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Vibrant color is one of the joys of fashion... 👗 Whether it's a brat-green sweater, a toasted-sesame skirt or a mulled-wine blazer, these colors don't just magically appear on textiles. They require an enormous amount of concentrated chemical dye, and as a result, produce an even bigger amount of wastewater. 💦 To dye one ton of polyester, factories create 30 tons of toxic wastewater. 😱 The fashion industry is responsible for 20% of the world’s industrial water pollution, while also using up vital resources like groundwater in some countries, explains the BBC. Read how Alchemie Technology Ltd avoids all of this senseless waste and pollution by using what is essentially inkjet technology to precisely and efficiently deliver color onto textiles: https://lnkd.in/gQPpvt9U

British engineer, Alan Hudd, was challenged to find a solution for the excessive water pollution caused by textile dyeing factories. Leveraged by his contributions to innovation in surface treatments via inkjet technologies, Hudd rose to the challenge and founded Alchemie Technology in 2013. Alchemie Technology's digital dyeing technology, Endeavour and Novara, uses inkjet application, revolutionising the traditional method of fabric dyeing. Their innovative approach utilizes 95% less water and up to 85% less energy, significantly reducing dye and finishing product usage. Alchemie's technology aims to address the environmental impact of the fashion industry, which contributes 10% of global carbon emissions. The urgency for such innovation is evident, considering the potential for water shortage and rising energy costs to impact the fashion industry. Alchemie's technology replaces the conventional method while maintaining the quality and efficiency of fabric dyeing. The company is gearing up to scale operations and meet sustainability targets with several major brands.

The garment finishing industry is evolving, and water-free processes are becoming the new standard! With growing concerns about sustainability, environmental impact, and efficiency, innovative technologies are redefining traditional garment finishing methods. Some of the cutting-edge water-free approaches include: 1. _Vapor finishing_: Utilizing vapor instead of water for treatments like wrinkle removal and texture enhancement. 2. _Plasma technology_: Employing plasma to alter fabric surfaces, achieving effects like softening and water repellency. 3. _CO2 dyeing_: Using liquid carbon dioxide as a solvent for dyeing, reducing water and energy consumption. 4. _Nanotechnology_: Applying nanotechnology to fabric finishes, enabling improved performance and sustainability. 5. _Mechanical finishing_: Leveraging advanced machinery for mechanical finishing, minimizing water usage. By adopting these water-free garment finishing processes, the industry can significantly reduce its environmental footprint, enhance efficiency, and create high-quality, sustainable garments. Embrace the future of garment finishing!

Ever thought about that age-old "glass half-full or half-empty" analogy? It's a classic way to talk about optimism versus pessimism. Seeing the glass as half full is usually seen as optimistic, while seeing it as half empty is often viewed as pessimistic. But think about this: what if the goal is to finish the glass? Suddenly, seeing it as half empty becomes the optimistic view because you're halfway there! On the flip side, seeing it as half full could be seen as pessimistic because it means there's still more to do. Context really shapes how we see things, right? Now, let's apply this thinking to the textile industry. Lately, "progress over perfection" has been everywhere, suggesting that forward movement is better than waiting for flawless solutions. But what does progress really mean in this context? And how do we define perfection? Take the development of next-gen materials aimed at slashing the industry's carbon footprint. Imagine if a new material, despite its innovation, ends up having a higher carbon footprint than what it replaces. Is that progress? Well, maybe not perfect, but it should at least nudge us in the right direction. This principle applies across various sectors of the textile industry, from chemicals to dyeing methods and beyond. The industry is charging ahead with innovative solutions, but are all innovations truly aligned with our big-picture objectives, like reducing carbon emissions? For example, if a new dyeing method ends up increasing our carbon footprint, should we really go all-in? Real progress means getting behind solutions that match our long-term goals, even if they need some tweaking or teamwork. So, let's keep the innovation flowing, but let's make sure it's heading somewhere meaningful. We need solutions that keep delivering without causing new headaches down the line. Understanding the context and sticking to our goals – now that's how we push real progress in any industry! Make sure you are building the right it before you build it right - Alberto Savoia

Do you know fabrics that can clean themselves❓ 💡I recently noticed that self-cleaning textiles developed using  nanotechnology can effectively resist dirt and bacteria, reduce the frequency of washing, and extend the service life of fabrics. ✅Self-cleaning textile technology imitates the self-cleaning principle  of lotus leaves, so that textiles have a self-cleaning effect similar to  lotus leaves, which can effectively prevent accidental stains in life. Its core technology is that it has "three-proof"  functions without  affecting the moisture absorption and breathability of the fabric itself. 🌏The development of self-cleaning functional textiles can alleviate  the environmental and energy problems caused by washing. However, the current research status of self-cleaning textiles shows that there  are still many key issues to be further developed. For example, the efficiency of photocatalysts is limited by light conditions, and the decomposition efficiency of different types of stains may be different. The durability and safety of some nanomaterials are still under study. #Layo #Fabric #Textile #Fashion #Clothing #Garments #Trends #manufacturing #sustainable #Feature #knitting #woven #Brand

