Textile Today - Articles

Stäubli solutions to display at ITM Istanbul 2026

deskreport@gmail.com (Desk Report) — Sat, 09 May 2026 21:31:00 +0600

Stäubli Textile will participate in ITM 2026, the International Textile Machinery Exhibition at Hall 8, Stand 803. Taking place in Istanbul, ITM remains one of the most influential textile machinery exhibitions worldwide and a key meeting point for manufacturers, technology providers, and decision‑makers across Türkiye, the Middle East, and neighboring regions.

Türkiye: a strategic and fast‑moving textile market

Türkiye stands among the world’s most competitive textile and apparel producers, with a strong export‑oriented industry covering denim, home textiles, ready‑to‑wear, technical fabrics, and carpet weaving. Its strategic geographical position enables fast and cost‑effective access to European markets, making the country a key near‑shoring hub for brands seeking short lead times and production flexibility.

Operating in a highly dynamic environment, textile manufacturers in Türkiye and the surrounding regions continue to invest in automation, energy efficiency, and production reliability to remain globally competitive. These drives sustained demand for advanced weaving preparation, shedding, dobby, and Jacquard technologies capable of supporting high speeds, frequent style changes, and complex fabric structures.

Stäubli Solutions on display at ITM 2026

At ITM 2026, Stäubli will present a comprehensive portfolio covering Weaving Preparation Systems (WPS), electronic cam motions & dobbies, and Jacquard solutions, designed to enhance efficiency, process stability, and fabric quality across a wide range of weaving applications.

SAFIR PRO S47 automatic drawing‑in machine is specially designed for the production of standard fabrics made from coarse and fancy yarns, denim and technical yarns like glass. SAFIR PRO S47 combines maximum quality and performance with drawing‑in speeds of up to 190 ends/min, advanced Active Warp Control 2.0, high flexibility for fast start‑up, and a wide application range for complex, multi‑layer weaving setups.

The TIEPRO warp knotting machine is designed for universal use with standard warp yarns in any weaving mill. It features a type of yarn separation system without separating needles, which makes it especially economical. TIEPRO knots a wide range of warp sheets automatically, efficiently, rapidly, and widely faultless.

The S1792 cam motion is built for continuous operation, it helps ensure consistent fabric quality even at very high production speeds. It features 10 lifting units and is designed for high-speed weaving of plain weaves on both air-jet and rapier machines. It reaches speeds of up to 1,400 rpm for narrow and cotton applications.

The electronic rotary dobby S3060 is designed to deliver reliable and flexible performance for a wide range of weaving applications. With its robust construction and proven Stäubli technology, it supports stable high‑speed operation while ensuring precise shed formation. The S3060 offers excellent versatility for mills seeking efficiency, consistent fabric quality, and long‑term reliability in demanding production environments.

SX PRO Jacquard machine, combining high lifting capacity, precision, and durability for complex patterns and premium fabric production. The SX PRO produces excellent results in weaving terry, cloth, upholstery, tapestry, silk fabric, apparels or seat covers, and technical fabrics on all types of weaving machines.

Other Stäubli solutions to discover during ITM 2026

The electronic rotary dobby S3280 offers robust design, high speed, and excellent versatility for air‑jet and rapier weaving applications. This makes it a perfect fit for high speed denim weaving. The S3280 rotary dobby combines mechanical robustness with proven field performance.

The GA500 Jacquard harness is designed to ensure precise, stable, and reliable transmission between the Jacquard machine and the warp threads. It provides excellent geometric stability and long-term durability, enabling consistent fabric quality across a wide range of weaving widths and applications including silk, linings, cloths, decorative textiles, tablecloths, bed linens, towels...

Perfectly suited for velvet & technical fabrics weaving, the SX PRO V, LX PRO V and LXL PRO V Jacquard machines deliver precise, vibration-free shedding and outstanding resistance to high stress. Their compact, versatile design minimizes thread tension and ensures durable reliability, thanks to optimized sealing, efficient ventilation, easy access for adjustments and minimal maintenance.

Digital services hub: MyStäubli

MyStäubli, its digital customer platform designed to simplify daily operations. MyStäubli provides fast access to technical documentation, spare parts identification, service requests, and machine‑related information, supporting customers throughout the entire lifecycle of their equipment and strengthening long‑term performance.

ANDRITZ to demonstrate teXscan unit live at Textile Recycling Expo 2026

deskreport@gmail.com (Desk Report) — Sat, 09 May 2026 20:40:00 +0600

International technology Group ANDRITZ will present its innovative textile recycling solutions at the Textile Recycling Expo in Brussels, Belgium, from June 24 to 26, 2026 (Hall C, booth 2022).

This year, ANDRITZ returns with a focus on a broad range of textile recycling solutions, featuring a key highlight: a live demonstration of the ANDRITZ teXscan unit at the booth.

Figure: ANDRITZ teXscan unit.

Broad expertise in textile recycling

With more than a century of experience in fiber processing, ANDRITZ has become a trusted partner for industrial players aiming to transform textile waste into valuable resources. ANDRITZ offers solutions that cover the full textile recycling chain – from predictive and automated textile sorting, advanced fiber preparation to mechanical and chemical recycling, all the way to integrated process solutions. This enables manufacturers, recyclers, and brands to achieve high-quality recycled fibers for stable fiber production, recycled polyester, fibers for spinning, fibers for nonwoven production and other technical applications.

Product innovation: ANDRITZ texscan unit, a key innovation for quick and consistent recycling quality

At Textile Recycling Expo, the ANDRITZ teXscan predictive sorting unit will be showcased and available for live demonstrations on the ANDRITZ booth. The AI-based unit evaluates fabric quality prior to recycling, enabling efficient material routing for chemical recycling, nonwoven or spinning. It provides non-destructive quality measurements of textiles, with the target to improve process speed, objectivity and to deliver fit-for-purpose outputs.

In one second, the teXscan generates the teXscore, a scoring system from 1 to 100, where 100 indicates the highest tier. The score system is paired with a recommended processing option: ring spinning, open-end spinning, nonwoven production and chemical recycling. This output enables operators to make decisions without human inaccuracy, aligning material quality with the suitable process.

In parallel, automated sorting systems classify garments by composition and color, remove buttons and zippers, and prepare materials for further fiber processing. Together, these technologies turn textile waste into fibers suitable for spinning, nonwovens, and composite applications – saving time, improving material quality, and enabling true textile-to-textile circularity.

Textile Talent Hunt Season 10 National Conference encourages young innovators to challenge industry status quo

ekTQvvVh6V0TLaC@gmail.com (Arif-Uz-Zaman & Sayed Abdullah) — Sat, 09 May 2026 17:13:00 +0600

The Textile Talent Hunt (TTH) Season 10 National Conference was successfully held at the Noorul Qader Auditorium of the BGMEA Complex in Uttara, gathering academia, industry leaders, and aspiring textile professionals from across the country under the theme “A Legacy of Innovation.” Organized by Textile Today Innovation Hub, the flagship event reflected the growing emphasis on innovation-driven talent development within Bangladesh’s textile and apparel sector.

Figure 1: Distinguished guests during the program session shared valuable insights while supporting the future of Bangladesh’s textile and fashion education sector.

Over the years, Textile Talent Hunt has evolved into one of the country’s most influential youth engagement platforms for textile engineering students and young innovators. This season alone, the initiative engaged more than 2,450 students from over 30 educational institutions through nationwide campus competitions and innovation-focused activities. The National Conference served as a critical stage to identify the top 100 “Innovation Masterminds,” who will now move forward to the next phase of the competition.

The conference featured a full-day program including an “Introduction to Innovation” training session, online assessments, partner sessions, networking opportunities, and an award ceremony. Industry experts, academic leaders, and corporate partners shared insights on the future of Bangladesh’s textile industry, emphasizing innovation, adaptability, sustainability, and industry-academia collaboration.

Figure 2: Professor Dr. Md. Zulhash Uddin, Vice-Chancellor of Bangladesh University of Textiles (BUTEX).

Professor Dr. Md. Zulhash Uddin, Vice-Chancellor of Bangladesh University of Textiles (BUTEX) and Chief Guest of the event, highlighted the changing nature of textile education and the importance of multidisciplinary learning for future industry leaders.

He said that innovation and research cannot happen without proper foundational understanding, practical exposure, and skill development. Reflecting on the differences between past and present learning opportunities, he noted that today’s students have significantly greater access to learning platforms, technologies, and innovation ecosystems beyond traditional classrooms. He stressed that modern textile professionals must combine academic knowledge with practical skills, research capability, and industry understanding to build successful careers.

Figure 3: Prof. Dr. Engr. Ayub Nabi Khan, Vice-Chancellor, BGMEA University of Fashion & Technology.

Dr. Zulhash Uddin further explained that textile engineering is inherently multidisciplinary, requiring knowledge of raw materials, machinery, processing, utilities, management, marketing, and emerging technologies. According to him, students must develop comprehensive industry knowledge and a clear career plan if they want to succeed in innovation and research-oriented fields. He described Textile Talent Hunt as an important platform for developing those competencies and helping students prepare for the future textile industry.

A major highlight of the conference was the training session conducted by Tareq Amin, Founder & CEO of Textile Today Innovation Hub, who focused on innovation, industry transformation, and the future readiness of Bangladesh’s textile sector.

Figure 4: Engr. Ehsanul Karim Kaiser, Executive Chairman of Textile Today Innovation Hub and Convener of ITET

Speaking to the participants, Tareq Amin emphasized that innovation is not simply about introducing new ideas, but about solving real problems with a clear purpose. He encouraged young people to become more curious, question existing systems, and actively prepare themselves for future opportunities and challenges.

