Washing water waste out of fashion

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By Michael Cinco, in collaboration with Epson
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By Michael Cinco, in collaboration with Epson
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Updated 18 February 2026
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Washing water waste out of fashion

Suat Ozsoy, vice president of commercial operations at Epson META-CW Asia, explores how the fashion industry can innovate and become more sustainable by reducing water consumption.

We have all had that perfect pair of jeans — the ones that fit just right, in the perfect color, and with a style that feels like it was made for us. But when you look a little closer, we might realize they are not as perfect as they seem. Why? Because it takes nearly 3,781 liters of water to make the average pair of jeans according to the World Economic Forum. That’s enough to fill around 50 baths.

The garment industry has grown up around waterways, which have provided the transportation, power for mills and water sources for production. But it has also led to pollution and huge water waste as per WWF’s report on ‘The Water Risks and Opportunities Facing Apparel and Textile Clusters’.

As the fashion industry continues to grow, the environmental cost of producing clothing is becoming an increasingly urgent issue. Reducing water consumption is essential to creating a more sustainable future for fashion.

Local initiatives and Vision 2030
The UAE, as a hub for innovation and sustainability in the Middle East, increasingly recognizes the need to address environmental challenges like water conservation. Under the framework of Vision 2030, the UAE government has prioritized sustainability, with significant investments in water management and innovative technologies to address water scarcity. The National Water Strategy 2036 aims to ensure the sustainable use of water resources, improving efficiency and reducing waste across various sectors, including textiles. With growing awareness of global water issues, local stakeholders are looking at cutting-edge solutions such as digital textile printing and sustainable manufacturing practices to minimize the ecological impact of industries such as fashion.

An XXXL sized problem
The textile industry has a heavy environmental footprint — both globally and in the Middle East. According to Tadweer Group, the UAE’s annual textile consumption stands at around 500 million items, of which approximately 210,000 tonnes end up as discarded material — up to 90 percent of which currently goes to landfill. This waste is especially significant for a region with ambitious sustainability goals and highlights the urgency for the textile and fashion industries to embrace redesign, recycling and more sustainable manufacturing methods.

Why all the water?
Water waste in clothing production begins with the raw materials. Most textiles are woven from cotton, which requires more water than any other crop. As per Florida State University’s research ‘Clothed in Conservation: Fashion & Water’, producing just 1 kg of raw cotton requires between 7,000 and 29,000 liters of water, whereas 1,827 liters of water are used to produce 1 kg of wheat and cereal grains only need 1,000 liters per kg. The manufacturing process also needs huge volumes of water. The cotton must be bleached, dyed, printed and rinsed. Dyed cotton requires up to 150 liters of water per kg according to the report ‘Why Does it Take So Much Water to Make a Cloth?’ by Decathlon Sustainability.What technology is available to reduce the huge waste associated with traditional analogue methods used in clothing manufacture?

Technology that is making an impact
The pre- and -post treatment of fabrics for printing is an area where new technology can significantly reduce water use. Epson’s Monna Lisa ML-13000 is an example of a modern digital printer that uses pigment ink, simplifying the whole process and reducing water use by up to 97 percent compared to traditional textile printing.

Digital textile printing also allows for on-demand production, removing unnecessary water and textile waste associated with traditional analogue processes that are not well-suited for low print volumes, resulting in over production. Digital printers are also compact in size and can help shorten supply chain processes, keeping production closer to where it is consumed.

Cutting waste in other ways
Epson’s digital printing is just one of the technologies that is helping the textile industry move toward more sustainable production. Another is Epson’s Dry Fiber Technology for textiles.

A prototype is in development that defibrates used clothing and mill ends into base fibers, which can be supplied for subsequent processes to create new non-woven materials. The defibering process is waterless, although moderate humidity is required. If used widely, this could help solve two of the industry’s major challenges: the huge volume of water needed for production and the current low volume of clothing recycling.

