A student from Balochistan has earned international acclaim by developing a sustainable solution that converts agricultural waste into valuable natural fibre. Mohammad Sarfraz, a student at the Balochistan University of Information Technology, Engineering and Management Sciences, has won the prestigious Discover Natural Fibre Initiative (DNFI) Award for his research on producing fibre from banana stems.
The award was conferred during a global research competition held alongside Heimtextil in Frankfurt, Germany—one of the world’s leading exhibitions for home and technical textiles. More than 100 research institutions, companies, and educational organisations from across the globe participated in the competition.
Innovation Rooted in Sustainability
Sarfraz’s project focuses on transforming banana stems—normally discarded as waste—into high-quality natural fibre suitable for textile and craft production. The young researcher said he spent four years refining the fibre-extraction process, aiming to create a solution that is both environmentally sustainable and economically viable.
After receiving the award, Sarfraz dedicated his achievement to his teachers and the youth of Balochistan, saying the recognition proves that talent from underrepresented regions can compete successfully at the global level.
Academic and Industrial Support
Dr Mohammad Qasim, Head of the Department of Textile Engineering at BUITEMS and Sarfraz’s project supervisor, said the international recognition highlights the strong potential of Balochistan’s students. He added that with appropriate support and exposure, Pakistani researchers can play a meaningful role in global innovation.
He explained that the project is being developed in three phases:
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extraction of natural fibre from banana waste,
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conversion into composite material and yarn, and
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production of fabric and other market-ready products.
Global Interest and Local Impact
Industrial support for the project was provided by the Natural Fibre Company. Its Director, Mohammad Fawwad Supriya, described the DNFI Award as a significant honour for Pakistan. He noted that several European companies at Heimtextil showed strong interest in the innovation, and a partnership agreement with a German firm has already been finalised to manufacture and market banana fibre products in Germany and other European countries.
According to Fawwad, fibre production has already begun in Sukkur and Lasbela, with plans to expand operations to 4,000 households in Sindh and Balochistan. Sarfraz has also designed locally manufactured specialised machines to support large-scale fibre extraction.
Each unit, consisting of two machines, costs between Rs700,000 and Rs800,000 and can produce up to 1,000 kilograms of fibre per acre of banana waste. The fibre will be supplied to skilled artisans in Sindh, Balochistan, and Punjab to create handmade and traditional products.
Environmental and Economic Promise
Pakistan is among the world’s major banana-producing countries, generating millions of tons of banana waste annually—much of which is burned or dumped into waterways, causing environmental pollution. Experts estimate that Pakistan could produce up to 500 million kilograms of natural fibre each year from banana waste, with a potential global market value of $1 billion.
By turning agricultural waste into a sustainable resource, this innovation not only offers a new source of income for marginalized communities but also contributes to environmental conservation and export growth. Sarfraz’s achievement stands as a powerful example of how local research from Balochistan can deliver solutions with global impact.
