How your wardrobe can contribute to environmental destruction

The textile and fashion industry has one of the heaviest environmental footprints among major consumer industries. Its impacts extend across the entire life cycle of clothing: raw materials, fibre production, dyeing and finishing, manufacturing, transport, use, and end of life.

The evidence is clearest when we look at the pressures themselves. Textile production and consumption contribute to greenhouse gas emissions, intensive use of raw materials and water, chemical pollution, microplastic releases from synthetic fibres, and growing volumes of textile waste.

Materials already shape the impact

The environmental footprint begins before a garment is cut or sewn. Natural fibres can require land, water and agricultural inputs, while synthetic fibres such as polyester are produced from fossil-based feedstocks and can release plastic microfibres during production, use and washing.

No fibre is impact-free. What matters is how it is grown or produced, how much processing it requires, how durable the final garment is, and how long it remains in use.

Dyeing, finishing and manufacturing

Textile manufacturing can require substantial quantities of energy, water and chemicals. Dyeing and finishing are especially important stages because poorly controlled processes can contribute to water pollution and chemical releases.

This is one reason why traceability matters: a garment cannot be assessed only by its fibre name. The way the fabric is processed and the standards applied throughout production are equally important.

India: major textile production and very high absolute emissions

India deserves particular attention because it combines a major textile and garment manufacturing base with very high absolute energy-related CO2 emissions. The International Energy Agency continues to identify India as one of the major economies shaping global energy-related CO2 trends. This does not mean that textiles are the main source of India’s emissions, but it makes cleaner industrial energy, better wastewater and chemical management, and longer-lasting production models especially important in a country where the absolute scale of industrial and energy demand is very large.

Transport adds impact, but the whole chain matters

Fashion supply chains often span several countries. Fibres may be produced in one region, spun and woven in another, sewn elsewhere and then shipped to the final market. Transport therefore adds emissions, especially when air freight is used, but it should be considered as one part of a much broader life-cycle footprint.

Fast fashion amplifies the problem

The fast-fashion model increases environmental pressure by accelerating production cycles, encouraging overproduction and shortening the time garments remain in use. The more quickly clothes are replaced, the more frequently new raw materials, energy and manufacturing are required.

Extending the useful life of a garment can therefore be one of the most practical ways to reduce unnecessary demand for new production.

What can reduce wardrobe impact?

A lower-impact wardrobe is not built around one perfect material or one label. It comes from combining several choices: buying fewer unnecessary items, choosing durable garments, favouring transparent production, caring for clothes properly, repairing them when possible, buying second-hand when relevant, and keeping garments in use for longer.

At ERVERTE Paris, this is why we focus on a reduced collection, natural fibres, French manufacturing and timeless design: not because any single choice makes a garment impact-free, but because durability, material choice and traceability can make the wardrobe more coherent and less dependent on constant replacement.

Sources

For a broader assessment of textile impacts, see the European Environment Agency and the United Nations Environment Programme. For recent energy-related CO2 trends involving India, see the IEA Global Energy Review 2026.

Continue exploring: see how to reduce wardrobe impact in practice.