Waste Disposal Strategies in Textile Manufacturing

Md. Shazzat Hossain^1,2, Md. Abdus Samad², Mohammad Ullah³
Dept. of Textile Engineering, University of Dhaka, Nilkhet Road, Bangladesh¹
Dept. of Logistics Engineering, Wuhan Textile University, Wuhan, Hubei, China²
Department of Textile Engineering, Khulna University of Engineering and Technology, Khulna³Email: mdshazzathossain@yahoo.com¹

Abstract
This study is a collective assessment on the numerous ways accessible to recycling textile garbage like composting, paper production, approaches employed by fashion businesses to recycle old garments. Special attention is given to technical textile materials, composite materials and non-woven industries that entail product development employing upcycled wastes. This might be an amazing experience to scholars and entrepreneur world-wide to engage in more scientific research and assist in lowering the disposal pollution.

Keywords: Waste management in textile industry; Recycling; Waste control in textiles; Waste management; recycling of Textile waste

1. Introduction
Now a day’s more than one hundred plus new textile items emerge with sustainability as a focus point. In an age of greater buying power among customers more textiles are thrown after their entire lifecycle, this serious contamination of landfill is recalled to be rising every year. This accumulation in landfill might create major harm on the people and nature. On discarding the materials attempt breakdown and others become succeeded and others finish as a detrimental deposit without even being degraded (Broega, Jordão, and Martins 2017). Decomposing of certain materials emit hazardous greenhouse gas emissions and are also contaminating the bodies of water both directly and indirectly. Researchers are discovering potential in lunar surface and other planetary after accessing of bulk of entire planet resource. Now, land area is limited and valuable than ever before. In this circumstance, it is necessary for textile sector to adapt to improved waste management procedures. It will problematic for garbage difficult for disposal on landfills (Pinheiro and de Francisco 2016).

2. Increased Textile Manufacture
Almost all textile product has an endpoint after when it will be destroyed. Whenever the fiber content is 100% organic it may decay within a few years, however increased population throughout the recent decade has compelled the researchers are trying to locate alternative sources. The rising population wants more garments which is predicted to be 99 million metric tons per year which is not possible to provide totally by natural fibers resources (Blanco et al. 2012). The expanding requirement of consumers from a clothing is significant, that blended and combinations of textiles are inevitable. The blends are largely petrochemical generated synthetics, which would be detrimental once discarded in the ecology. To recapitulate: fibers are normally two types: natural and synthetic source. Textile fabrics which derived from natural source are bio-degradable while synthetics represent a concern that they are not biodegradable (Tripa and Indrie 2021).

3. Sustainable Development
Every area of textile business from fiber plantation to transportation and life cycle evaluation is focused on the environment for sustainable development. In case of quality standards or ISO, the full life-cycle of the product is examined and then approved. Once the cloth is proven not usable, it is either thrown in the trash or disposed in landfills. Some nations have organizations that collecting the old textiles and distribute them to orphans and third world countries. Goodwill will is such a philanthropy institution that helps to making one individual garbage to another man’s treasure (Nencková, Pecáková, and Šauer 2020).

4. Recycling of Textiles Waste Material into Clothing
Increasing knowledge among customers has been a major factor for producing sustainable goods. The promotional and marketing strategy also has changed to efficient and environmentally (Sivakumar and Mohan 2020). Recycled items not rejected by the customers. Recent research has discovered favorable thinking in selecting recycled textile fabrics that are environment friendly and healthy for skin. The research reveals discloses this is noticed more in males, rather than women. It might be because men find for substance and on the other hand women gravitate towards style and fashion (Noman, Batool, and Chaudhary 2013). Global fashion businesses have recently moved into utilization of recycled material in their productions.

4.1 Apparel lines
Eco-spun Eco-spun is the company that offers recyclable textiles derived from reused plastic bottles. Annually more than 9 million plastic wastes are discarded in the trash and such a substantial task in recycling those garbage might be an awesome choice for reused textiles sector. 200 Plastic containers may cover over a regular sized couch (Keskin et al. 2021). Eco-fi creates fabrics manufactured using PET fibers which is 100% recycled. These recycled production used in a wide range of applications such as home textiles, automobile upholstery, interior furniture, decorating and crafting products.

The mixes with merino wool are also highly famous in the marketplace. Labrador is highly alternative sustainable firm that utilizes discarded consuming Plastic bottle and makes yarns. More than 1 square meter cloth is manufactured from 1-2 liter Plastic bottle. Sequel fiber is manufactured by reusing trash from sea. This particular endeavor in 2017, transforms the plastic products into lot of textile materials.

Leigh fibres which is developed from Safeleigh that utilize the protective suits like bullet proof jacket, firefighting garment, and combine with aramid to develop a clothing brand that has fire resistance properties as a natural feature [11]. Fibers generated from natural sources are indeed acceptable in remain in the circle or environment friendly textile manufacture. The rubbers utilized in boot soles, vehicle, industrial and sports as well as the worn-out tires are all gathered and turned into rubber products called The white rubber (Weber, Lynes, and Young 2017). The concept being the brain child of Datuk Vinod Sakha is now increasing its application areas. Rubber from dandelions’ roots is some of recently produced fibres that aid in lowering the carbon foot print in textile.

K-sorb (Eco-sorb worldwide) makes regenerated textiles which are utilized in industries, sludge stabilization and different environmental remediation projects. Barnhardt a very ancient recycling firm that offers regenerated, reclaim and recycled cotton as homogeneous mixes with absorbency rate less than virgin cotton. Stein fibers are manufactured by importing textile scraps throughout the world, melting and producing needle punched non-wovens. This is one of the highly prominent companies that serves to numerous sector of technical textiles including filtration, insulation, car, packaging and invisible textiles. Invisible textiles.

4.2 Brands with sustainability
Patagonia has developed ways to recycle recent PET bottles. These recycled fibers are obtainable in consumer goods lines of Armani Jeans, Eco-simple, Marks and sociologist. There are few a lot of firms that are launching their labels exploitation PET bottle utilization. Apostle Strauss uses eight plastic bottles to form one air of Denim pant. Nike has taken initiatives to cut back the scale of the show box, observation the effluent discharged, recycle the fabric hangers, collect the additional consumer goods from public, recycle and use the yarns for build new apparels and footwear. Together with National Aeronautics and Space Administration they need designed varied steps for clean production. Nike has designed the Team Bharat Kit for World Cup 2015 for the Indian Cricket team exploitation fifteen bottles for the jersey and eighteen bottles for the pants. This property award winner has collaborated with Ocean conservation cluster to recycle the waste fishing nets and plastics from ocean into fiber for consumer goods. Parley has collected the ocean waste and created a swimwear for his or her customers. H&M is one in every of the leading stores, that uses recycled PET bottles and develop modern consumer goods. BIONIC is one such made up of recycled ocean waste. Repreve is another whole that markets yarns from PET bottles and reports convey that twenty seven bottles are employed in creating one graduate robe. Four million plastic bottles are found be recycled by this company. Textile Waste Recycling Options

4.3 Composting
In the recent times, knowledge on the adverse consequences of non-degradable synthetics has offered great chances for producers to conceive about degradable/compostable textiles. Nappy pads, wipes, mulching sheets for agro textiles, interiors for automobiles are now created in a manner that it will be restored to nature after its life cycle.

This is the period of non-woven and disposals. It would be advantageous if researchers in the sector can concentrate on materials with 100% natural origin that can be entirely decomposed when tossed on to the landfills after their life cycle. Natural and regenerated fibers may be treated in this manner. Biodegradable polymers from PLA are entering the market. PLA (Poly lactic acid) generated from maize. The inherent anti-microbial characteristic is further improved and employed in medicinal fabrics. This cloth is compostable/degradable when tossed in the garbage [13-15].

Various experiments are being done to utilize the post-industrial waste that is lack of chemicals into composts and applying to the plants as bio-manure. Fortification and enrichment is feasible employing effective microorganisms to make the medium more nourishable to the soil, plant and water bodies (Al-Mamun et al. 2019).

It is noticed that natural fibers when sliced into tiny particles and subsequently tossed off, tend to decay quickly. The approach is greatly recognized notably in interior designing and vehicle industry where usage of natural fibers may help lower the weight of the automobile and ensure greater mileage. The package textiles that are largely concentrating on research and commercial potential with eco-friendly textile materials are now into manufacturing bags that are biodegradable. Natural fibers with least size feasible and manufactured into non-woven may be a highly effective material to be utilized in creating carry bags that can be a substitute of wastes (S 2018a). The toxic textile effluents are also provided treatment with bacteria and then made into a composition to enable safe disposal (Dissanayake and Weerasinghe 2021).

4.4 Regeneration
Reclaimed/recycled fibres will be accustomed create wiping material, yarns- straight and re-spun into new yarn selection, pad and packing. Regeneration is another technique during which the fibre is regenerated from a natural supply by heat and chemicals. For examples, Tencel, Lyocell, Seacell area unit a number of the favored brands that created textile fibres from wood. The trees area unit cut and also the wood are cut to little particles, that once treated chemically and underneath extreme temperature and pressure are had spinneret and created into a filament for textiles. These area unit accustomed create materials with property properties (S 2018b).

