Close Menu
Indian Textile Journal
  • Home
  • Textile Machinery
    • Allied Equipment and Accessories
    • Automation
    • Dyeing, Processing & Finishing
    • Knitting
    • Printing
    • Spinning
    • Weaving
  • Tech Textiles
  • Sustainability
  • Resources
    • Trade Fair
    • Events
    • Videos
  • Interview & Opinion
  • Subscribe Now
  • Advertise
  • Digital
  • Apparels & Garments
  • Fibres & Raw Materials
  • Home Textiles
  • Industry Update
Facebook X (Twitter) YouTube LinkedIn
Indian Textile Journal
Epson
  • Home
  • Textile Machinery
    • Allied Equipment and Accessories
    • Automation
    • Dyeing, Processing & Finishing
    • Knitting
    • Printing
    • Spinning
    • Weaving
  • Tech Textiles
  • Sustainability
  • Resources
    • Trade Fair
    • Events
    • Videos
  • Interview & Opinion
  • Subscribe Now
  • Advertise
  • Digital
  • Apparels & Garments
  • Fibres & Raw Materials
  • Home Textiles
  • Industry Update
Indian Textile Journal
Home » Wastewater from mills to power batteries!
Apparels & Garments

Wastewater from mills to power batteries!

By August 29, 20181 Min Read
Share Facebook Twitter LinkedIn WhatsApp Copy Link

A sapphire-coloured dye—a common industrial pollutant from textile mills—could be used to build rechargeable batteries for wind farms and solar homes to store electricity, a study has found. Scientists from University at Buffalo in the US showed that the dye, when dissolved in water, is good at storing and releasing energy on cue. This makes the compound a promising candidate material for redox flow batteries that can be used to stockpile electricity generated from solar or wind farms for days when there is no sunshine or electricity.

“Methylene blue is a widely used dye. It can be harmful to health, so it’s not something you want to dump into the environment without treating it,” said lead researcher Timothy Cook, an assistant professor at University at Buffalo. “There’s been a lot of work done on ways to sequester methylene blue out of water, but the problem with a lot of these methods is that they’re expensive and generate other kinds of waste products,” said Cook.

“But what if instead of just cleaning the water up, we could find a new way to use it? That’s what really motivated this project,” said Anjula osswattaarachchi, a PhD student at University at Buffalo.

Previous ArticleWastewater from mills to power batteries!
Next Article Liva extends its association with Kangana Ranaut

Related Posts

Softline debuts fresh chapter with a contemporary brand refresh across lingerie, athleisure and outerwear

September 28, 2026

Myntra lights up the big fashion festival with Alia Bhatt and Ranbir Kapoor

September 28, 2026

Arvind Limited steals the spotlight at Lakmé Fashion Week with Ashish N Soni

September 28, 2026
Recent Posts
  • How 21-year-old Yogeeta Kishore is turning denim waste into livelihoods
  • World of Sleep 2027 to launch India’s inaugural curated sleep expo for consumers
  • JACK&JONES taps Vedang Raina for its autumn/winter 2026 denim launch
  • Softline debuts fresh chapter with a contemporary brand refresh across lingerie, athleisure and outerwear
  • Path breaking textile machine innovations that faded away
  • Myntra lights up the big fashion festival with Alia Bhatt and Ranbir Kapoor
  • Arvind Limited steals the spotlight at Lakmé Fashion Week with Ashish N Soni
  • Karl Mayer celebrates 90 years with landmark 2027 event
Facebook X (Twitter) YouTube LinkedIn
  • About us
  • Contact us
  • Privacy Policy
  • Terms and Conditions

SISTER PUBLICATIONS

Construction World Equipment India Industrial Product Finder Infrastructure Today

© 2026 Indian Textile Journal. All Rights Reserved.

Type above and press Enter to search. Press Esc to cancel.