To highlight the possibilities of sustainable technology, renowned UAE-based fashion designer Michael Cinco collaborated with Epson during Arab Fashion Week 2023. Using Epson’s digital printing technology, Cinco was able to print intricate designs for his runway collection inspired by Gustav Klimt, showcasing the power of sustainable, high-quality textile printing. This collaboration underscores the growing importance of environmentally conscious practices in the fashion industry, especially in the UAE, where sustainability is becoming an increasingly integral part of the fashion landscape.

A change of mindset
Next time you choose a garment, think about the innovation behind it and envision a future where informed choices help drive responsible production and help protect our environment for the next generation.

To learn more about Epson’s innovation for the textile industry, visit: https://www.epson.ae/discover/sustainable-technologies


iCAUR V27 conquers city roads with new energy technology

Updated 23 February 2026
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iCAUR V27 conquers city roads with new energy technology

A media test drive event focused on premium on-road driving was held in Jeddah. On Feb. 5, iCAUR invited representatives from media outlets, including leading automotive outlet Motory, to take part in an in-depth driving experience featuring the all-round hybrid SUV V27 across urban roads and intercity highways.
Guests gathered at Jeddah’s premium landmark, Millionaire Restaurant, where the iCAUR Saudi Arabia team introduced the V27’s design philosophy and key technologies. Open discussions followed, helping members of the media gain a clearer understanding of iCAUR’s brand vision and the V27’s core strengths ahead of the test drive.
The test drive route covered urban roads in Jeddah as well as inter-city highways leading to King Abdullah Economic City, providing an ideal setting to evaluate the V27’s on-road performance across varied conditions. During long-distance highway driving, range and power remain key considerations, and the iCAUR V27 demonstrated solid on-road performance. As the brand’s first mass-production model equipped with the Golden REEV system, the V27 features a dedicated 1.5T range-extender engine with a thermal efficiency of 45.79 percent. It generates 3.71 kWh of electricity per liter of fuel and delivers a combined range of over 1,000 km, effectively addressing long-distance travel concerns.
On city streets with moderate traffic, the V27 impressed with its smooth and quiet ride. The electric motors deliver responsive, linear acceleration, with seamless start-stop performance that keeps driving relaxed even in traffic. Once on open intercity highways, pressing the accelerator fully unleashes 455 hp from the dual motors, propelling the SUV from zero to 100 km/h in about five seconds. Overtaking and lane changes feel effortless, with no hint of lag at any point.
Even more impressive, this five-meter-long SUV, with a chassis tuned by the internationally renowned racing team Prodive and equipped with an intelligent all-wheel drive system, maintained precise handling at high-speed corners. The steering felt responsive and refined, while the suspension offered solid support, completely defying the typical perception of large SUVs as cumbersome. “I didn’t expect such a large SUV to handle so nimbly — it was enjoyable to drive from start to finish,” one media guest remarked after the test drive. “The intelligent cockpit exceeded all expectations, making long-distance driving both comfortable and enjoyable!”
During the test drive, several media representatives praised the V27’s Stellar Cockpit. The 15.4-inch 3K HD touchscreen delivers crisp, detailed visuals, while the smart infotainment system powered by the 8155 chip ensures smooth operation comparable to a premium tablet, with seamless swiping and no lag. Meanwhile, a temperature-controlled armrest compartment, along with ventilated and heated seats precisely calibrated to the driver’s comfort, kept the driving experience enjoyable throughout the long-distance journey.
Previous test drives at Riyadh’s Edge of the World demonstrated the V27’s off-road capabilities under challenging conditions. The Jeddah media test drive, however, offered a first-hand experience of the V27’s impressive performance in city commuting and intercity highway scenarios. It not only overcomes the typical trade-off between power and range found in conventional new energy vehicles but also seamlessly combines intelligent technology with precise handling, meeting the key expectations of Saudi drivers for on-road performance.
As a model tailored for the Middle East market, the iCAUR V27 made its global debut in the UAE on Feb. 8, followed by a launch in Bahrain on Feb. 10. The arrival of the V27 is expected to bring fresh energy and new possibilities to the region’s premium new energy mobility segment.