Using the example of Bangladesh’s battery-run rickshaw ecosystem, which he described as a form of “Bangla Tesla,” he explained how practical innovation can emerge from local realities even without formal policies or structured support systems. According to him, Bangladesh already possesses significant innovation potential, but the country needs more purpose-driven thinking and stronger human-centered development.

Figure 5: Sayedul Hasan, Head of HR, Centro Tex Ltd.

“Human resources are one of the most critical inputs, yet they are often overlooked. Innovation must be human-centric if we truly want meaningful transformation,” said Tareq Amin while explaining the core philosophy behind Textile Talent Hunt.

He also noted that the objective of TTH is not only to identify talented students, but to create future innovators capable of understanding industry realities, building collaborative ecosystems, and developing practical solutions for Bangladesh’s textile and apparel sector. He stressed that young professionals must continuously challenge the status quo, maintain clarity of vision, and align every action with a larger purpose.

Figure 6: Abdullah Al Mahmud, General Manager & Business Line Leader of Dysin Group.

Engr. Ehsanul Karim Kaiser, Executive Chairman of Textile Today Innovation Hub and Convener of ITET, also emphasized the importance of nurturing innovation-oriented young talent and connecting them with real industrial challenges. He said the initiative aims to prepare future leaders who can contribute to solving practical industry problems through research, innovation, and collaboration.

A key highlight of the conference was the Partners’ Session, which brought together prominent industry leaders and experts. The session provided valuable insights into industry expectations, innovation trends, sustainability, and the future of textile manufacturing, emphasizing stronger collaboration between academia and industry.

Notable attendees included Sayedul Hasan, Head of HR, Centro Tex Ltd.; Abdullah Al Mahmud, General Manager & Business Line Leader, Dysin Group; Mark Rogers, Account Manager, Protex Chemicals Ltd. (the partner of Dysin-Chem Ltd.); Md. Aminul Islam, Director, Business Development, Transfar Chemicals; Adnan Mahmud, Technical Services Manager, Coats Bangladesh Ltd.; Sandeep Dave, Country Head, Apna Organics Pvt. Ltd. (Bangladesh Liaison Office); Syed Iqbal Rizvi, Managing Director, Sameet Dye-Chem Ltd.; and Engr. Md. Abu Naser Mollick, DGM (Sales & Marketing), Pure Chemicals.

Figure 7: Md. Aminul Islam, Director of Business Development at Transfar Chemicals.

Sayedul Hasan, Head of HR, Centro Tex Ltd. said, “Today’s textile industry needs young professionals who are not only technically skilled but also adaptable, collaborative, and innovation-oriented. Textile Talent Hunt is creating a platform where students can connect academic knowledge with real industry challenges. I believe initiatives like this will help develop the future leaders who can drive Bangladesh’s textile industry toward more sustainable and value-added growth.”

Abdullah Al Mahmud, General Manager & Business Line Leader of Dysin Group, stated that Dysin has remained involved with Textile Talent Hunt since the beginning because innovation and development are deeply connected to the company’s philosophy.

He remarked that the industry is no longer searching only for textile engineering degree holders, but increasingly looking for problem solvers capable of contributing innovative ideas. He encouraged the selected participants to bring forward research topics and innovation concepts that could help Bangladesh move beyond conventional manufacturing and strengthen its position in technical textiles and advanced textile applications.

Figure 8: Adnan Mahmud, Technical Services Manager, Coats Bangladesh Ltd.

Md. Aminul Islam, Director of Business Development at Transfar Chemicals, discussed how rapidly global industries are changing and why innovation direction is critically important. Referring to the evolution from film cameras to digital technology, he explained that organizations and individuals must continuously adapt their innovation focus to changing realities instead of remaining attached to outdated systems and approaches.

He added that the world has been transforming rapidly through post-pandemic shifts, geopolitical changes, and technological advancements, creating both challenges and opportunities for the younger generation. He described TTH as a valuable platform that today’s students are fortunate to have access to.

Adnan Mahmud from Coats Bangladesh highlighted that Textile Talent Hunt serves as an effective platform for fostering innovation, communication skills, and industrial exposure among participants.

Figure 9: Syed Iqbal Rizvi, Managing Director, Sameet Dye-Chem Ltd.

According to him, the program helps students convert ideas into meaningful project-based initiatives while strengthening their presentation and stakeholder engagement abilities through structured interactions and formal presentations. He further explained that hands-on factory exposure under experienced industry professionals enables students to connect academic knowledge with real industrial operations and standards.

Figure 10: Sandeep Dave, Country Head, Apna Organics Pvt. Ltd. (Bangladesh Liaison Office)

Syed Iqbal Rizvi emphasized the importance of communication skills, cognitive flexibility, and out-of-the-box thinking for future innovators. He encouraged students to listen carefully, avoid cognitive bias, and develop the courage to think differently when approaching challenges. Sharing examples from textile dyeing and innovation practices, he noted that many successful innovations emerge from experimentation and unconventional thinking beyond established systems.

Figure 11: Engr. Md. Abu Naser Mollick, DGM (Sales & Marketing), Pure Chemicals.

The conference also announced the top-performing participants selected as potential “Innovation Masterminds” from different zones. From the TTH Bangladesh Zone, the top five selected participants are Fahmida Akter from Textile Engineering College, Noakhali; Tanvir Mahmud from Textile Engineering College, Chattogram; Md. Toha Bin Asad Deep from Jashore University of Science and Technology; Nazmul Hasan from Textile Engineering College, Noakhali; and Aniruddha De Sayon from Textile Engineering College, Noakhali.

From the TTH BUTEX Zone, the top five selected potential Innovation Masterminds are Md. Maruf Hossain, Nadim Mahmud, Najmuch Sakib, Md. Sabbir Hossain, and Sagor Ahmed, all currently studying at Bangladesh University of Textiles (BUTEX).

Figure 12: Tareq Amin, Founder & CEO of Textile Today Innovation Hub.

As part of the competition journey, the selected participants will now advance to the TTH National Level, where they will receive advanced training in project management, research methodology, and hands-on industrial exposure. Participants will also gain access to an “Innovation Fund” designed to support the development of practically tested innovation models.

The conference concluded with enthusiasm and optimism from both organizers and participants, reinforcing the belief that Textile Talent Hunt will continue to play a significant role in shaping the next generation of innovators for Bangladesh’s textile and apparel industry.

GFA and ReHubs launch 2030 blueprint to scale EU textile recycling

alulk3Ar7x7Twul@gmail.com (International Desk) — Sat, 09 May 2026 14:30:00 +0600

Key insights

EU textile recycling rate remains below 1% for discarded garments
GFA targets 2.7 million tons of recycling capacity by 2035
Estimated investment requirement stands between €8bn and €11bn
Blueprint focuses on collection, sorting, design, and recycling infrastructure
Policy incentives and industry collaboration identified as critical growth drivers

Global Fashion Agenda (GFA) and ReHubs have launched the 2030 Circularity Blueprint to accelerate textile-to-textile recycling in Europe and support the transition toward a circular textile economy.

Figure: The 2030 Circularity Blueprint was presented at the Global Fashion Summit: Copenhagen Edition on 6 May. Courtesy: ReHubs

The blueprint was presented during the Global Fashion Summit in Copenhagen on 6 May 2026. The initiative aims to address fragmentation across the textile value chain and improve recycling performance, as less than 1% of discarded garments are currently recycled into new textiles.

The roadmap outlines eight interconnected intervention areas designed to remove systemic barriers and improve coordination among stakeholders across the textile ecosystem.

The plan includes the creation of a shared framework for circular and sustainable materials, the development of a Textile Waste Intelligence Platform, and a Demand Signal Initiative to encourage long-term offtake commitments.

Under the value chain interventions, the blueprint focuses on integrating circularity into product design through a “Designing for the Loop” approach. It also highlights the need for efficient textile collection systems, stronger sorting infrastructure, and feedstock preparation through regional recycling hubs.

The initiative further proposes a coordinated capital expenditure roadmap to support the scaling of textile recycling infrastructure across Europe.

Evan Wiener, interim chief operating officer and board adviser at ReHubs, said the textile sector must move together to unlock circularity at scale. He added that the collaboration supports the organization’s strategy to industrialize textile-to-textile recycling and resolve supply and demand challenges.

GFA estimates that infrastructure capable of supporting up to 2.7 million tons of textile recycling capacity by 2035 will require investment between €8 billion and €11 billion.

Following the launch, ReHubs will lead the development of the Textile Waste Intelligence Platform. Another parallel initiative will focus on improving textile collection and sorting systems across the region.

Federica Marchionni, CEO of GFA, said the vision for a textile circular economy is already clear, but progress is being slowed by fragmented initiatives and supply-demand deadlocks. She noted that stronger incentives and coordinated investment will be essential to scale recycling at the required pace.

Apparel Impact Institute resets strategy to speed up factory decarbonization

alulk3Ar7x7Twul@gmail.com (International Desk) — Sat, 09 May 2026 13:53:00 +0600

The Apparel Impact Institute (Aii) is reshaping its climate strategy by shifting toward fewer but larger supplier-level decarbonization projects as the global fashion industry races to cut emissions before 2030.

The San Francisco-based nonprofit said the new direction is designed to accelerate measurable carbon reductions across textile and apparel manufacturing hubs by concentrating investments on high-impact factories and energy-intensive operations.

Since 2018, Aii has worked with more than 1,500 factories globally, helping unlock nearly $188 million in capital investments and delivering more than 1.1 million tons of CO2 equivalent reductions through energy efficiency, renewable energy, and thermal transition projects.