The best laser brands for denim include: •⁠ ⁠Jeanologia: Known for ozone fading technology and eFlow system, which reduces water consumption by 70% and chemical usage by 50% ¹. •⁠ ⁠ Levi's Research Laboratory: Developed the first CO2 laser technology commonly used in the denim industry today ¹. When selecting a laser brand for denim, consider factors such as: •⁠ ⁠Environmental sustainability: Look for brands reducing water, energy and chemical consumption. •⁠ ⁠Precision and accuracy: Ensure the laser technology offers precise distressing and fading capabilities. •⁠ ⁠Cost-effectiveness: Consider labor, energy and chemical cost reductions. •⁠ ⁠Creative freedom: Opt for brands allowing complex design production with accuracy.

Dr. Alan Hudd, CEO & founder, Alchemie Technology Ltd, Duxford, Cambridgeshire, U.K., presents, “Bringing Digital Textile Dyeing to the USA – A Sneak Peak at Future of Textiles” at today’s IMI & Alchemie Digital Textile Manufacturing Technologies Conference at the DoubleTree Suites by Hilton SouthPark in #Charlotte, N.C. The fashion industry is the world's second largest producer of industrial wastewater discharge, Dr. Hudd said. In today’s textile industry, traditional dyeing methods remain widespread despite growing environmental and economic pressures, he said. Conventional processes, characterized by their extensive water usage, high chemical consumption and significant waste production, continue to dominate due to entrenched practices and infrastructure, he said. Despite growing interest in sustainable practices, it is estimated that less than 80% of textile and apparel brands still use traditional dyeing methods, and less than 15% of textile brands have adopted sustainable dyeing technologies such as digital printing or closed-loop systems, Dr. Hudd added. In South Asia, traditional dyeing methods are even more prevalent, suggesting more than 90% of textile production uses conventional methods, he continued. He then announced the introduction of technology that was borne out of and from the principle of inkjet. Developed to be a precise application solution. Alchemie combines a large droplet size and high droplet velocity to deliver unrivalled penetration into the textile. The technology, he noted, does not require water or energy. eTextileCommunications.com and the Southern Textile Association are partners of this inaugural event. #ILoveThisIndustry #AmericanTextiles #WeMakeAmazing #Yarns #Fibers #Fabric #Fashion #Knitting #Weaving #Nonwovens #Apparel #Sustainability #Sourcing #SupplyChain #CutAndSew #Textiles #FashionDesign #TechnicalFabrics #IndustrialFabrics #Digitalization #DigitalTextiles #AI #ArtificialIntelligence #Automation #Workforce #Circularity

🗣️“More effective cleaning and care of clothing will help increase its durability”, as explained by Lutz Walter, founder and director of the The European Technology Platform for the Future of Textiles and Clothing (Textile ETP). 🔵 The Textile ETP is the largest European open expert network of professionals involved in textile- and clothing-related research and innovation, of which Girbau LAB is a member.   🗣️Lutz talks about the transformation of the textile industry: from raw materials, design, production systems, distribution, and the use of clothing. He provides interesting reflections on the durability of garments, the emotional connection people have with their clothes, and care as an effective solution to increase durability and promote reuse.   This article is part of the interview series that we organized together with So Good to give voice to different players of the textile sector to generate discussion about the phase of use of textiles as a key to a more circular industry.   More information ▶️ https://lnkd.in/ePePk7_g #textile Girbau #textileindustry #textilecircularity

The textile industry is experiencing a significant transformation driven by breakthroughs in materials science, technology, and a strong emphasis on sustainability. Discover the cutting-edge trends in textile design, materials, and manufacturing methods that are revolutionizing the industry's future. #TextileIndustry #Innovation #Sustainability #MaterialsScience #ManufacturingTrends

Alan Hudd led Sustainable Digital Textile Dyeing & Finishing Solution innovator Alchemie Technology Ltd secures £750,000 grant from Innovate UK which will enable both Alchemie and JSRTEX INT'L CO., LTD. to drive transformation of Taiwan's textile industry. The textile industry is among the biggest polluters of the planet, generating 3% of global CO2 emissions and second largest cause of industrial wastewater pollution. At the current consumption and growth rate, textile dyeing could be responsible for 10% of global CO2 emissions by 2050. To address this urgent issue, Alchemie Technology has developed digital dyeing and finishing technologies that substantially reduce energy, water and chemical consumption. Their Endeavour™ digital dyeing solution reduces carbon footprint of dyeing by up to 85%, eliminates up to 95% of wastewater and decreases chemicals consumption by up to 30%. Know More: https://rb.gy/7qyr9d #sustainability #sustainabletextile #sustainablefashion #sustainabletechnology #textile #Dyeing #Printing #DigitalDyeing #digitalprinting #pollution #startup #fundraising #investments #Venturecapital #venturefunding #investing #innovation #technology