This report aims to chart a plan for a coordinated Nordic effort towards sustainable development in textiles and identify ongoing initiatives in the area. The aim was an ambitious plan with a potential for significant reductions in environmental pressures, but also green growth. To reach these goals, we staked out four regions a Nordic plan should include.
This article discusses the extent it is possible to delay clothing disposal through improved design, thus reducing negative environmental impacts. This has been done by including user centered design methods into more traditional quantitative consumer research to give new insights for design. Empirical data on reasons for disposal of 620 clothing items from 35 persons in 16 Norwegian households was collected. In total, 70 different disposal reasons were registered, which were combined into seven main categories.
This chapter discusses the effects of end-of-life scenarios to the life cycle assessment (LCA) calculations. Consumers’ decisions in the disposal phase of clothing are crucial from an environmental point of view, as they affect the lifespan of clothing, as well as the potential for reuse and recycling. In doing this, examples of Norwegian consumers’ clothing use and disposal practices are used.
We will present statistics for the current situation in Norway as well as qualitative material on clothing disposal practices and discuss disposal methods and frequencies. Instead of assuming that all clothes are disposed of equally regardless of type of garment, person and place, the LCA analyses should be nuanced in relation to knowledge of disposal practices. Analysis also shows also that if improvements are made in facilitating reuse, clothing lifespans could easily be prolonged.
Eivind Stø likes a tell an illustrative story about his mother who went through World War II with only one dress due to rationing. Today women have many dresses; more than we can wear out in 5 years. Since 1990, Norway’s clothing imports have almost doubled (Statistics Norway, 2014) and we did not lack clothing in 1990. This chapter discusses what we know about this change. What do we know about the number of clothes in use? When did they multiply to such an extent? What sources and methods do we have to describe this growth? In general, growth should be a more central theme in the environmental debate, especially when it comes to clothing and other items where growth in numbers is completely decoupled from a corresponding increase in satisfaction. As long as we produce (and purchase) far more clothes than we need, quantity should be an essential theme.
Consumer decisions on clothing disposal are important from an environmental point of view, as they have an effect on the lifespan of clothing, as well as the potential for reuse and recycling. This article summarizes what is known about consumers’ clothing disposal behaviour based on empirical literature published during the past 30 years. The goal of this synthesis is to integrate empirical research, find generalizable results, evaluate the used research methods and identify central issues for future research. Most clothing disposal studies concentrate on disposal channels, behavioural motivations, disposal reasons and demographics of consumers that behave in specified ways.
Many consumers prefer to deliver clothing for reuse rather than to dispose of them, but convenience is paramount. Common disposal reasons for apparel were wear and tear, poor fit and fashion or boredom, in addition to lack of storage space. Survey methods are most common, which indicates the need of other research designs that preferably include the clothing items in method triangulation. Studied samples are dominated by young women and students, and research on more heterogeneous samples is needed.
Consumer research deals with the acquisition, use and disposal of goods and services. Our workplace, SIFO, the National Institute for Consumer Research in Norway, dates back to the 1930s, when home economics and testing of products were predominant. The work aimed at guiding consumers, at that time called housewives, through the ‘jungle’ of novel consumer goods. More recently, SIFO’s work combines social science and textile technology to study the social and technical aspects of consumption.
In this chapter, we ask: how can knowledge of clothing consumption contribute to the work on sustainable fashion? We will answer the question through examples from interdisciplinary projects on textiles at SIFO, as well as from consumer research. However, we will not give an overview of consumer research on clothes and sustainability. But first, an admission: fashion – the topic of this book – operates according to a different logic from our field of work. We would have posed the question differently: how can consumer research – and all the other fields of expertise covered in this book –contribute to more sustainable patterns of clothes production and consumption? Therefore, we also have to include a discussion of the concept of fashion.
Wool has been called the white gold and has warmed and brought joy to the Norwegian population throughout history. It is also a textile fibre with many unused features. The starting point of the project Valuing Norwegian Wool is a desire to help Norwegian agriculture, wool based industry, and design to exploit the potential inherent in Norwegian wool as raw material, and in the Norwegian textile tradition. Norway has a thriving textile industry and several strong companies that produce products made of wool. The marketing of the origin of the raw material these products are produced from is however rather inadequate and sometimes misleading. While fewer and fewer of the products are made of Norwegian wool, consumers – not without reason – take it for granted that Norwegian producers use Norwegian wool.
Rapporten vurderer muligheter for økt materialgjenvinning av tekstilavfall i Norge. Mengden generert tekstilavfall i Norge er 24 kg på innbygger per år som hovedsakelig blir brent med energiutnyttelse. Det finnes lite materialgjenvinning av tekstiler i dag og kunnskapen om de miljømessige konsekvenser er begrenset. Innsamling av tekstiler for gjenbruk er derimot godt etablert og handelen med brukte klær en stor global næring. Produksjonen av tekstiler er svært forurensende, og dermed økt levetid og gjenbruk bidrar positivt gjennom å erstatte nye tekstiler. Forbrenning med energiutnyttelse reduserer energiforbruket med cirka 2-6%, mens gjenbruk reduserer med cirka 20-60% av forbruket gjennom tekstilers hele livsløp. Også for andre miljøparametere er gevinsten ved gjenbruk stor sammenlignet med energiutnyttelse.
Many life cycle assessment studies document that the use period is the most resource-demanding phase during the clothing life cycle. In this paper, we discuss how design can help to reduce the environmental impacts of clothing. Motives behind clothing disposal, acquisition practices and maintenance habits are analysed based on two surveys, qualitative interviews of households, and examination of disposed clothing. The main reasons for clothing disposal were changes in garments, followed by size and fit issues, taste-related unsuitability, situational reasons, functional shortcomings and fashion or style changes. Several design solutions can enable the users to keep and use the clothes longer, and reduce the need for laundering, thus potentially decreasing the total environmental effects of clothing consumption.
Woolen textiles may have more potential use areas within the health care than what they are used for today. They have many benefits such as being self-extinguishing, flexible, and having high isolation as well as moisture absorption properties. While absorbing moisture it releases heat, and as the evaporation rate is slow, woolen materials do not give a rapid chill that some other faster drying materials have. Therefore wool can hold lot of moisture before feeling wet. Due to wool’s potential to shrink in wash, the challenge has been how to wash wool to get it clean enough for health care use. Laboratory experiments were designed in order to see woolens’ tolerance to different washing treatments, as well as their properties related to soil repellence and stain removal.