Aii now plans to prioritize larger factories and supplier groups capable of implementing capital-intensive climate solutions at scale. These projects are expected to include renewable energy systems, industrial electrification, heat recovery technologies, low-carbon thermal energy upgrades, and process efficiency improvements across textile mills and garment factories.

According to Aii, the apparel and footwear industry may require nearly $1 trillion in investment to fully decarbonize supply chains. The organization aims to unlock $2 billion in blended financing by 2030 through its sustainable finance strategy and the Fashion Climate Fund.

The organization warned that climate-related costs could reduce the fashion industry's profitability by up to 34 percent by 2030 if companies fail to accelerate decarbonization investments.

To improve measurement and accountability, Aii recently launched an Energy and Carbon Benchmark tool that enables process-level emissions tracking for textile manufacturing facilities.

The organization’s broader climate ambition remains substantial. Aii says it has already helped avoid more than 5.6 million tons of greenhouse gas emissions and is targeting 100 million tons of reductions across apparel supply chains by 2030.

Analysts also note that supplier-focused investment models are becoming essential as over 95 percent of fashion emissions are linked to supply chain activities rather than direct retail operations.

For major textile-producing countries such as Bangladesh, Vietnam, India, and China, the transition could reshape factory investment priorities over the next decade as global buyers demand faster progress on emissions reduction, renewable energy adoption, and climate resilience.

CHT Group's local production facility in Bangladesh strengthens customer proximity and delivery capabilities

deskreport@gmail.com (Desk Report) — Sat, 09 May 2026 13:47:00 +0600

The CHT Group combines its global chemical expertise with a local presence through its production facility in Bangladesh. Manufacturing in one of the world’s most important textile regions strengthens our proximity to customers and partners, enables reliable on-site support, and contributes to transparent and resilient supply chains.

Company Overview

CHT Bangladesh was founded in 2021 and is a wholly owned subsidiary of the CHT Group. The company manufactures and supplies innovative and sustainable chemical textile auxiliaries for the textile industry in Bangladesh.

Production Facility

The production facility is located in the Meghna Industrial Economic Zone in Sonargaon (Narayanganj) and opened in 2023. Its strategic location along the highway between Dhaka and Chittagong shortens travel times and often enables same-day delivery to customer locations. Local manufacturing reduces lead times and increases delivery reliability.

Market proximity and customer partnerships

With production at the heart of Bangladesh’s textile industry, the CHT Group ensures rapid product availability, short response times, and reliable service. Close technical collaboration with textile customers and brands supports the early identification of requirements and the joint development of tailored solutions. On-site contacts provide continuous project support and foster long-term partnerships based on direct communication and trust.

Global Expertise Meets Local Responsibility

European technology and quality principles are implemented on-site by qualified teams, ensuring consistently high quality and safety in accordance with European standards. The ongoing exchange between the CHT Group and our partner RH Corporation supports the development of customized solutions and strengthens technical expertise across all relevant application areas.

Sustainability in Production

Sustainability is a central component of CHT Group’s production and business practices. This includes environmentally conscious production processes, reduced transport emissions through local manufacturing, and supporting customers in meeting ESG and compliance requirements. The portfolio comprises products that meet current requirements in the textile sector. The facility utilizes advanced technologies, including the reuse of wastewater via treatment plants and zero-liquid-discharge systems, solar energy to meet a significant portion of daily energy needs, the collection and treatment of rainwater for process water, and an architecture designed to maximize natural light, thereby reducing energy consumption.

Customer Benefits at a Glance

Customers benefit from a reliable local supply, transparent production conditions in accordance with European standards, and high product quality and consistency in line with CHT Group standards. Regional availability reduces supply chain risks; technical support is provided by local and global teams. All products meet the applicable requirements and standards in the textile industry.

Our Commitment

CHT combines sustainable innovation with responsible business practices and collaborative partnerships – firmly rooted in Bangladesh and globally connected through the CHT Group.

The CHT Group is a globally active foundation-owned specialty chemicals manufacturer headquartered in Tübingen, Germany. We offer sustainable chemical solutions for numerous industries and have an international presence with around 2,500 employees and 26 production sites. In the financial year 2025, the CHT Group generated a group turnover of 572 million Euro.

Waterproof breathable textiles market to reach $4.64bn by 2033

1S39bPhxSG8JXZe@gmail.com (Kunal Deshattiwar, Marketing Team of Growth market) — Sat, 09 May 2026 13:03:00 +0600

According to our Growth Market Report, the global waterproof breathable textiles market size reached $2.53 billion in 2024, demonstrating robust growth driven by heightened demand for functional apparel across several sectors. The market is expanding at a CAGR of 6.8% and is forecast to reach $4.64 billion by 2033. This growth is primarily fuelled by the increasing adoption of high-performance textiles in sportswear, protective clothing, and outdoor apparel, as well as the rising consumer preference for comfort combined with weather protection.

Introduction: Where protection meets performance

In a world where climate unpredictability is becoming the norm, the demand for materials that can protect without compromising comfort has surged dramatically. Waterproof breathable textiles (WBTs) represent a remarkable innovation at the intersection of material science and human-centric design. These fabrics allow moisture vapor to escape while preventing liquid water from penetrating—offering the best of both worlds. From mountaineering jackets to medical garments and military gear, their applications are expanding rapidly across industries.

Understanding the science behind waterproof breathable textiles

The dual functionality challenge

At first glance, being both waterproof and breathable seems contradictory. Waterproofing requires blocking water penetration, while breathability demands permeability. The innovation lies in selectively allowing water vapor (from sweat) to pass through microscopic pores, while stopping larger liquid water droplets.

Key technologies powering the market

Microporous membranes: These contain tiny pores smaller than water droplets but larger than water vapor molecules.
Hydrophilic coatings: Instead of pores, these use chemical diffusion to transport moisture outward.
Electrospun nanofibers: A newer technology offering enhanced breathability and durability.

Market dynamics: What’s driving growth?

Rise of outdoor and athleisure culture

The global shift toward active lifestyles has fuelled demand for performance apparel. Consumers now expect clothing that adapts to varying weather conditions without sacrificing comfort.

Military and defence applications

Armed forces across the globe require garments that perform in extreme climates. Waterproof breathable textiles ensure soldier endurance, making them critical in defence procurement.

Healthcare and hygiene needs

The pandemic accelerated the use of protective clothing. Breathable yet waterproof fabrics are essential in PPE, surgical gowns, and patient care products.

Climate change and urban living

With increasing rainfall variability and extreme weather events, urban consumers are investing more in weather-resistant apparel, boosting the WBT market.

Challenges that shape the industry

High production costs

Advanced materials and complex manufacturing processes drive up costs, limiting accessibility in price-sensitive markets.

Sustainability concerns

Many waterproof coatings rely on fluorochemicals, which raise environmental concerns. The push toward eco-friendly alternatives is reshaping R&D investments.

Durability vs. comfort trade-off

Balancing long-term waterproofing with breathability and softness remains a technical challenge for manufacturers.

Emerging trends redefining the market

Eco-friendly innovations

Manufacturers are shifting toward PFC-free coatings and bio-based membranes. Sustainability is no longer optional—it’s a competitive advantage.

Smart textiles integration

Integration of sensors and responsive materials is opening doors for textiles that can adapt to temperature, humidity, and user activity in real time.

Lightweight and packable designs

Consumers increasingly prefer garments that are easy to carry without compromising performance—especially in travel and adventure segments.

Expansion into everyday wear

What was once limited to extreme sportswear is now entering daily fashion, footwear, and even office wear.

Competitive landscape: Innovation as the core strategy

W. L. Gore & Associates, Inc.
Toray Industries, Inc.
Polartec, LLC
Sympatex Technologies GmbH
Mitsui & Co., Ltd.
Rudolf Group
Nextec Applications, Inc.
eVent Fabrics (BHA Technologies, Inc.)
HeiQ Materials AG
Teijin Limited
General Electric Company (GE Membranes)
Columbia Sportswear Company
The North Face (VF Corporation)
Porelle Membranes (Porvair plc)
Clariant AG
Schoeller Textil AG
Pertex (Mitsui & Co., Ltd.)
Jack Wolfskin GmbH & Co. KGaA
Lowe Alpine (Equip Outdoor Technologies Ltd.)
Hyosung Corporation

Future outlook: The next frontier

According to our Growth Market Report, the waterproof breathable textiles market is poised for transformative growth. As consumers become more conscious about both comfort and environmental impact, the industry will evolve toward smarter, greener, and more versatile solutions.

The convergence of nanotechnology, sustainable chemistry, and digital innovation will define the next generation of textiles—making them not just protective layers, but intelligent systems that enhance human experience.

Note: The opinions expressed in this article are solely those of the writer.

Strait of Hormuz crisis sends Asia's refined fuel exports to multi-year lows

deskreport@gmail.com (Desk Report) — Sat, 09 May 2026 11:44:00 +0600

Asia’s refined fuel exports have plunged sharply as the prolonged closure of the Strait of Hormuz continues to disrupt global energy flows and tighten fuel supply across the region.

Courtesy: Collected

According to Reuters and commodity tracking firm Kpler, exports of jet fuel, diesel, and gasoline from Asia fell to multi-year lows in April 2026 as refiners struggled to secure enough crude oil supplies following the conflict involving the United States, Israel, and Iran.

The Strait of Hormuz remains one of the world’s most critical energy chokepoints. Before the conflict began in late February, around 20 percent of global crude oil and refined fuel trade moved through the narrow waterway.

Although crude oil prices briefly eased after reports of possible peace discussions, physical fuel markets across Asia remain under severe pressure. Brent crude closed at $101.27 per barrel on Wednesday after dropping 7.8 percent in a single session. However, supply disruptions continue to affect refinery operations and fuel availability.

