quantities of water, posing significant demands on the water resources in regions where the Author: James L.

Clark. The absorbance of the dyebaths was measured at various wavelengths and the results are summarized in Table photographs of dyed linen fabrics and the spent dyebath are presented in Fig. absorbance of the dyebath at all wavelengths showed an insignificant reduction after the first dyeing cycle, thus indicating the possibility of reuse of spent dyebath for further dyeing without loss Cited by: 4.

commercial reuse depends on an automated analysis system that precisely analyzes dyebath samples in real-time and provides for reconstitution and reuse. If fully implemented throughout the carpet industry, this innovation is expected to reduce energy consumption by trillion Btu/year. Waste and cost savings will also be : P.

Simon. Dyebath reuse has long been recognized as a stratagem in pollution prevention and reduction of water, energy, and chemicals. The principle work on dyebath reuse has included the pilot and laboratory scales dyeing of polyester with disperse, in pilot scale experiments, dyebaths have Cited by: Treatability of textile dye-bath effluents by advanced oxidation with Fenton and Fenton-like reagents (FeII/H 2 O 2 and FeIII/H 2 O 2), in the presence and absence of UV light was investigated, using a reactive azodye (Procion Red HE7B), and typical dye bath the experimental conditions employed, it was found that with 20 min UV irradiation, complete color removal and 79% Cited by: A three-phase investigation in the use of xerography for color printing of textiles has been conducted.

Phase I studied the feasibility of using xerography to produce clear prints on textiles and. commercial reuse depends on an automated analysis system that precisely analyzes dyebath samples in real-time and provides for reconstitution and reuse. If fully implemented throughout the carpet industry, this innovation is expected to reduce energy consumption by trillion Btu/year.

Waste and cost savings will also be substantial. Four AOPs have been investigated: O 3, O 3 /H 2 O 2, O 3 /UV and O 3 /UV/H 2 O the case of the O 3 /H 2 O 2 and O 3 /UV/H 2 O 2 processes, hydrogen peroxide was added to the reaction mixture before the ozone was applied.

The reaction progress for all ozone-based AOPs was stopped by the addition of M Na 2 SO 3 to the collected samples.

The experiment was carried out in three variants Cited by: Exhausted dyebath reuse: electrochemical treatment with simultaneous carbonate removal METHOD 2 In the former method (1), the addition of a high amount of acid is required to reach pH 3.

In order to reduce the acid addition, an alternative is to treat the effluent only until pH5 and to carry out a very extensive stripping taking into account Cited by:. unresolved problem in textile dyeing techniques. This is necessary both to allow an automatic control of dyeing kinetics and, especially, to enable the correct reutilization of the residual dye baths.

In textile finishing, dyeing processes are monitoring system‚ water reuse‚ textile industry. Patel H, Pandey S () Exploring the reuse potential of chemical sludge from textile wastewater treatment plants in India—A hazardous waste.

Am J Environ Sci 5(1)– Google Scholar Raghunathan T, Gopalsamy P, Elangovan R () Study on strength of concrete with ETP sludge from dyeing by: 6.One-Pot Synthesis of Disperse Dyes Under Microwave Irradiation: Dyebath Reuse in Dyeing of Polyester Fabrics by Alya M.

Al-Etaibi 1,*, Morsy A. El-Apasery 2,3, Cited by: