Did you know

20% Global Industrial Water Pollution

comes from Textile Manufacturing

Waste2Fresh is an EUH2020 funded project that is bringing an innovative solution to the textile manufacturing industry to address freshwater resource scarcity and industrial water pollution, into the market.

Waste2Fresh Industry

Vision

Deliver closed-loop industrial processes in European and global textile manufacturing and other energy-intensive industries via provision of Waste2Fresh closed-loop wastewater recycling solution that will considerably reduce industrial water pollution and improve water availability for local communities.

Waste2Fresh Textile Industry

Our Mission

Provide a modular closed-loop near-zero discharge industrial water recycling system for textile and energy intensive process operations across Europe and worldwide, increase resource and water efficiency by 30% compared to the current state-of-the-art.

Benefits of the Solution

Industrial

Impact

Environmental

Impact

Academic

Impact

Societal

Impact

News & Updates

  • London Fashion Week
    With all the excitement and anticipation that a new dawn brings, in era of inclusion and sustainability, one would imagine that the world’s elite have well and truly joined the fight against unsustainable practices in the fashion industry
  • Word Water day 2023
    Symbolism is a prominent tool in an ever-evolving 21st Century society. Symbolism deriving from history, from religion, literature, music and in this particular case, pop culture via the arts…
  • WATCH OUT FAST FASHION, ANGER IS COMING!
    Fast Fashion has become a convenient solution for a society constantly on a search for new trends and it has become…
  • World Recycling Week: Let’s Get Real
    With less than a month to go before COP27 kicks off in Egypt, this week environmental attention is turning to recycling for World Recycling Week. This year’s theme is …
  • Redirecting a River
    The worldwide demand for water is distinctly on the rise. By 2030, the world will need 40% more water than it can produce . This is an incredibly serious problem