Jet fuel exports experienced the steepest decline. Asia’s shipments fell to just 596,000 barrels per day in April, compared to an average of 1.54 million barrels per day in the three months before the conflict, according to Kpler data. The April figure marks the lowest level recorded since 2017.

India’s jet fuel exports dropped to 48,600 barrels per day from 141,000 barrels per day before the conflict. China’s exports also declined sharply to 135,000 barrels per day from around 308,000 barrels per day. The United Arab Emirates reportedly exported no jet fuel in April after averaging 106,000 barrels per day before the war.

The tightening supply has driven prices significantly higher. Singapore jet fuel assessments climbed to $158.91 per barrel this week, nearly 70 percent higher than levels recorded before the conflict.

Diesel exports also came under pressure. Asia’s diesel shipments fell to 2.22 million barrels per day in April, down from 3.54 million barrels per day before the war. Japan, South Korea, India, and China all recorded major declines in export volumes.

Gasoline exports across Asia dropped to 1.59 million barrels per day from 2.28 million barrels per day during the same period. South Korea and China both reported steep declines as refiners prioritized domestic supply stability.

The ongoing supply disruption is creating growing concerns for Asian economies that depend heavily on imported crude oil and refined fuels. Analysts warn that if the Strait of Hormuz remains largely closed, crude shortages may intensify further as commercial and strategic reserves gradually decline.

Kenyan delegation explores Bangladesh SEZ and port model for strategic cooperation

kw5XLvDFyMBCqDD@gmail.com (BTT Desk) — Sat, 09 May 2026 10:55:00 +0600

Key insights

Kenyan delegation visited Bangladesh from May 3 to May 7
Mission focused on SEZ development, ports, and industrial infrastructure
Delegation toured the Araihazar Japanese Economic Zone and the Chattogram Port
BEZA and BIDA hosted technical and institutional exchange sessions
Both countries highlighted logistics and policy coordination for investment growth

A high-level delegation from Kenya has completed a five-day mission to Bangladesh to explore cooperation opportunities in special economic zone (SEZ) development, port management, and industrial infrastructure.

Courtesy: BEZA

The 16-member delegation visited Bangladesh from May 3 to May 7 under the facilitation of the JICA Kenya office. The program focused on sharing operational experiences, institutional knowledge, and development strategies related to SEZs, logistics, and investment promotion.

The delegation included senior officials from the Mombasa Special Economic Zone and the Kenya Ports Authority. The mission was led by Dr. Kenneth Chelule Langat, Chief Executive Officer of the Special Economic Zone Authority, and William Kipkemboi Rutto, Managing Director of the Kenya Ports Authority.

During the visit, the Kenyan officials toured several industrial and maritime facilities across Bangladesh. At the Bangladesh Special Economic Zone in Araihazar, Narayanganj, the delegation reviewed the infrastructure and operational model of the Japanese Economic Zone.

The team also visited Chattogram Port and the Chattogram Export Processing Zone (CEPZ) to observe port operations, industrial services, and export-oriented manufacturing activities.

In Dhaka, the delegation participated in an institutional exchange program at the headquarters of the Bangladesh Economic Zones Authority (BEZA). They also attended a coordination meeting with the Maheshkhali Matarbari Integrated Development Authority at the Bangladesh Investment Development Authority (BIDA).

Technical sessions at the BEZA office were chaired by Saleh Ahmad, Executive Member for Investment Development. Officials presented Bangladesh’s ongoing industrial transformation initiatives and efforts to attract foreign direct investment through specialized infrastructure and improved port connectivity.

The discussions highlighted Bangladesh’s experience in implementing large-scale industrial projects, managing economic zones, and developing investor-friendly policies. In response, the Kenyan delegation shared insights into the operational framework and progress of Kenya’s own SEZs and port systems.

Officials from both countries stressed the importance of policy coordination, logistics efficiency, and institutional support in building sustainable economic hubs capable of attracting long-term investment.

Beyond formal meetings, the Kenyan team conducted field-level observations of industrial operations, logistics systems, and investor support mechanisms. The delegation examined how port infrastructure, industrial services, and administrative coordination work together to support export-led industrialization.

BEZA officials expressed optimism that the exchange program would strengthen economic ties between Bangladesh and Kenya and create opportunities for future collaboration in economic zone development and port management.

The authority also noted that stronger cooperation between the two countries could contribute to improved industrial competitiveness, investment attraction, and long-term economic resilience.

Textile Talent Hunt Season 10 National Conference inspires next generation of innovators

IgusxnuH8Dm1hjE@gmail.com (Staff Correspondent) — Sat, 09 May 2026 09:22:00 +0600

The Textile Talent Hunt (TTH) Season 10 National Conference was successfully held at the Noorul Qader Auditorium, BGMEA Complex in Uttara, bringing together academia, industry leaders, and aspiring textile professionals under the theme “A Legacy of Innovation.”

Figure 1: Distinguished guests during the program session shared valuable insights while supporting the future of Bangladesh’s textile and fashion education sector.

Organized by Textile Today Innovation Hub, the flagship event marked a significant milestone in fostering innovation-driven talent within Bangladesh’s textile and apparel sector.

The conference is part of the broader Textile Talent Hunt initiative, which has already engaged more than 2,450 students from over 30 educational institutions through nationwide campus competitions. From this large talent pool, the National Conference stage served as a critical platform to identify the top 100 “Innovation Masterminds”, who will advance to the next phase of the competition.

The event featured a comprehensive program including a training session on “Introduction to Innovation,” an online assessment, partner sessions, and a distinguished guest segment, followed by the announcement of results and an award ceremony.

From TTH Dhaka Zone, the top 5 selected potential Innovation Masterminds are Mofaksharul Islam Bayzid Sarker (City University), Hakimul Islam Naem (DUET), Md. Ariful Hoque Naeem (NITER), Lubna Ahammed (City University), and Sadman Sakib Sad (NITER).

From TTH Bangladesh Zone, the top 5 selected potential Innovation Masterminds are Fahmida Akter (Textile Engineering College, Noakhali), Tanvir Mahmud (Textile Engineering College, Chattogram), Md. Toha Bin Asad Deep (Jashore University of Science and Technology), Nazmul Hasan (Textile Engineering College, Noakhali), and Aniruddha De Sayon (Textile Engineering College, Noakhali).

And finally, from the TTH BUTEX Zone, the top 5 selected potential Innovation Masterminds are Md. Maruf Hossain, Nadim Mahmud, Najmuch Sakib, Md. Sabbir Hosan, Sagor Ahmed. All of them are currently studying at BUTEX.

The program was graced by the Chief Guest, Professor Dr. Md. Zulhash Uddin, Vice-Chancellor of Bangladesh University of Textiles. Among the distinguished guests were Prof. Dr. Engr. Ayub Nabi Khan, Vice-Chancellor, BGMEA University of Fashion & Technology (Guest of Honor).

Figure 2 :Prof. Dr. Engr. Ayub Nabi Khan, Vice-Chancellor, BGMEA University of Fashion & Technology.

Speaking at the event, Engr. Ehsanul Karim Kaiser, Executive Chairman, Textile Today Innovation Hub, also the Convener of ITET, emphasized the importance of nurturing innovation among young talents and connecting them with industry needs. He noted that the initiative aims to develop future leaders capable of solving real-world challenges through practical innovation.

A key highlight of the conference was the Partners’ Session, which brought together prominent industry leaders and experts. The session provided valuable insights into industry expectations, innovation trends, sustainability, and the future of textile manufacturing, emphasizing stronger collaboration between academia and industry.

Figure 3: Celebrating the proud winners of Textile Talent Hunt Season 10 National Conference for their creativity, innovation, and outstanding achievements in the textile and apparel sector.

Notable attendees Sayedul Hasan, Head of HR, Centro Tex Ltd.; Abdullah Al Mahmud, General Manager & Business Line Leader, Dysin Group; Mark Rogers, Account Manager, Protex Chemicals Ltd (The partner of Dysin-chem Ltd.; Md. Aminul Islam, Director, Business Development, Transfar Chemicals; Adnan Mahmud, Technical Services Manager, Coats Bangladesh Ltd.; Sandeep Dave, Country Head, Apna Organics Pvt. Ltd. (Bangladesh Liaison Office); Syed Iqbal Rizvi, Managing Director, Sameet Dye-Chem Ltd; Engr. Md. Abu Naser Mollick, DGM (Sales & Marketing), Pure Chemicals;

We also have Irin Akter, Former Global Technical Manager, Material & Testing, G-Star RAW. She is an alumna of Textile Talent Hunt.

Figure 4: Students from different institutes joined the auditorium session with enthusiasm during the Textile Talent Hunt Season 10 National Conference.

As part of the competition journey, selected participants will move forward to the TTH National Level, where they will receive advanced training in project management, research methodology, and hands-on industrial exposure. The program also includes access to an “Innovation Fund” to support the development of Practically Tested Innovation Models.

The conference concluded with optimism and enthusiasm, as organizers and participants alike expressed confidence that Textile Talent Hunt will continue to play a vital role in shaping the future of Bangladesh’s textile industry through innovation, collaboration, and talent development.

Geopolitics, jobs and the future of textiles take center stage at BUTEX Career Fair 2026

XHTQaO91EiPtDQ6@gmail.com (-Md Mahmudur Rahman) — Fri, 08 May 2026 13:55:00 +0600

The BUTEX Career Club hosted the much-anticipated ITET Presents BUTEX Career Fair 2026 on April 23, 2026, bringing together industry leaders, fresh graduates and academia under one roof. Among the highlights of the day was an engaging panel discussion held at 11:00 AM, presided over by Tareq Amin, Founder and CEO of Textile Today Innovation Hub. The session, titled "How Geopolitics is Changing the Textile Industry: New Steps for Fresh Graduates' Job Preparation," drew an engaged audience as panelists unpacked the seismic shifts reshaping Bangladesh's most vital export sector.

Figure 1: Panel Discussion at ITET BUTEX Career Fair 2026.

Tareq Amin opened the discussion by laying out the broader geopolitical landscape and its direct implications for Bangladesh's garment and textile exports. He pointed to the ongoing conflicts near Europe and the escalating tensions across Asia, particularly in the Middle East, as critical variables affecting global supply chains.

Figure 2: Tareq Amin, Founder and CEO, Textile Today Innovation Hub.

He also mentioned the burning issues like the COVID-19 after effects, the introduction of reciprocal tariffs and most recently, the Strait of Hormuz. "We are here to discuss not just the challenges, but what changes have come in order trends, what product orders are coming to us, and most importantly- how our fresh graduates need to prepare themselves before entering this industry," he said, setting the tone for the session.

Figure 3: Md. Zafor Iqbal, General Manager (Merchandising), Centro Tex Limited.

Md. Zafor Iqbal, General Manager (Merchandising) at Centro Tex Limited, opened by pointing to a decisive shift in what buyers now demand. Sustainability, once a secondary concern, has become a core sourcing criteria that no supplier can afford to ignore now.

He said, "Because of lead time pressures, European countries are focusing on taking products from Turkey and Morocco. That is a real challenge we must acknowledge.” The tightening of European Union trade compliance rules is adding further pressure, pushing brands to rethink their sourcing strategies at a structural level. Yet with global brands actively seeking to reduce their dependence on China, Bangladesh has a genuine opening. "Brands do not want to be solely dependent on China. That is an opportunity for Bangladesh," he noted. The challenge, however, is rebuilding buyer confidence after some orders shifted away from the country during the uncertainties of the last interim government period, a trust deficit the industry must work to address with urgency.

He flagged the EU Digital Product Passport, traceability requirements, and sustainability certifications as the new non-negotiable benchmarks every supplier must be prepared to meet.

Figure 4: Mohammad Shaheed Sikder, Executive Director, Swiss Chroma Bangladesh Ltd.

Mohammad Shaheed Sikder, Executive Director of Swiss Chroma Bangladesh Ltd, began by explaining Swiss Chroma's geographic strategy. The company operates production plants across six countries, with Singapore serving as the regional hub for South Asia. Raw materials produced in China, India, Thailand, and Indonesia are consolidated in Singapore before being shipped to Bangladesh. "Because Singapore is our shipping hub for this region and the Hormuz Strait is on the opposite side, our direct exposure to that disruption is relatively limited," he explained.

Tareq Amin then asked if higher material costs always have to result in more expensive products or if innovation could step in to bridge that gap.

Mohammad Shaheed Sikder’s answer was instructive. "If raw material prices increase, product prices will also tend to go up. To minimize that impact, we need to make the production process more cost effective through process optimization and innovation," he said. He then said they are already working with a technology that enables pretreatment at just 60 to 65⁰C and operates without alkali, a significant departure from conventional high-temperature, alkali-dependent processes. The result is a meaningful reduction in energy consumption and overall process costs.

Figure 5: Md. Nur Hossain, AGM, Fashion Power Group.

Tareq Amin directed his next questions to Md. Nur Hossain, AGM of Merchandising at Fashion Power Group, focusing on how manufacturers at the production end are coping with the simultaneous rise of input material costs, voyage costs, utility bills and supply chain disruptions.

Md. Nur Hossain noted that buyer trends, order placements, and price quotations have all grown significantly more volatile. "At present, every cost factor has moved upward- in just the last one month alone," he observed, underscoring how rapidly the pressure has intensified on factory-level managers trying to quote competitively while margins shrink on every input. "We need product diversification. We need to move into value-added products. That is the only sustainable path forward. As a country without abundant natural resources, upgrading our human skills is the only lever we truly have," he said.

Figure 6: Mahmudul Hasan Bhuiyan, Head of Organizational Development, Babylon Group.Caption

Mahmudul Hasan Bhuiyan, Head of Organizational Development at Babylon Group, said that most CVs he sees nowadays are AI-generated, generic and thin on genuine experience. "Build yourself to build your CV. Participate in projects, solve real problems and bring those experiences onto your CV. Even without formal job experience, you can demonstrate real work experience," he advised. "We want our fresh graduates to be ready to add value to the company from the first day they walk in."

Then on the Q&A part, one audience member noted that trade costs and material costs have risen by 20 to 30 percent and asked how the industry is managing buyer negotiations under these conditions.

Mahmudul Hasan Bhuiyan said, "We are losing competitiveness in diversified, value-added products. We need to invest in building the skilled workforce needed for this shift to survive in the long run”.

Another audience member then asked why entry-level salaries in factories are so low for fresh graduates.

Md. Zafor Iqbal noted that entry-level salaries today are already four to five times higher than when he first joined the industry, and that the trend is upward. Companies are now offering handsome salaries along with facilities.

The ITET Presents BUTEX Career Fair 2026 panel discussion was more than an industry talk, it was an exchange between senior practitioners and future professionals. The convergence of geopolitical disruption, sustainability mandates, technological transformation, process innovations and the imperative to move up the value chain creates a difficult landscape. But it also creates a real window of opportunity for those who are prepared.

Impact of nanotechnology in the arena of textile apparel finishing

Fri, 08 May 2026 01:25:00 +0600

Abstract

The impact of nanotechnology in the arena of textile apparel finishing has brought up innovative finishes along with new application techniques. These advanced apparels finishes setup an unprecedented level of textile performances of strain-resistant, hydrophilic, antistatic, wrinkle resistant, shrink proof abilities and protection methods. Coating the surface of textiles and clothing with nanoparticles is an approach to the production of highly active surfaces to have UV-blocking, antimicrobial, flame retardant, water repellant and self-cleaning properties. As there are various potential applications of nanotechnology in the textile industry, only some of the well-known properties imparted by nano-treatment are critically discussed in this article.

Introduction:

Nanotechnology is an emerging interdisciplinary technology that has been booming in many areas during the recent decade. Its profound societal impact has been considered as the huge momentum to user in a second industrial revolution. The concept of nanotechnology has been started about for the last half century ago and it has already been established it’s potentiality in the textile applications. The use of nanotechnology in textile industry has increased rapidly due to its unique properties of applications.

Figure 1: Applications of nanotechnology in textiles.

The present status of nanotechnology which is using in textile industry is reviewed, with an emphasis on improving the properties of textile materials. Due to immense economical potentiality and unique properties of nanomaterials, nanotechnology has attracted both the economical and scientists concern. Nanotechnology is increasingly attracting worldwide attention, because it is widely perceived as offering huge potential in worldwide range of end uses.

Applications of nanomaterials in textile are expected to increase by a trillion dollar in industry sector by the next decade for their tremendous technological, economical and ecological benefits. Research involving nanotechnology to improve performances or to create unprecedented functions of textile materials is flourishing. In this article we have focused on the applications of nanosized substances to generate advanced quality during the manufacturing and finishing processes in textile.

Nanotechnology Applications in Textiles:

Due to the advancement of nanotechnology in the manufacturing of fibers/yarns including the development of fabric finishes, the applications and scopes are widespread in the area of textiles for the last few decades. The recent advancement of fabric finishes is greatly contributed to the advancement in the area of nanotechnology 1. By combining the nanoparticles with the organic and inorganic compounds, the surfaces of the fabrics treated with abrasion resistant, water repellent, ultraviolet (UV), electromagnetic and infrared protection finishes can be appreciably modified.

Figure 2: Self-cleaning mechanism using nanoparticles in fabric finishing.

In the most recent age, Titanium-dioxide (TiO2) nanoparticles have been utilized for the UV protection. The usage of nanoengineered cross-link agents during finishing process enhances the wrinkle resistance of cotton fabrics. The newly developed micro encapsulation technique is being used in textile industry for flame or fire retardant agents. Microcapsules using siIver nanoparticles (Silver Cap) have been developed for providing anti-microbial effects and for odor control2.

Water repellence:

The water repellant property of fabrics is obtained by creating combination of micro and nano-whiskers with low surface energy, which are generated by wax crystals in the range of size 10-3 for a typical cotton fibre, which are added to the fabric to create a peach fuzz effect. This facilitates like a cushion of air on the fabric surface without lowering the strength of fabric. When water hits on the surface of the fabric, it beads on the points of the whiskers, the beads compress the air in the cavities between the whiskers creating extra resistance.

In technical terms, the fabric has been rendered super-non wettable or super-hydrophobic (Figure 2). The whiskers also create fewer points of contact for dirt. When water is applied to soiled fabric, the dirt adheres to the water far better than it adheres to the textile surface and is carried off with the water as it beads up and rolls off the surface of the fabric. This is the similar concept how the "Soil-cleaning" performed on the leaves of the lotus plant (Figure 3(A),(B)).

Self-cleaning textiles:

The realization of self-cleaning properties on textile surfaces by using nanotechnology includes a vast potential for the development of new materials or new products and applications for known materials. Self-cleaning garments have been developed, keeping nature as a role model considering self-cleaning property of plant leaves and insects (Figure 3(A),(C)). Majority of wettable leaves and insects are naturally more or less smooth without any prominent changing of surface morphology.

