From the Sector

Autoneum has supported Renault Group in the development of Renault Emblème, a low-carbon demonstration car designed to reduce greenhouse gas emissions by 90 percent over its entire life cycle. As a key partner of the project, Autoneum further optimized the environmental performance of its sustainable Pure technologies, which were used for numerous components in the vehicle interior and exterior. Leveraging its proven expertise in the development of lightweight and fully recyclable monomaterials with a high recycled content, as well as in the areas of life cycle analysis (LCA) and product innovation, Autoneum was able to reduce the carbon footprint of its parts and contribute to a significant reduction in vehicle weight for Renault Emblème.

Increasingly stringent regulations to reduce greenhouse gas emissions on a global scale, new directives and the electrification of mobility require innovative approaches from the entire automotive industry. To support vehicle manufacturers in achieving their sustainability targets, Autoneum continuously optimizes the environmental performance of its products and processes: from further increasing the share of recycled content and the end-of-life recyclability of its lightweight technologies to reducing waste and shifting to renewable energy in its production facilities. In addition, the Company is working closely with customers and partners to validate data and products together. One of the most recent examples of such a successful collaboration is Autoneum’s contribution to Renault Emblème.

The Renault Emblème demonstration car emits 90% fewer greenhouse gases over its entire life cycle than a comparable vehicle produced today. To achieve these ambitious decarbonization targets, Renault Group assembled more than twenty suppliers from across the industry to participate in specialized projects in five different areas: eco-design, raw material selection, manufacturing, use and end of life. In addition to providing valuable expertise in the areas of LCA and product development, Autoneum’s contribution entailed the further optimization of its environmentally friendly Pure technologies, which already today are characterized by an excellent sustainability performance across the product life cycle and also include the Company’s growing portfolio of monomaterial technologies made of 100 percent polyester.

Autoneum’s innovative and lightweight materials were used for around thirty fiber-based components in the interior and exterior of Renault Emblème, including the carpet, the underbody panels and wheelhouse outer liners as well the front and rear trunk. Thanks to the high recycled content, the waste-free production process and the excellent recyclability of the materials at the end of their service life, Autoneum was able to reduce drastically the carbon footprint of the components. This outstanding achievement was made possible by further boosting the sustainability performance of existing technologies such as Ultra-Silent, Propylat PET, Hybrid-Acoustics and Autoneum’s monomaterial polyester carpet systems. In addition, the parts contributed to a weight reduction, which positively affected both the carbon footprint and the range of the electric car.

Conservation International and Sateri, a leading global producer of textile fibres, have announced the launch of the third phase of the Poyang Lake Ecosystem Restoration Initiative. This new phase marks a critical milestone in restoring China’s largest freshwater lake by integrating carbon neutrality efforts, building on the initiative’s significant success since its inception in 2019.

Located in Jiangxi Province, in the southeastern part of the country, Poyang Lake plays a critical role in regulating floods in the Yangtze River and supports the livelihoods of more than 45 million people living in the province, contributing more than 15% of the Yangtze River’s annual runoff. It is also a wetland of national and global importance, providing a habitat for flora and fauna of high conservation value, including the critically endangered Siberian crane and finless porpoise.

This new phase marks the fifth year of collaboration between Conservation International, a global non-profit organisation dedicated to protecting nature for the benefit of people and the planet, and Sateri. The initiative has seen significant successes since it began in 2019, including:

• Strengthening the management of 473,000 hectares of protected areas across 50 ecological zones;
• Enhancing the capability of 2,000 wetland rangers through capacity-building programme;
• Improving the habitat management of 350 species of wildlife, including the critically endangered finless porpoise and Siberian crane;
• Supporting the construction of five community artificial-wetlands for wastewater treatment, which can treat 56,000 tonnes of agricultural and domestic sewage; and
• Benefiting 25,000 local community members through livelihood support, vocational capacity-building and environmental education programmes.

Zhang Cheng, Program Director at Conservation International China, emphasized the project’s broader impact, "This initiative has truly enhanced biodiversity conservation and ecological education, while empowering local communities with sustainable livelihoods. It demonstrates the value of collaborative approaches in balancing ecological protection with human well-being."

In line with Sateri’s 2030 aspiration of becoming a ‘net positive impact’ company, the newly-launched third phase will advance these successes by focusing on:

• Research on the Freshwater Health Index (FHI) for the basin
• Protection and restoration of small wetlands
• Better climate change mitigation and adaptation for resilience

This collaboration, supported by the Jiujiang Municipal Government of the Jiangxi Province, underscores the shared commitment of both organisations to advancing biodiversity and sustainable development in one of China’s most vital freshwater ecosystems.

