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Presented by:
Rony Mia
ID-1915226009
College of Chemistry &
Chemical Engineering
Topics:
The theory and process of ecological dyeing and finishing
3. Paper Name Journal Name/
Books Name
Types of
paper
Year of
publication
1. An eco-friendly dyeing of woolen yarn by Terminalia chebula extract with
evaluations of kinetic and adsorption characteristics
Elsevier Publication,
Journal of Advanced
Research
Research
paper
2016
2. Environmentally Sound Dyeing of Cellulose-Based Textiles Wiley Library, Textiles
& Clothing
Books 2019
3. Environmentally-Friendly Textile Finishing Wiley Library, Textiles
& Clothing
Books 2019
4. Thermodynamics, Kinetics, and Multifunctional Finishing of Textile
Materials with Colorants Extracted from Natural Renewable Sources
ACS Sustainable
Chemistry &
Engineering
Review
paper
2017
5. Development of a special SCFX-AnB3L dye and its application in
ecological dyeing of silk with super critical carbon dioxide
Elsevier Publication,
Journal of CO2
Utilization
Research
paper
2020
6. Eco-dyeing with bio colourant based on natural compounds Royal Society Open
Science
Research
paper
2018
7. Ecological dyeing of wool with biomordants Elsevier Publication,
Sustainable Fibers &
Textiles
E-Books 2017
8. Pilot-scale study on catalytic ozonation of bio-treated dyeing and finishing
wastewater using recycled waste iron shavings as a catalyst
Nature Publication,
Scientific Report
Research
Paper
2018
9. Coloration of polyester fiber with natural dye henna (Lawsonia inermis L.)
without using mordant: a new approach towards a cleaner production
Springer Publication,
Fashion & Textile
Research
paper
2018
10. Ecological dyeing of silk fabric with Monascus The Journal of The
Textile Institute
Research
paper
2018
14. An eco-friendly dyeing of woolen yarn by Terminalia chebula
extract with evaluations of kinetic and adsorption
characteristics
1. Terminalia chebula was used as an eco-friendly natural colorant for sustainable
textile coloration of woolen yarn with primary emphasis on thermodynamic and
kinetic adsorption aspects of dyeing processes.
2. Polyphenols and are the main coloring components of the dye extract.
3. Variety of eco-friendly and sustainable shades were developed in combination
with small amount of metallic mordants and assessed in terms of colorimetric
(CIEL* a* b* and K/S) properties measured using spectrophotometer under D65
illuminant (10 standard observer).
23. Environmentally Sound Dyeing of Cellulose-Based Textiles
Future trends aiming at reduction of chemicals/water/energy consumptions,
the enhancement in extent of dye exhaustion and fixation, potential waste
minimization, minimal ecology and safety adverse effects, better use of
natural resources along with high quality and productivity of cellulose-
based textile dyeing are considered.
28. Environmentally-Friendly Textile Finishing
Environment-friendly finishing processes are being researched and
developed using almost without water, minimizing the consumption
of chemicals and energy considerably, and replacing toxic chemicals
with nontoxic substances.
36. Thermodynamics, Kinetics, and Multifunctional Finishing of Textile
Materials with Colorants Extracted from Natural Renewable Sources
Dyeing compounds extracted from natural materials have produced sober
and elegant shades on different types of fabrics over the past few years
and are currently investigated as novel functional agents in the production
of highly active textile surfaces having deodorizing, antioxidant,
antimicrobial, antifeedant, and UV protection properties
44. Development of a special SCFX-AnB3L dye and its application in
ecological dyeing of silk with super critical carbon dioxide
1. A special disperse reactive SCFX-AnB3L dye in a red hue involving
three moieties of an anthraquinonoid matrix,a bridge group and a
dichlorotriazine reactive group was successfully synthesized.
2. The special dye was applied to an ecological dyeing of silk as well as
the contrast substrates of cotton and wool in SCF-CO2
50. Eco-dyeing with bio colourant based on natural compounds
1. This investigation focused on in situ dyeing of fabrics with biopigments
derived from tea polyphenols via non-enzymatic browning reaction
2. The Integ values of dyed fabrics with residual liquor were much bigger
than those with the first reaction solutions when dyed by identical
dyeing liquor.
58. Ecological dyeing of wool with biomordants
1. The main focus of this paper to dye the wool fibers by using some bio
mordants
2. Natural dyeing of wool with metal mordants generates effluents rich in
toxic metal ions, which has a negative impact on flora and fauna.
Therefore the exploitation of natural mordants in place of metallic salts
is an active area of research
66. Pilot-scale study on catalytic ozonation of bio-treated dyeing and
finishing wastewater using recycled waste iron shavings as a catalyst
A pilot scale reactor with an effective volume of 2.93 L was built in-situ
and run in both batch and continuous modes to investigate the removal
for organic pollutants in bio-treated dyeing and finishing wastewater by
heterogeneous catalytic ozonation under neutral pH with waste iron
shavings as a catalyst.
71. Coloration of polyester fiber with natural dye henna (Lawsonia inermis L.)
without using mordant: a new approach towards a cleaner production
The eco-friendly dyeing of polyester fiber with natural dye henna is a novel
approach that has extensively been studied in this article. To this end, the
dyeing of polyester fiber with henna dye was conducted at different
temperatures without using hazardous metallic mordants. Then the dyeing
performance was investigated in terms of depth of shade measurement,
analysis of colorimetric properties of color and assessment of color fastness
properties of henna dyed polyester fabric samples.
79. Ecological dyeing of silk fabric with Monascus
The bacterial morphology and cultural characteristics of Monascus were
investigated. The rDNA D1/D2 and ITS gene sequences of this strain
were identified. The effects of dyeing parameters on dye uptake were
discussed and the dyeing method was optimized. Under the dyeing
conditions (pH 3.6, 30 °C, 3 h), the dye uptake could reach 89.45%