In contrast water repellant leaves and insects exhibit various surface sculptures mainly epicuticular wax crystal in combination with papillose epidermal cell. The opening of new application fields for textiles will lead to a new growth stage. For the growing market of technical textiles a further increase in production volume, sales and application fields can be expected by successful transfer of the self-cleaning effect on textile materials.

Structure based soil and water-repellent properties lead to an efficient use of materials and are therefore in agreement with the principles of sustainable development. The use of a self-cleaning coating is attractive as well as are labor saving and effectively improve the appearance of the environment. In the long run, it can save time and money by reducing expensive dry cleaning bills. It could take several years for the retail market of self-cleaning clothes and linens to launch as the technology still needs modification.

Figure 3: Examples of self-cleaning surfaces in nature.

Lotus leaf Water droplets on lotus leaf surface Rose beetle insect

German researchers discovered that the lotus plant, admired for the resplendence of its flowers and leaves, owed this property of self-cleaning to the high density of minute surface protrusions. These protrusions catch deposits of soil preventing them from sticking. When it rains, the leaf has a hydrophobic reaction. Water rolls around as droplets, removing dust as it moves (Figure 3 (B)).

Nanotechnology in Textile finishing:

The impact of nanotechnology in the textile finishing area has brought up innovative finishes as well as new application technique. Particular attention has been paid in the application of chemical finishing by nanomaterials in textile. More efficiently, discrete molecules or nanoparticles of finishes can be brought individually to designated sites on textile materials in a specific orientation and trajectory through thermodynamic, electrostatic or other technical approaches (Figure 4).

Figure 4: Electrostatic self-assembly of nanolayers on charged textile fibers.

Nanoparticles such as metal oxides and ceramics are also used in textile finishing altering surface properties and imparting textile functions. Because of nanosize particles are transparent, and do not blur color and brightness of the textile substrates, preventing nanoparticles from aggregation which is the key to achieve a desired performance. The fabrics which were treated with TiO2 and MgO nanoparticles previously is replaced with active carbons that are used as chemical and biological protective materials.

The photocatalytic activity of TiO2 and MgO nanoparticles can break harmful and toxic chemicals and biological agents. These nanoparticles can be pre- engineered to adhere to textile substrates by using spray coating or electroplating methods. Finishing with nanoparticles can convert fabrics into sensor-based materials. If nanocrystalline piezoceramic particles are incorporated into fabrics, the finished fabric can convert exerted mechanical forces into electrical signals enabling the monitoring of bodily functions such as heart rhythm and pulse if they are worn next to skin.

UV-protective finish:

The most important functions performed by the garment are to protect the wearer from the weather. However it is also to protect the wearer from harmful rays of the sun. The UV-blocking property of a fabric is enhanced when a dye, pigment, de-lustrant, or ultraviolet absorber finish is present that absorbs ultraviolet radiation3 and blocks its transmission through a fabric to the skin. To impart UV- protection, several nanocompounds or nanoparticles can be applied on textile material.

Nonorganic UV-blockers are more preferable to organic UV-blockers as they are non-toxic and chemically stable under exposure to both high temperatures and UV. Inorganic UV-blockers are usually certain semiconductor oxides such as TiO2, ZnO, SiO2 and Al2O3. Among these semiconductor oxides, titanium dioxide (TiO2) and zinc oxide (ZnO) (Figure 4) are commonly used. It was determined that nano-sized titanium dioxide and zinc oxide were more efficient at absorbing and scattering UV- radiation than the conventional size and were thus better able to block UV.

This is due to the fact that nano-particles have a larger surface area per unit mass and volume than the conventional materials, leading to the increase of the effectiveness of blocking UV-radiation. For small particles, light scattering predominates at approximately one-tenth of the wavelength of the scattered light. Various research works on the application of UV-blocking treatment to fabric using nanotechnology were conducted. UV-blocking treatment for cotton fabrics was developed using the sol-gel method. A thin layer of titanium dioxide is formed on the surface of the treated cotton fabric which provides excellent UV-protection; the effect can be maintained after 50 home launderings. Fabric treated with zinc oxide nanorods demonstrates an excellent UV-protective factor (UPF) rating.

Figure 5: Fabric coated with ZnO nanomaterials for UV-protected clothing (SEM-image).

Fabric treated with UV-absorbers, ensures that the clothes deflect the harmful UV- rays of the sun, reducing a person’s Ultra Violet Rays exposure and protecting the skin from potential damage (Figure 5). The extent of skin protection required by different types of human skin depends on UV-radiation intensity & distribution in reference to geographical location, time of day, and season4.

This protection is expressed as UPF, higher the UPF value better is the protection against UV-radiation. Titanium dioxide is a photocatalyst; once it is illuminated by light with energy higher than its band gaps, the electrons in TiO2 will jump from the valence band to the conduction band, and the electron (e-) and electric hole (h+) pairs will form on the surface of the photocatalyst. The negative electrons and oxygen will combine into O2 the positive electric holes and water will generate hydroxyl radicals. Since both are unstable chemical substances, when the organic compound falls on the surface of the photocatalyst it will combine with O2 and OH- respectively, and turn into carbon dioxide (CO2) and water (H2O). This reaction is called 'oxidation-reduction’, and the mechanism is shown in Figure 6.

Figure 6: Schematic presentation of UV-protecting phenomenon using TiO2 nanomaterial coating.

Several investigations have been carried out on the basis of the use of the photocatalytic property of TiO2, in the field of textiles5. On other hand, ZnO is also a photocatalyst, and the photocatalysis mechanism is similar to that of TiO2; only the band gap (ZnO: 3.37eV, TiO2: 3.2eV) is different from titanium dioxide.

Anti-bacterial finish:

For imparting anti-bacterial properties, nano-sized silver, titanium dioxide and zinc oxide have been used so far. Metallic ions and metallic compounds display a certain degree of sterilizing effect. It is considered that part of the oxygen in the air or water is turned into active oxygen by means of catalysis with the metallic ion, thereby dissolving the organic substance to create a sterilizing effect6. With the use of nano-sized particles, the number of particles per unit area is increased, and thus anti-bacterial effects can be maximized (Figure 7).

Nanosilver particles have an extremely large relative surface area, thus increasing their contact with bacteria or fungi, and vastly improving their bactericidal and fungicidal effectiveness. Nano-silver is very reactive with proteins. When contacting bacteria and fungus, it will adversely affect cellular metabolism and inhibit cell growth. It also suppresses respiration, the basal metabolism of the electron transfer system, and the transport of the substrate into the microbial cell membrane. Furthermore, it inhibits the multiplication and growth of those bacteria and fungi which cause infection, odour, itchiness and sores. Hence, nanosilver particles are widely applied to socks in order to prohibit the growth of bacteria.

Figure 7: Silver based nanoparticles representing a) structural view of a silver nanoparticle containing functional microcapsule; b) cross-section of fiber coated with silver nanoparticle.

In addition, nano-siIver can be applied to a large range of other healthcare products such as dressings for burns, scald, skin donor and recipient sites. Through the reaction, the photocatalyst is able to decompose common organic matters in the air such as odour molecules, bacteria and viruses. It has been established that a fabric treated with nano-TiO2, could provide effective protection against bacteria and the discoloration of stains, due to the photocatalytic activity of nano-TiO2. ZnO nanoparticle can also provide effective photocatalytic properties once it is illuminated by light, by the way it can be employed to impart anti-bacterial properties to textiles.

Anti-static finish:

Static charge usually builds up in synthetic fibres such as polyamide and polyester because they absorb little water. Cellulosic fibres have higher moisture content to carry away static charges, so that no static charge will accumulate. As synthetic fibers provide poor anti-static properties, research work concerning the improvement of the anti-static properties of textiles by using nanotechnology were conducted. TiO2, ZnO and nano antimony-doped tin oxide (ATO) provide anti-static effects because they are electrically conductive materials. Such material helps to effectively dissipate the static charge which is accumulated on the fabric.

On the other hand, silane nanosol improves anti-static properties, as the silane gel particles on fibre absorb water and moisture in the air by amino and hydroxyl groups and bound water. Nanotechnology has been applied in manufacturing an anti-static garment1, 5, 6. Electrically conductive nano-particles are durably anchored in the fibrils creating an electrically conductive network that prevents the formation of isolated chargeable areas and voltage peaks commonly found in conventional anti-static materials. This method can overcome the limitation of conventional methods, which is that the anti-static agent is easily washed off after a few laundry cycles.

Wrinkle resistance finish:

Wrinkling occurs when the fibre is severally creased. In case of when fibre or fabric is bent, hydrogen bonds between the molecular chains in the amorphous regions break and allow the chains to slip past one another. The bonds, reform in new places and fibre or fabric is held in the creased configurations. To impart wrinkle resistance to fabric, resin was used previously in conventional methods.

The disadvantages of conventional resin applications include in the decrease of the strength of fibre and in abrasion resistance, water absorbency and dye-ability, as well as breathability. To overcome the boundaries of using resin, some researchers have employed TiO2 nanoparticles and nano-Silica to improve the wrinkle resistance of cotton and silk, respectively. TiO2 nanoparticle was employed with Carboxylic acid as a catalyst under UV irradiation to catalyze the cross linking reaction between the cellulose molecule and the acid. On other hand, nano-Silica was applied with Maleic anhydride as a catalyst; the results showed that the application of nano-Silica with Maleic anhydride could successfully improve the wrinkle resistance of silk.

Anti-Pollen finish:

A few marketing companies around the world have introduced anti-pollen fabrics and garments. It is claimed that particles of 30 nm sizes are attached to the surface of yarns thus the smoothness of the finish on the surface and the anti-static effect does not let pollen or dust come close. This is achieved by using the polymer which has antistatic or electro conductive composition e.g. Fluoro alkyl – methacrylate polymers). It is used in coats, blouses, hats, gloves, arm covers, bedding covers, etc.