The Poyang Lake Basin Ecological Protection Project highlights Sateri’s efforts to address environmental challenges through practical actions and partnerships. The company continues to prioritize biodiversity conservation and sustainability while encouraging collaboration to achieve these goals.

Cai Zhichao, Vice President of Operations at Sateri, emphasised the initiative’s alignment with the company’s sustainability goals, "At the heart of our operations lies a commitment to the bioeconomy, where we aim to protect the natural resources we use. This conservation initiative not only helps us meet our internal sustainability targets but also contributes to advancing the United Nations Sustainable Development Goals (UNSDGs) 6 – Clean Water and Sanitation; 11 – Sustainable Cities and Communities; 12 – Responsible Consumption and Production; 13 – Climate Action and 15 – Life on Land. We accomplish this through innovation, advanced technology and low-carbon practices.”

RUDOLF, a leading global medium-sized specialty chemical company, is adopting a new management structure at the beginning of 2025 to accelerate the implementation of its strategic goals.

The aim remains to further strengthen RUDOLF‘s international market position and to sustainably, expand the company‘s innovative strength in an increasingly dynamic competitive environment.

The company appoints Marcos Furrer as CEO, Dr Gunther Duschek as CTOO and Dr Oliver Kusterle as CSO – Dr Wolfgang A. Schumann becomes Chairman of the Board of Directors.

Global strategy - local execution
The reorganisation also underlines RUDOLF‘s commitment to remain a leading player in the speciality chemical industry and to make a sustainable contribution to the future of the textile, construction, paper and coating additives industries.

Change in the management structure
At the beginning of 2025, Mr Wolfgang Schumann and Dr Wolfgang A. Schumann will take over the chairmanship of the newly established Board of Directors as its Co-Chairs. In his new role, Dr Schumann will focus specifically on developing strategically important business in Asia in order to further expand the company‘s market position there.

‘It is with great pleasure and confidence that I hand over the role of CEO to Marcos Furrer. I am equally pleased that Dr Gunther Duschek as CTOO and Dr Oliver Kusterle as CSO, in their existing global responsibilities, will round off the operational management team in terms of continuity and commitment. This new management structure is a decisive step for the future of our company. It will apply from the beginning of 2025. In my new role as Chairman of the Board of Directors, I will focus specifically on the development of the strategically important business in Asia and continue to be the point of contact for our joint ventures. I am convinced that this realignment will enable us to further expand and strengthen our market position. I would like to thank all employees for their commitment and support over the past years and look forward to continuing to advance the vision of RUDOLF together with the new management team and to serve our customers worldwide even better.’

Marcos Furrer has been appointed as the new CEO of the RUDOLF Group and will also take on the role of Chief Marketing Officer (CMO). His many years of experience in the speciality chemical industry and his strategic insight make him the ideal person to drive RUDOLF‘s global vision forward.

‚I am very pleased to take on the role of CEO of the Rudolf Group. You can literally feel the Group‘s more than 100 years of activity in the textile chemical business. The excellent team and the special customer proximity are the cornerstones of our success, which I would like to build on in order to further develop the successful strategic path. I am convinced that with this new approach we will not only strengthen our international market position but also make our contribution to a sustainable future. Together with our dedicated team, I look forward to advancing the vision of RUDOLF and serving our customers worldwide even better.’

Based on the data that the European Chemicals Agency (ECHA) has received from Member States, imports of other hazardous chemicals to the European Union (EU) decreased by 56 % in 2023.

The annual report under the Prior Informed Consent (PIC) Regulation on imports and exports of chemicals that are banned, or severely restricted, in the European Union shows that substances containing benzene continued to dominate the trade in 2023.

Benzene as a constituent of other substances in concentrations equal to, or greater than 0.1 % by weight was included in Annex I of PIC in 2022, entering into force on 1 July 2022. In 2023, it accounted for 98 % of total exports (65 147 553 tonnes) and approximately 99 % of total imports (65 739 206 tonnes).

The reported quantities for exports of other PIC chemicals in 2023 increased by 8 %, whereas imports decreased by 56 % compared to 2022. The rest of the top 6 imported and exported chemicals in 2023 were similar to those in 2022.

