Biodegradable Textiles, Recycling, and Sustainability Achievement

Nofal, Reem M.

doi:10.1007/978-3-030-83783-9_54-1

Cited by 4 publications

(7 citation statements)

References 77 publications

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“…It allows textile products to naturally break down at the end of their life cycle, reducing the burden on landfills and minimizing the persistence of non-degradable textile waste in the environment. Additionally, the incorporation of biodegradable materials aligns with the broader goal of conserving natural resources and reducing the reliance on petrochemicalderived raw materials [27][28][29].…”

Section: Growth Of Ecoli Bacteria After Modification Of Bio-nonwoven ...mentioning

confidence: 99%

From Traditional Industry to Smart Regional Specialisation: Textile Industry Transformation in the Łódź Region

Nowakowska,

Jóźwik-Pruska,

Madej-Kiełbik

et al. 2024

Fibres &Amp; Textiles in Eastern Europe

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The aim of the article is to examine how the textile industry in the Łódź Voivodeship has evolved in the context of building smart regional specialisations. The ideas underlying the concept of smart regional specialisation in order to use this foundation to outline the trends in the development and transformation of the textile industry in Central and Eastern European countries are described. The transformation of the innovative capacity of this industry in the Łódź region is shown. The research used an analysis of existing materials, statistical methods and LQ location indicators. Specific territorial capital accumulated for over two centuries and encapsulated in tradition, knowledge, skills, and economic relations in the Łódź region has provided a unique economic potential for the development of the textile industry. The period of rapid transformation was followed by stabilisation and the reconstruction of its potential and building smart specialisation, which will become the impetus for regional competitiveness.

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Section: Growth Of Ecoli Bacteria After Modification Of Bio-nonwoven ...mentioning

confidence: 99%

From Traditional Industry to Smart Regional Specialisation: Textile Industry Transformation in the Łódź Region

Nowakowska,

Jóźwik-Pruska,

Madej-Kiełbik

et al. 2024

Fibres &Amp; Textiles in Eastern Europe

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“…The data Abaca taken from. 51 Bagasse, 52 Banana, 53 Bamboo, 49 Coir, 54 Cotton, 55 Flax, 56 Hemp, 57 Jute, 58 Kapok, 59 Kenaf, 60 Phormium, 33 Pineapple, 61 Ramie, 62 Sisal, 60 and wood. 63 Billingham's test and the presence of rodlike crystals in the ash and differs from phormium fiber.…”

Section: Leaf Fibersmentioning

confidence: 99%

“…The data Abaca taken from. 51 Bagasse, 24 Banana, 39 Bamboo, 49 Coir, 64 Cotton, 62 Flax, 65 Hemp, 66 Jute, 52 Kapok, 59 Kenaf, 67 Phormium, 33 Pineapple, 68 Ramie, 62 and Sisal. 69 and acetic acid, just like the primary wall.…”

Section: Mechanical Properties Of Plant Fibersmentioning

confidence: 99%

“…Chemical composition of the plant fibers: cellulose (C wt %), hemicellulose (H wt %), lignin (L wt %), pectin (P wt %). The data Abaca taken from 51. Bagasse,52 Banana,53 Bamboo,49 Coir,54 Cotton,55 Flax,56 Hemp,57 Jute,58 Kapok,59 Kenaf,60 Phormium,33 Pineapple,61 Ramie,62 Sisal,60 and wood 63.…”

mentioning

confidence: 99%

“…Physical properties of the plant fibers: diameter (D μm), length (L mm), aspect ratio (AR l/d), microfibril angle (M θ), bulk density (BD kg/m 3 ), and moisture regain (MR%). The data Abaca taken from 51. Bagasse,24 Banana,39 Bamboo,49 Coir,64 Cotton,62 Flax,65 Hemp,66 Jute,52 Kapok,59 Kenaf,67 Phormium,33 Pineapple,68 Ramie,62 and Sisal 69.…”

mentioning

confidence: 99%

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Fiber-reinforced polymer composite: Higher performance with renewable and eco-friendly plant-based fibers

Nurhania

Wang

Armynah

et al. 2023

Polymers from Renewable Resources

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Considering sustainable environmental problems due to waste and the enormous potential of natural plant resources in producing natural fibers has encouraged researchers to make environmentally friendly composite materials reinforced with fibers. Several articles on using natural fibers as composite reinforcement have been collected and studied to produce this article. This article aims to comprehensively describe the physical properties, chemical composition, factors that affect fiber quality, and their relationship with mechanical properties. In the first section, we introduce the general classification of plant fibers and summarize the annual production and category of fiber origin used for fiber-reinforced composites. It then presents the parts of plants and plant species for fiber, including fruit, leaf, and seed fibers, and discuss their characteristics. Further describes the chemical compounds and physical and mechanical properties based on fiber sources. Based on our discussion, this review shows that plant fibers are very suitable as an alternative to polymer-based reinforcement materials due to low cost, renewable, and environmentally friendly composites. However, compatibility with synthetic polymers, dimensional stability and processability must be actively considered to replace synthetic fibers in various applications.

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Benefit from Multi-Axial Textiles in Leather Products and Wastes Upcycling to Raise the Aesthetic Values of Women’s Clothes

Nofal,

Hamed

2023

مجلة البحوث في مجالات التربية النوعية

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Towards green environment the trend to reuse wastes instead of their disposal that harm our planet is growing recently. Upcycling leather wastes is important aspect to achieve sustainability. Handmade weaving by multiaxial weave's structures is somewhat new to be used in women's fashion clothes. This paper discusses the upcycling of old items and leather wastes created at the cutting stage during leather goods production. Converting leather wastes into stripes with different widths and weaving in weaves (tri-axial, quart, hexagonal structures) with different patterns, using handloom. The innovated produced muti-axial weaves are applied in sustainable women's clothes, designs are created by using both 3D virtual CLO and Adobe Photoshop software. 95% of questionnaire respondents agree that the multi-axis leather weaves achieve the concept of sustainability. After gathering expert 's opinions, design No. 3, 16, 1, 10, 8, 13, and 4 by sequence, are achieved the best results in achieving aesthetic added value.

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Biodegradable Textiles, Recycling, and Sustainability Achievement

Cited by 4 publications

References 77 publications

From Traditional Industry to Smart Regional Specialisation: Textile Industry Transformation in the Łódź Region

From Traditional Industry to Smart Regional Specialisation: Textile Industry Transformation in the Łódź Region

Fiber-reinforced polymer composite: Higher performance with renewable and eco-friendly plant-based fibers

Benefit from Multi-Axial Textiles in Leather Products and Wastes Upcycling to Raise the Aesthetic Values of Women’s Clothes

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