Flame Retardant Finish:

Nyacol nanotechnologies TM has been developed colloidal antimony pentoxide which has been applied for flame retardant finish in textile. Colloidal antimony pentoxide has been offered as fine particle dispersion, for use as a flame retardant synergist with halogenated flame-retardants (the ratio of halogen to antimony is 5:1 to 2:1). Nano antimony pentoxide is used with halogenated flame-retardants for a flame retardant finish to the garments.

Table: Commercially available nano-particles for textile applications

SN	Nanoparticles	Properties
1	Silver nanoparticles	Anti-bacterial finishing
2	Fe nanoparticles	Conductive magnetic properties, remote heating.
3	ZnO and TiO2	UV-protection, fiber protection, oxidative catalysis
4	TiO2 and MgO	Chemical and biological protective performance, provide self-sterilizing function.
5	SiO2 or Al2O3 Nano-particles with PP or PE coating	Super water repellent finishing.
6	Indium-tin oxide nanoparticles	EM / IR protective clothing.
7	Ceramic nanoparticles	Increasing resistance to abrasion.
8	Carbon black nanoparticles	Increasing resistance to abrasion, chemical resistance and impart electrical conductivity, coloration of some textiles.
9	Clay nanoparticles	High electrical, heat and chemical resistance.

Conclusion:

In our concern nanotechnology is opening up a demand for higher precision, greater density and lightning speed combined with the intellectualization and miniaturization to progress into the next generation of apparels. The commercial application of nanotechnology has already been introduced in many prospect of textile arena. To create, alter and improve textiles at the molecular level and increase durability and performance beyond that of normal textiles are possible now. To continue this favorable trend, the textile industry should contribute more to research in nanotechnology and intensify its collaboration with other disciplines. With the changing trends and demands of the customer, it is the need of the age to make use of the technology available today. These applications and developments show that nanotechnology will emerge to dominate the textile field in future.

UCB , IVY Decarb Marketplace SL sign MoU to support a sustainable net zero carbon emission future

info@textiletoday.com.bd (Textile Today) — Fri, 08 May 2026 00:27:00 +0600

United Commercial Bank PLC (UCB) has signed a Memorandum of Understanding (MoU) with IVY Decarb Marketplace SL (IVY) under the theme, “Partnering for a Sustainable NZCE (Net Zero Carbon Emission) Future.” The partnership marks a significant step toward promoting sustainable business practices and supporting decarbonization efforts in Bangladesh’s textile and garments sector. Under this collaboration, ITX Trading S.A. may contribute by providing strategic guidance, industry insights, and global best practices related to sustainability, supply chain decarbonization, and responsible sourcing.

Figure: UCB,IVY Decarb Marketplace SL sign MoU to support a sustainable net zero carbon emission future.

Through this strategic collaboration, both organizations aim to facilitate access to green and climate-focused solutions for textile and garment businesses in Bangladesh. The partnership will also support the implementation of decarbonization initiatives, helping businesses transition toward more sustainable and environmentally responsible operations.

The signing ceremony was graced by the presence of Sharif Zahir, Chairman of UCB.

The agreement was formally executed on behalf of UCB by Nabil Mustafizur Rahman, Managing Director & CEO (Current Charge), and Adnan Masud, Additional Managing Director (Wholesale Banking).

Representing IVY Decarb Marketplace SL, the agreement was signed by Javier Bernal Dionis, Chief Executive Officer. Also present at the ceremony were José Manuel Caballero, Managing Director, and Md. Masud Rana, Business Development Director.

The event was also attended by Javier Carlos Santonja Olcina, Country Head, ITX Trading SA, along with other distinguished guests.

This collaboration reflects UCB’s continued commitment to sustainable finance, green transformation, and supporting Bangladesh’s journey toward a low-carbon future.

BTMA and CottonConnect Limited (CCUK) sign MoU to promote domestic cotton production, sustainable supply chain and market linkages

deskreport@gmail.com (Desk Report) — Thu, 07 May 2026 23:18:00 +0600

Bangladesh Textile Mills Association (BTMA) and CottonConnect Limited (CCUK) signed a Memorandum of Understanding (MoU) on 06 May 2026 at the BTMA Gulshan Office. This partnership will promote domestic cotton production, develop a sustainable and traceable cotton supply chain and strengthen market linkages for locally produced cotton.

Figure: The meeting was led by Showkat Aziz Russell, Honorable President of BTMA while Alison Ward, Chief Executive Officer of CottonConnect Limited led the CCUK delegation.

The meeting was led by Showkat Aziz Russell, Honorable President of BTMA while Alison Ward, Chief Executive Officer of CottonConnect Limited led the CCUK delegation.

During the meeting, the parties discussed key issues relating to the development of Bangladesh's cotton sector, including the Government's target to produce 0.5 million bales of cotton by 2030, the existing 1% tax at source on the supply of domestic cotton to export-oriented industries, and other policy-related challenges affecting the sector.

BTMA strongly urged the Government to withdraw the existing tax at source on cotton to encourage local cotton production and utilization.

Under the MoU, BTMA and CottonConnect Limited will collaborate in areas including domestic cotton production, regenerative farming practices, traceability systems, ESG reporting, capacity building, policy advocacy and international cotton supply chain linkages.

The meeting observed that increased domestic cotton production would reduce import dependency, shorten production lead time, save foreign currency and enhance the confidence and interest of international buyers in Bangladesh's textile and apparel sector.

On behalf of BTMA, Directors Mohd. Khorshed Alam, Syed Enayat Kabir and Rubaiyat Haider attended the meeting. From CottonConnect Limited, Abou Bakar, Country Representative for Bangladesh and Pakistan, and Dr. Farid Uddin, Consultant, were also present.

BGMEA and IVY Decarb sign MoU to advance industrial decarbonization in Bangladesh’s RMG Sector

deskreport@gmail.com (Desk Report) — Thu, 07 May 2026 21:14:00 +0600

Bangladesh Garment Manufacturers and Exporters Association (BGMEA) and IVY Decarb Marketplace SL have signed a Memorandum of Understanding (MoU) on May 6, to strengthen collaboration on industrial decarbonization, productivity improvement, and sustainable machinery transition in Bangladesh’s garment and textile sector.

Figure: The MoU was signed on 6 May 2026 by Vidiya Amrit Khan, Vice President, BGMEA, and José Manuel Caballero, Managing Director, IVY Decarb Marketplace SL.

The MoU was signed on 6 May 2026 by Vidiya Amrit Khan, Vice President, BGMEA, and José Manuel Caballero, Managing Director, IVY Decarb Marketplace SL. The signing was witnessed by Shah Rayeed Chowdhury, Director, BGMEA, and Md. Masud Rana, Business Development Director, IVY Decarb. Sheikh Hossain Muhammad Mustafiz, Director, BGMEA; and Wasim Zakariah, Chairman, Standing Committee on Responsible Business Hub and Sustainability Reporting were also present on the occasion.

Under this collaboration, BGMEA and IVY Decarb will work together to introduce the decarbonization methodologies to BGMEA member factories, and support the sector in exploring advanced, energy-efficient industrial machinery. The partnership will also focus on validating and strengthening IVY Decarb’s methodology for measuring productivity and sustainability impacts from textile machinery replacement.

Speaking on the occasion, Vidiya Amrit Khan, Vice President of BGMEA, said that decarbonization is no longer only an environmental priority; it is becoming a core competitiveness issue for Bangladesh’s RMG industry. Through this collaboration with IVY Decarb, BGMEA aims to support its member factories in accessing knowledge, tools, and practical pathways for machinery modernization, improved efficiency, and measurable climate impact.

José Manuel Caballero, Managing Director of IVY Decarb Marketplace SL, stated that Bangladesh is one of the most important garment manufacturing hubs in the world, and BGMEA’s leadership in sustainability makes this partnership highly significant. IVY Decarb is pleased to collaborate with BGMEA to support factories in identifying technology-driven opportunities that can reduce emissions, improve productivity, and connect industry actors with machinery, financing, and impact measurement solutions.

This partnership reflects BGMEA’s continued commitment to supporting Bangladesh’s apparel industry in its transition toward a more sustainable, resource-efficient, and globally competitive future. It also marks another step in strengthening industry-level cooperation for practical decarbonization solutions aligned with global sustainability requirements.

Target partners with Parke for limited edition fashion collection

alulk3Ar7x7Twul@gmail.com (International Desk) — Thu, 07 May 2026 16:37:00 +0600

Target Corporation has unveiled a limited-time fashion collaboration with Parke, bringing the fast-growing Gen Z-favourite label to a wider customer base through an affordable capsule collection. The nearly 60-piece collection, featuring apparel and accessories priced mostly under $40, is set to launch on April 25 across select stores and online platforms.

Figure: The nearly 60-piece collection, featuring apparel and accessories priced mostly under $40, is set to launch on April 25 across select stores and online platforms.

The partnership marks Target’s latest move to expand its roster of fashion collaborations by tapping into digitally native brands with strong consumer followings.

The Parke and Target collection will feature nearly 60 women’s apparel and accessory pieces, including leisurewear, denim, coordinated ready to wear sets and swimwear, marking Parke’s first entry into the swim category.

Target said most products will be priced under $40, with select items starting at $5, making the collection accessible to mass market shoppers.

Parke has built a loyal online following through its community-driven design model, where customer feedback directly influences product development, from silhouettes and colours to wardrobe essentials.