4.5 Non-woven technology
The textile manufacturing technology that employs extremely short fibres and attaching them with heat, glue, chemical and ironing; generating a textile like material is termed non-woven. The recycled fibres may be heterogenous and consequently a systematic fibre length and fabric production is not achievable, and non-woven may be useful. In this technique, composites, which employs fibre and polymer matrix joined under heat and pressure, to generate a compressed medium that may be very much ideal for agro, construction, geo, acoustics and filtration textiles.

Composite technology is also progressing with the FRP (fiber reinforced polymers) that get their genesis from recyclable resources. Most of the thermoplastic fibres like polyester, polyamide will be melted and turned into granules for recycled fibre manufacture. Natural fibers are also employed in creating composites. Pine apple fibers are utilized as reinforcing purpose. Coir, Basalt, hemp, bamboo, flax, jute, sisal, cocoanut and banana are among of the prominent non-conventional fiber varieties hitting the market. These may also be used in non-woven manufacture to melt and retain the foundation matrix of textile material. Such recycled materials have significant potential to be employed in insulation (Agrawal and Sharan 2015).

4.6 Technical textiles
In the ancient days, textiles were created and then checked for their appropriateness for an end use and if positive would be converted into the needed product for a purpose. Contrastingly, depending on the attributes necessary in the final product the fibre selection, yarn properties to functional finishing is selected and performed. Technitex or technical textiles is currently presented like a giant banyan tree with all the application regions being linked in the main bark. Recycled textiles are utilized in filtering applications (Yacout, Abd El-Kawi, and Hassouna 2015). Recycled fibres are also utilized in automotive interiors, agro-textiles, reinforcement in geotextiles, acoustics, textiles for building construction purpose, upholstery, package textiles and food packaging materials.

6.7 Paper making alternatives
Discussing on the chances of utilisation previous textiles, it’s fascinating to understand, that the previous textiles are employed in creating papers. this is often a standard approach of creating top quality paper. it’s believed that the yank currency and bond papers (Blanco et al. 2012). Eco-friendly paper creating business is associate degree approaching business that finds previous materials are a superb biding material. Bio-mass, agro waste and previous cotton textiles serve in building the matrix within the oversewn paper (Al-Mamun et al. 2019). this is often very helpful because it reduces the strain on deforestation. Carbon emissions because of deforestation are as high as twenty fifth. Such recycled fibres employed in creating paper are more created into tea bag, carry bag, envelope, book papers. In distinction to the word upcycling, the merchandise that are created with less worth than typical is named downcycling (Holkar et al. 2016). It uses less energy than typical paper production. there’s no use of halogen that’s harmful as associate degree effluent. the standard of paper is additionally far better up to seventieth that the opposite class papers that add up to thirty fifth (Blánquez, Sarrà, and Vicent 2008). By application of utilization technology, {we can we will we are able to} minimize the employment of dye since the materials recycled are already colored. There’s vast an enormous large bulk of textiles from post-consumer section that has been less explored however includes a huge potential for utilization and application in numerous varieties of technical textiles (Yin et al. 2019).

5. Conclusion
A new analysis provided by the US government discloses that fifty on eighty clothing are discovered to contain NPE (Nonylphenol Ethoxylates), which is a dangerous chemical that may be conceivably released while washing, resulting in forming a toxin when combined with water bodies. It is one of the numerous chemicals typically present in textile fabrics and demonstrated to be harmful. Pollution and negative impacts of textiles are continually growing (Assadi and Jahangiri 2001). It is vital to concentrate on waste management in textiles much equivalent to creating new goods and technology. Sustainability is the essential to manage a firm in the present period, particularly if the company is into exporting. Discarded waste textiles are increasingly recognized as a new resource and a wealth potential.

