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Start of the Training for Common Ground Farmers Photo GoodTextiles Foundation
Start of the Training for Common Ground Farmers
12.05.2026

GoodTextiles Foundation launches “Common Ground” Farmer Initiative in India

The GoodTextiles Foundation, in collaboration with Dibella India, Gallant Regenerative Organic Private Limited, and Spoorthi Raith Producer Company Limited, announces the launch of its new flagship project Common Ground. This initiative marks a significant step toward fostering sustainable, regenerative cotton cultivation among smallholder farmers in southern India. 

A Shared Vision Rooted in the Land 
Set in the rural landscapes of Karnataka’s Haveri district, Common Ground brings together farmers, local communities and agricultural experts with a unified goal: to restore harmony between people and nature through organic and regenerative farming practices. 

The foundation for this initiative was laid as early as 2024 through site visits, farmer dialogues and collaboration with the University of Agricultural Sciences Dharwad. In 2025, the project entered its implementation phase, including soil assessments, team training, community engagement and the registration of participating farmers. 

The GoodTextiles Foundation, in collaboration with Dibella India, Gallant Regenerative Organic Private Limited, and Spoorthi Raith Producer Company Limited, announces the launch of its new flagship project Common Ground. This initiative marks a significant step toward fostering sustainable, regenerative cotton cultivation among smallholder farmers in southern India. 

A Shared Vision Rooted in the Land 
Set in the rural landscapes of Karnataka’s Haveri district, Common Ground brings together farmers, local communities and agricultural experts with a unified goal: to restore harmony between people and nature through organic and regenerative farming practices. 

The foundation for this initiative was laid as early as 2024 through site visits, farmer dialogues and collaboration with the University of Agricultural Sciences Dharwad. In 2025, the project entered its implementation phase, including soil assessments, team training, community engagement and the registration of participating farmers. 

Seven carefully selected villages now form the core of the project. Chosen for their accessibility, strong community structures and development potential, they provide fertile ground for a scalable model that can be replicated across other regions. 

Empowering Farmers Through Knowledge and Structure 
At the heart of Common Ground lies a commitment to people. To date, 510 farmers have been identified, with 475 already in the final stages of enrolment into a newly established Organic Cotton Grower Group (OGG). 

The project combines technical expertise with hands-on support close, continuous support. A dedicated team—comprising an Internal Control System (ICS) Manager and trained field staff—is being steadily expanded to ensure effective on-the-ground implementation. Farmers participate in targeted training sessions that introduce them to organic cultivation practices and certification requirements, equipping them with the knowledge needed for long-term success. 

In parallel, external experts are developing location-specific “Packages of Practice” tailored to local conditions, alongside watershed-level strategies that promote sustainable resource management. To ensure transparency and traceability from the outset, all farms are digitally documented, including GPS-based mapping of agricultural plots.

Beyond Cotton: Building Resilient Futures 
Common Ground goes far beyond sustainable cotton production. It is an investment in the long-term resilience of farming communities. By improving soil health, conserving water resources and enhancing biodiversity, the initiative supports both environmental sustainability and economic opportunity. 

At the same time, it strengthens farmers’ independence and confidence in an agricultural system capable of sustaining livelihoods for generations to come. 

Together the partners are building a scalable model for regenerative value creation – from seed to finished textile. Step by step, a transparent and responsible supply chain is emerging. 

With every field converted, every training delivered and every partnership formed, Common Ground is cultivating more than cotton – it is nurturing a growing community committed to shaping a more sustainable future.

Source:

GoodTextiles Foundation

Endeavour process—excluding pre and post treatment Photo: Alchemie Technology
12.05.2026

Alchemie Technology: Up to 92% Water Saving in Textile Dyeing

Alchemie Technology, a leader of jet precision dyeing solutions, is pleased to share that Endeavour demonstrates up to 92% water saving in their dyeing process.

The demonstration was validated by Fashion for Good and conducted by BluWin, through Fashion for Good’s Advanced Process Matrix (APM) assessment, an initiative to find sustainable resources for “Future Forward Factories”, seeking low-carbon innovative solutions to help textile process transition from wet processing to dry processing.