Target said the collaboration reflects its strategy of making premium-inspired style accessible at affordable prices. “Parke has built such a strong following by putting its community at the center of everything it creates, designing with intention and showing up in ways that feel personal, authentic and connected,” said Gena Fox, Senior Vice President of Apparel and Accessories at Target.

She added that the collaboration builds on Target’s long-standing commitment to delivering style, design and value to a wide consumer base.

The collection was co-developed by Target and Chelsea Parke Goles, founder and CEO of Parke, along with her design team.

According to Goles, the partnership represents a significant milestone for the brand. “Collaborating with Target is incredibly meaningful because it opens the brand up in a whole new way,” she said.

She noted that the partnership allows Parke to reach customers beyond its traditional direct-to-consumer channels while preserving the brand’s focus on community and connection.

The collection includes Parke’s signature mockneck logo sweatshirts, mix and match separates, staple denim and easy to wear essentials designed for repeat use.

Notably, the collaboration reflects a growing retail trend in which major mass market retailers partner with digitally native niche brands to attract younger shoppers seeking both affordability and trend relevance.

Industry leaders call for faster circular transition in apparel sector

deskreport@gmail.com (Desk Report) — Thu, 07 May 2026 13:10:00 +0600

The Ministry of Commerce of the Government of Bangladesh and the BGMEA co-hosted a high-level seminar titled “Accelerating Circular Transition through SWITCH2CE Pilot Pathways in Bangladesh” at the hotel Intercontinental in Dhaka on 6 May 2026.

Figure 1: Titled “Accelerating Circular Transition in Bangladesh's Textile Industry: Insights from SWITCH2CE Pilots,” the seminar took place at Hotel InterContinental Dhaka,

Khandaker Abdul Muktadir MP, Honorable Minister of the Commerce, Industry and Textiles & Jute Ministries, attended the event as the Chief Guest, while Md. Abdur Rahim Khan, Secretary (in charge), Ministry of Commerce, chaired the seminar. H.E. Michael Miller, EU Ambassador to Bangladesh, joined as Special Guest, and Mahmud Hasan Khan, President of BGMEA, attended as Guest of Honour.

Figure 2: Khandaker Abdul Muktadir MP, Honorable Minister of the Commerce, Industry and Textiles & Jute Ministries

The seminar was also addressed by Mark Draeck, Chief Technical Advisor of SWITCH2CE-UNIDO; Vidiya Amrit Khan, Vice President of BGMEA; Ziaur Rahman, Regional Country Manager of H&M Group; and Mehmet Hakan Tüzün, Chief Representative of BESTSELLER Bangladesh.

Supported by the United Nations Industrial Development Organization (UNIDO) and conducted in collaboration with leading EU multinational companies H&M Group and BESTSELLER, the event brought together senior policymakers, industry leaders, diplomats, and international development partners to advance Bangladesh’s circular economy agenda in the ready-made garment sector.

Figure 3: Mahmud Hasan Khan, President of BGMEA.

The seminar highlighted the achievements and key learnings from two landmark industrial pilot projects implemented in Bangladesh under the global SWITCH to Circular Economy Value Chains (SWITCH2CE) initiative. The pilots, conducted in partnership with H&M Group and BESTSELLER, demonstrated scalable pathways for circularity in textile value chains.

Figure 4: The event brought together senior policymakers, industry leaders, diplomats, and international development partners to advance Bangladesh’s circular economy agenda in the ready-made garment sector.

The global SWITCH2CE project, is co-funded by the European Union/ European Commission and the Government of Finland/ Ministry for Foreign Affairs of Finland, led by UNIDO, in collaboration with Chatham House Environment and Society, Circle Economy, and European Investment Bank (EIB).

Bangladesh jute exports rise 43% in April to nearly $80m, says EPB

d9AJUkQMupNdbSK@gmail.com ( Shafiun Nahar Elma) — Thu, 07 May 2026 09:40:00 +0600

Key insights:

Cumulative exports rose 2.52% to $701.7 million in July to April FY2025 to 26, showing underlying resilience.
Growth is increasingly driven by jute bags, packaging, yarn, and diversified goods rather than raw fiber exports.
Government plans to reopen six mills and improve fiber quality are reinforcing export momentum with structural support.

Bangladesh’s jute and jute goods sector has entered a recovery phase, with the latest April 2026 data from the Export Promotion Bureau showing a strong month-on-month rebound. Especially as growth is increasingly linked to value-added products.

Figure: Bangladesh jute exports rise 43% in April to nearly $80m: EPB. Courtesy: Textile Today

According to Export Promotion Bureau (EPB) data, Bangladesh’s jute and jute goods exports earned $618.17 million during the July–March period of FY2025–26, slightly down from $626.29 million in the same period a year earlier, marking a 1.30% decline. The performance reflected weak global demand and a slow export environment during most of the fiscal year.

However, the trend improved significantly in April 2026. Monthly export earnings from jute and jute goods rose sharply to nearly $80 million, increasing by around 43% compared to March. The strong monthly rebound suggests a recovery in export momentum after months of subdued performance.

For the period from July to April of FY 2025–26, total exports for the sector reached $70.17 $701.7 million, compared to $684.5 million in the same period of the previous fiscal year. According to the EPB, this translates into a 2.52% year-on-year growth, confirming that the sector is successfully navigating a turnaround after previous periods of decline.

This transition is critical as global buyers are shifting away from raw fiber sourcing toward finished and semi-finished eco-friendly products. Exporters are increasingly focusing on diversified items such as jute bags, shopping bags, sacks, hessian, yarn, twine, and specialized packaging solutions. Jute is gaining traction as a sustainable alternative to plastic and synthetic packaging.

Policy support aligns with export recovery

The timing of the April surge aligns with new policy actions aimed at restructuring the sector. Between 23 and 26 April 2026, the government announced plans to reopen six jute mills under private sector management.

In addition, initiatives are underway to improve seed quality, enhance fiber standards, and introduce modern production technologies.

Leading exporters shape the market

Export-oriented companies are playing a key role in driving this growth. Major contributors include Janata Jute Mills Limited, Akij Jute Mills Limited, Imperial Jute, Ahyan Jute Mills, Sharif Jute Mills Ltd, and SA Shamim Jute Mills Ltd.

Janata Jute Mills continues to lead with scale and market reach, while Imperial Jute is expanding in premium and food-grade packaging segments. These firms are aligning production with global sustainability demand and moving toward higher-margin product categories.

View point

The jute sector is now being shaped by a dual engine of export recovery and policy reform. This combination is repositioning jute as a strategic green manufacturing sector.

Value creation is shifting from raw fiber to diversified product lines. Companies that invest in design, quality, and branding are likely to capture more value in global markets.

The April data from EPB signals a structural transition where Bangladesh’s jute sector is aligning with global sustainability trends and moving up the value chain. The focus on value-added products will remain central to this expansion. As global demand for eco-friendly materials continues to rise, Bangladesh is well-positioned to strengthen its role in the green supply chain through jute-based innovations.

Eco denim finishing sees progress, but chemical impact remains a concern

deskreport@gmail.com (Desk Report) — Thu, 07 May 2026 09:38:00 +0600

The global denim industry is making steady progress in reducing its environmental footprint, but significant gaps remain, particularly in chemical management, according to a new industry report.

Courtesy: Collected

The study titled Denim Industry Progress & Insights 2025 highlights measurable improvements in water and energy consumption across denim finishing processes. The report is based on data from Jeanologia’s Environmental Impact Measurement platform, which tracks the sustainability performance of garment finishing worldwide.

According to the findings, many manufacturers have successfully reduced water usage and improved energy efficiency through advanced technologies and process optimization. These gains reflect growing industry awareness and investment in cleaner production methods.

However, the report identifies chemical impact as a key challenge that still requires urgent attention. While progress has been made in reducing resource consumption, the use and management of chemicals in denim finishing continue to pose environmental and compliance risks across the supply chain.

The report emphasizes the need for a more holistic approach to sustainability, urging brands, manufacturers, and technology providers to collaborate more closely. It calls for stronger adoption of safer chemical alternatives, improved transparency, and wider implementation of impact measurement tools.

As global regulations tighten and sustainability expectations rise, the denim sector is under increasing pressure to accelerate its transition toward safer and more responsible production practices.

Eastern refinery set to resume operations with fresh crude supply

kw5XLvDFyMBCqDD@gmail.com (BTT Desk) — Wed, 06 May 2026 23:26:00 +0600

Bangladesh’s only state-owned refinery, Eastern Refinery PLC, is set to resume operations from May 7 following the arrival of a fresh crude oil shipment.

Figure: Eastern Refinery PLC. Courtesy: Collected

The confirmation came from Mamunur Rashid Khan, Deputy General Manager (Operations), Eastern Refinery PLC, who stated that refining activities are expected to restart on 7^th May after 5:00 pm, subject to operational readiness.

Initially, the refinery will operate at a reduced capacity with a daily production target of around 3,500 tons. The phased approach is aimed at allowing necessary technical adjustments before gradually scaling up to full capacity.

The crude oil shipment, carried by the vessel MT Nynemia from Saudi Arabia, anchored at Kutubdia on May 6. The vessel is transporting approximately 194,000 metric tons of crude oil, ensuring short-term operational continuity.

According to refinery sources, the current crude stock will support operations for approximately 20 to 25 days. Another shipment is expected after May 20 and is likely to carry around 100,000 metric tons, depending on vessel capacity.

Md. Sharif Hasnat, Managing Director, Eastern Refinery PLC, confirmed that operations will begin as planned and may gradually move toward maximum capacity.

The restart of the refinery is expected to ease pressure on the country’s fuel supply chain and support stable energy availability for industry and the transport sector.