6. References

Agrawal, Rinku, and Madhu Sharan. 2015. Municipal Textile Waste and Its Management. Vol. 3.
Al-Mamun, M. R., S. Kader, M. S. Islam, and M. Z. H. Khan. 2019. “Photocatalytic Activity Improvement and Application of UV-TiO2 Photocatalysis in Textile Wastewater Treatment: A Review.” Journal of Environmental Chemical Engineering 7(5). doi: 10.1016/j.jece.2019.103248.
Assadi, Mahnaz Mazaheri, and Mohammad Reza Jahangiri. 2001. “Textile Wastewater Treatment by Aspergillus Niger.”
Desalination 141(1):1–6. doi: 10.1016/S0011-9164(01)00383-6.
Blanco, José, Francesc Torrades, Meritxell De la Varga, and Julia García-Montaño. 2012. “Fenton and Biological-Fenton Coupled Processes for Textile Wastewater Treatment and Reuse.” Desalination 286:394–99. doi: 10.1016/j.desal.2011.11.055.
Blánquez, P., M. Sarrà, and T. Vicent. 2008. “Development of a Continuous Process to Adapt the Textile Wastewater Treatment by Fungi to Industrial Conditions.” Process Biochemistry 43(1):1–7. doi: 10.1016/j.procbio.2007.10.002.
Broega, A. C., C. Jordão, and S. B. Martins. 2017. “Textile Sustainability: Reuse of Clean Waste from the Textile and Apparel Industry.” in IOP Conference Series: Materials Science and Engineering. Vol. 254. Institute of Physics Publishing.
Dissanayake, D. G. K., and Dakshitha Weerasinghe. 2021. “Managing Post-Industrial Textile Waste: Current Status and Prospects for Sri Lanka.” Journal of the Textile Institute 112(11):1804–10. doi: 10.1080/00405000.2020.1845461.
Holkar, Chandrakant R., Ananda J. Jadhav, Dipak V. Pinjari, Naresh M. Mahamuni, and Aniruddha B. Pandit. 2016. “A Critical Review on Textile Wastewater Treatments: Possible Approaches.” Journal of Environmental Management 182:351–66. doi: 10.1016/j.jenvman.2016.07.090.
Keskin, Basak, Mustafa Evren Ersahin, Hale Ozgun, and Ismail Koyuncu. 2021. “Pilot and Full-Scale Applications of Membrane Processes for Textile Wastewater Treatment: A Critical Review.” Journal of Water Process Engineering 42(June):102172. doi: 10.1016/j.jwpe.2021.102172.
Nencková, Lucie, Iva Pecáková, and Petr Šauer. 2020. “Disposal Behaviour of Czech Consumers towards Textile Products.”
Waste Management 106:71–76. doi: 10.1016/j.wasman.2020.03.001.
Noman, Muhammad, Syeda Adila Batool, and Muhammad Nawaz Chaudhary. 2013. “Economic and Employment Potential in Textile Waste Management of Faisalabad.” Waste Management and Research 31(5):485–93. doi: 10.1177/0734242X12474711.
Pinheiro, Eliane, and Antonio Carlos de Francisco. 2016. “Management and Characterization of Textile Solid Waste in a Local Productive Arrangement.” Fibres and Textiles in Eastern Europe 24(4):8–13. doi: 10.5604/12303666.1201128.
S, Aishwariya. 2018a. “Waste Management Technologies in Textile Industry.” Innovative Energy & Research 07(03). doi: 10.4172/2576-1463.1000211.
S, Aishwariya. 2018b. “Waste Management Technologies in Textile Industry.” Innovative Energy & Research 07(03). doi: 10.4172/2576-1463.1000211.
Sivakumar, Venkatasubramanian, and Resmi MOHAN. 2020. “Sustainable Solid Waste Management in Leather and Textile Industry: Leather & Textile Waste Fibre-Polymer Composite and Nanocomposite – Overview and Review.” Textile and Leather Review 3(2):54–63.
Tripa, Simona, and Liliana Indrie. 2021. Households Textile Waste Management In The Context Of A Circular Economy In Romania. Vol. 20.
Weber, Sabine, Jennifer Lynes, and Steven B. Young. 2017. “Fashion Interest as a Driver for Consumer Textile Waste Management: Reuse, Recycle or Disposal.” International Journal of Consumer Studies 41(2):207–15. doi: 10.1111/ijcs.12328.
Yacout, Dalia M. M., M. A. Abd El-Kawi, and M. S. Hassouna. 2015. Send Orders for Reprints to Reprints@benthamscience.Ae Applying Waste Management in Textile Industry: Case Study an Egyptian Plant. Vol. 6.
Yin, Hua, Peiwen Qiu, Yuange Qian, Zhuwen Kong, Xiaolong Zheng, Xiaolong Zhihua Tang, and Huafang Guo. 2019. “Textile Wastewater Treatment for Water Reuse: A Case Study.” Processes 7(1). doi: 10.3390/pr7010034.

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Founder & Editor of Textile Learner. He is a Textile Consultant, Blogger & Entrepreneur. He is working as a textile consultant in several local and international companies. He is also a contributor of Wikipedia.