Alchemie Technology announced the results of the APM assessment, confirming that Endeavour digital dyeing technology delivers significant reduction in resource consumption, compared to traditional jet dyeing and thermosol processes. 

Alchemie Technology, a leader of jet precision dyeing solutions, is pleased to share that Endeavour demonstrates up to 92% water saving in their dyeing process.

The demonstration was validated by Fashion for Good and conducted by BluWin, through Fashion for Good’s Advanced Process Matrix (APM) assessment, an initiative to find sustainable resources for “Future Forward Factories”, seeking low-carbon innovative solutions to help textile process transition from wet processing to dry processing.

Alchemie Technology announced the results of the APM assessment, confirming that Endeavour digital dyeing technology delivers significant reduction in resource consumption, compared to traditional jet dyeing and thermosol processes. 

The assessment, conducted in Taiwan in September 2025, demonstrates that the Endeavour process—excluding pre and post treatment, achieves up to 92% reduction in water usage compared to jet dyeing and up to 90% reduction compared to the Thermosol method. By eliminating steam usage entirely, the technology reduces total energy consumption by up to 86% against Thermosol and up to 70% against jet dyeing. While the process is fully electric, it results in an increase in electricity consumption ranging from 30% to 128%, the shift facilitates a significant net decrease in Greenhouse Gas emissions, by up to 86% compared to Thermosol and up to 70% compared to jet dyeing methods. 

The data of the assessment was captured in a commercial production environment, highlighting Endeavour as a production-ready solution that can deliver environmental and operational advantages. In addition to reducing resource use, the technology operates at line speeds of 35 metres per minute, with the potential for higher speeds depending on fabric specifications. The impact assessment confirmed that the dyed polyester fabrics achieved colour fastness grades of 4 and above in all cases, meeting all standard industry requirements.

“The assessment was orchestrated by our partner, Fashion for Good under their APM project to validate the performance and impact of Endeavour” said Dr. Alan Hudd, CEO and Founder of Alchemie Technology. “The results of the APM or most people understand as a form of LCA confirm that it is possible to significantly reduce water, energy, and emissions in our dyeing process, without compromising on quality or production efficiency. This is a critical step in enabling the industry to adopt more resource-efficient processes at scale.”

Endeavour is a digital dyeing platform configurable for polyester, cotton, and man-made cellulosic fibres. It uses Alchemie’s proprietary dye application system to precisely apply dye to fabric, ensuring that no excess dye is used. By eliminating the need for large volumes of heated water, the process delivers substantial reductions in resource consumption compared to traditional dyeing methods.

The assessment evaluated the Endeavour polyester process against conventional jet exhaust dyeing and thermosol process, incorporating data from a full production workflow. The results of this assessment reinforce Alchemie Technology’s position as a provider of production-ready solutions that combine measurable sustainability improvements with consistent, high-quality output and operational efficiency.

FET’s Managing Director Richard Slack and Senior Scientist Kristoffer Kortsen (centre) receive the Innovation Award Photo FET
FET’s Managing Director Richard Slack and Senior Scientist Kristoffer Kortsen (centre) receive the Innovation Award
08.05.2026

FET’s gel spinning system wins Techtextil Innovation Award

FET has received the Techtextil Innovation Award 2026 in the New Production Technology category. The Techtextil Innovation Award honours outstanding ideas in textile technology, sustainability, AI and the creation of technical textiles, selected by an international jury of experts. Ranging from new materials to new production technologies, this award recognises progressive ideas that are driving forces for numerous industries, such as automotive, medical and construction.

The new FET-500 Series now allows rapid, small-scale gel spinning of UHMWPE without the use of the toxic solvents typically associated with the process. This game-changing equipment will finally unlock R&D and new product development in UHMWPE yarns, which was previously blocked by the large-scale nature of UHMWPE yarn production, enabling significant savings in cost, footprint and environmental factors.

“We are proud that the Techtextil Innovation Award recognises our intensive work. It shows that we are at the forefront of technological developments supporting the textiles of tomorrow.” - Richard Slack, Managing Director.

FET has received the Techtextil Innovation Award 2026 in the New Production Technology category. The Techtextil Innovation Award honours outstanding ideas in textile technology, sustainability, AI and the creation of technical textiles, selected by an international jury of experts. Ranging from new materials to new production technologies, this award recognises progressive ideas that are driving forces for numerous industries, such as automotive, medical and construction.

The new FET-500 Series now allows rapid, small-scale gel spinning of UHMWPE without the use of the toxic solvents typically associated with the process. This game-changing equipment will finally unlock R&D and new product development in UHMWPE yarns, which was previously blocked by the large-scale nature of UHMWPE yarn production, enabling significant savings in cost, footprint and environmental factors.

“We are proud that the Techtextil Innovation Award recognises our intensive work. It shows that we are at the forefront of technological developments supporting the textiles of tomorrow.” - Richard Slack, Managing Director.

This reinforces FET’s success in processing over 130 different polymer types in multifilament, monofilament and nonwoven formats, collaborating with specialist companies worldwide to promote greater sustainability through innovative manufacturing processes.

Source:

FET

Exemplary Hemp Straw Processing Plant (c) Temafa Maschinenfabrik GmbH
Exemplary Hemp Straw Processing Plant
08.05.2026

Temafa Maschinenfabrik GmbH supplies a complete decortication plant for processing hemp straw

Temafa Maschinenfabrik GmbH, a leading supplier of machinery and plants for fibre processing, has successfully secured an order to supply a complete plant for processing hemp straw to Hanffaser Geiseltal eG, based in Mücheln.

With this project, Hanffaser Geiseltal eG is implementing its first industrial plant for processing hemp straw into hemp fibres. The plant will be delivered, installed and commissioned in the course of the year.

The plant, designed and manufactured by Temafa, is specifically engineered for the efficient processing of hemp straw. The aim is to produce high-quality fibre products, which are primarily used in the building materials industry, for example in sustainable insulation materials and other ecological applications.

With this investment, Hanffaser Geiseltal eG is strengthening its position in the field of sustainable raw materials and sending a clear signal regarding the increasing industrialisation of hemp processing in Germany.

Temafa Maschinenfabrik GmbH, a leading supplier of machinery and plants for fibre processing, has successfully secured an order to supply a complete plant for processing hemp straw to Hanffaser Geiseltal eG, based in Mücheln.

With this project, Hanffaser Geiseltal eG is implementing its first industrial plant for processing hemp straw into hemp fibres. The plant will be delivered, installed and commissioned in the course of the year.

The plant, designed and manufactured by Temafa, is specifically engineered for the efficient processing of hemp straw. The aim is to produce high-quality fibre products, which are primarily used in the building materials industry, for example in sustainable insulation materials and other ecological applications.

With this investment, Hanffaser Geiseltal eG is strengthening its position in the field of sustainable raw materials and sending a clear signal regarding the increasing industrialisation of hemp processing in Germany.

“We are delighted to be supporting Hanffaser Geiseltal eG as it enters the field of industrial hemp fibre processing,” says Dr Jörg Morgner, Managing Director at Temafa Maschinenfabrik GmbH. “This project underscores the growing importance of natural fibres as sustainable raw materials and our expertise in developing bespoke plant solutions.”

Source:

Temafa Maschinenfabrik GmbH

08.05.2026

ACIMIT: Textile Machinery Orders Index, Q1 2026

In the first quarter of 2026, order intake for Italian textile machinery manufacturers recorded a decrease of 5% compared to the same period in 2025, reflecting a still challenging start to the year. The decline affected foreign markets (-7%), while the domestic market showed growth (+21%).

Compared with the previous quarter (October–December 2025), total order intake increased by 18%. The orders index for the January–March 2026 period stood at 37.3 points (base year 2021=100). In Italy, the index reached 35.3 points, while in foreign markets it stood at 37.6 points.

In the first quarter of 2026, the order backlog guaranteed a workload of approximately 4.5 months.

From a sector perspective, weaving and other manufacturing segments showed relatively more dynamic signals.

Forecasts for the second quarter of 2026 (compared with the previous quarter) indicate pessimism for the domestic market and stability for the foreign one.

In the first quarter of 2026, order intake for Italian textile machinery manufacturers recorded a decrease of 5% compared to the same period in 2025, reflecting a still challenging start to the year. The decline affected foreign markets (-7%), while the domestic market showed growth (+21%).

Compared with the previous quarter (October–December 2025), total order intake increased by 18%. The orders index for the January–March 2026 period stood at 37.3 points (base year 2021=100). In Italy, the index reached 35.3 points, while in foreign markets it stood at 37.6 points.

In the first quarter of 2026, the order backlog guaranteed a workload of approximately 4.5 months.

From a sector perspective, weaving and other manufacturing segments showed relatively more dynamic signals.

Forecasts for the second quarter of 2026 (compared with the previous quarter) indicate pessimism for the domestic market and stability for the foreign one.

Marco Salvadè, President of ACIMIT, commented:
“It is encouraging to see the first positive sign in the domestic market, but forecasts still reveal a degree of pessimism. The difficult international context and the slow actions of government institutional representatives do not allow companies to plan investments. As an Association, we are working in close synergy with the Italian Trade Agency (ICE) to strengthen promotional activities across several strategic markets. We also look with confidence to the upcoming ITMA 2027 in Hannover, which will represent an important opportunity to relaunch the sector, stimulate new investments, and strengthen the international presence of Italian manufacturers.”

ACIMIT (the Association of Italian Textile Machinery Manufacturers) was established in 1945 with the primary aim of promoting the Italian textile machinery industry by supporting its activities both in Italy and abroad. ACIMIT represents an industrial sector comprising around 300 companies (employing approximately 12,500 people) and producing machinery with a total value of approximately €1.9 billion, about 86% of which is exported. Creativity, sustainable technology, reliability, and quality are the key features that have made Italian textile machinery a world leader.

Award winner Tobias Dickmeiß with his certificate © Katharina Dubno
Award winner Tobias Dickmeiß with his certificate
08.05.2026

Elastic yarns to become more recyclable and environmentally friendly in future

On 29 April 2026, ITA student Tobias Dickmeiß was awarded a sponsorship prize by the Wilhelm Lorch-Stiftung for his innovative approach, to replacing conventional elastane with elastic yarns made from thermoplastic copolyester elastomers (TPC). Thanks to their thermoplastic nature and compatibility with typical polyesters used in the textile industry, elastic TPC yarns offer improved recyclability. Furthermore, the use of the melt-spinning process in yarn production eliminates the need for solvents that are harmful to the environment and human health.

Elastic textiles have become an integral part of our everyday lives, as they ensure comfort, a good fit and freedom of movement. At the same time, the increasing use of traditional elastic yarns, known as elastanes, significantly complicates textile recycling. Even small amounts of elastane can impair thermomechanical recycling processes and prevent a closed recycling loop.

On 29 April 2026, ITA student Tobias Dickmeiß was awarded a sponsorship prize by the Wilhelm Lorch-Stiftung for his innovative approach, to replacing conventional elastane with elastic yarns made from thermoplastic copolyester elastomers (TPC). Thanks to their thermoplastic nature and compatibility with typical polyesters used in the textile industry, elastic TPC yarns offer improved recyclability. Furthermore, the use of the melt-spinning process in yarn production eliminates the need for solvents that are harmful to the environment and human health.

Elastic textiles have become an integral part of our everyday lives, as they ensure comfort, a good fit and freedom of movement. At the same time, the increasing use of traditional elastic yarns, known as elastanes, significantly complicates textile recycling. Even small amounts of elastane can impair thermomechanical recycling processes and prevent a closed recycling loop.

As part of his bachelor’s thesis, Tobias Dickmeiß carried out extensive empirical process studies on a pilot-scale melt-spinning line. By systematically analysing the influence of various process parameters on yarn properties, he succeeded in specifically improving the properties of the resulting TPC yarns. The findings of his bachelor’s thesis thus provide a promising basis for the further development of recyclable elastic yarns and textiles.

Tobias Dickmeiß was granted a sponsorship prize of EUR 5,000 for specific further training in recognition of his outstanding bachelor’s thesis, ‘Development of a melt spinning process for elastic yarns made from thermoplastic copolyester elastomers at pilot scale’.

During his bachelor’s thesis, hr was supervised by ITA PhD student Ricarda Wissel.

Source:
Institut für Textiltechnik der RWTH Aachen University