Exports of pesticides continued to decrease for a second year in a row. From 2022 to 2023, the reported exports of pesticides decreased by 10 % (from 192 674 to 173 451 tonnes). From 2021 to 2022, the decrease was 21 %.

Exports - 532 companies from 23 EU countries provided data to ECHA on the exports of PIC chemicals from the EU in 2023. Four EU countries (Cyprus, Estonia, Luxembourg and Malta) and the United Kingdom (Northern Ireland) declared that they had not exported PIC chemicals.

Imports - 207 companies from 23 EU countries submitted data on imports of PIC chemicals into the EU in 2023. Four EU countries (Bulgaria, Cyprus, Luxembourg and Malta) and the United Kingdom (Northern Ireland) declared that they had not imported PIC chemicals.

Article 10 of the PIC Regulation requires importers and exporters to give information about the annual trade of chemicals listed in Annex I to the regulation to their designated national authorities by 31 March of the following year. Each EU country must then provide the aggregated information to ECHA so that it can be summarised at EU level and non-confidential information can be made publicly available.

The Chinese Junma Group has expanded its HMLS capacities by 20 positions, hence becoming one of the largest tire cord manufacturers in China. At present, the company has 64 positions of HMLS systems from Oerlikon Barmag.

Junma processes the tire yarn produced in the titer range of 1100 dtex to 2200 dtex in-house into tire cord using the downstream processes of dipping and weaving. The largest HMLS single project for Junma and Oerlikon Barmag to date was put into operation in record time. After just two weeks, the various yarn specifications were approved.

High-end HMLS technology for the international tire market
Junma supplies its end products to renowned international tire manufacturers and sees definite growth potential in this segment of the automotive industry. “This year, we opened our first branches outside of China. And for the coming year, we are planning our first production facility in Thailand,” says Wang Hongbin. In doing so, Junma continues to rely on the expertise of Oerlikon Barmag. The HMLS process from Oerlikon Barmag scores particularly highly with production speeds of up to 6300 m/min, at which the core components of high-speed godets and winders demonstrate their reliability.

The antitrust authorities in Germany, Austria and Poland have approved the acquisition of Heytex core business by Freudenberg Performance Materials Holding GmbH, the parent company of Mehler Texnologies. Heytex core business with three production locations (in Germany and China) and all headquarter-related functions will therefore become part of the newly-formed specialist for coated technical textiles.

With this merger, Mehler Texnologies and Heytex are expanding their technology platform and their global market presence, and increasing their R&D capacities. This will generate additional leverage for the development of innovative solutions for their joint customers.

Heytex operates worldwide; the Bramsche, Neugersdorf and Zhangjiagang sites will play a key role in the future direction of the technical textiles business at Freudenberg Performance Materials due to their good investment status and the expected synergies.

“We are delighted that Heytex has become part of Freudenberg Performance Materials. This lays the foundation for the two strong brands Mehler Texnologies and Heytex to grow together for the benefit of customers,” Dr. Andreas Raps, CEO of Freudenberg Performance Materials and Member of the Freudenberg Group Executive Council, commented. He went on to say: “Mehler Texnologies and Heytex will make up the newly-formed Coated Technical Textiles Division at Freudenberg Performance Materials. Hans-Dieter Kohake, former CEO of the Heytex Group, will contribute Heytex’s expertise to the management team. As Senior Vice President, Dr. Henk R. Randau will lead the business going forward.”

The Lenzing Group, a leading supplier of regenerated cellulose fibers for the textile and nonwovens industries, announces a significant milestone in its partnership with C.P.L. Prodotti Chimici srl, a renowned supplier of chemical products for the textile industry. LENZING™ Acetic Acid Biobased, a by-product of pulp production, is at the center of this collaboration. Oniverse, which also owns the renowned fashion brand Calzedonia, will use LENZING™ Acetic Acid Biobased for dyeing textiles in the future.

Lenzing has always developed solutions together with partners to meet the industry's requirements for a circular economy. The strategic partnerships with C.P.L., the first licensing partner for LENZING™ Acetic Acid Biobased, and Oniverse underline the trust of customers in Lenzing's biorefinery products. In addition, Lenzing enables improved visibility of its own products for partners and customers through co-branding, whether in the textile and nonwovens sector or in the biorefinery product portfolio.

The biorefinery process at Lenzing makes optimal use of the renewable raw material wood, the starting material for pulp and fiber production, and converts it into valuable products such as bio-based acetic acid. LENZING™ Acetic Acid Biobased, which has a carbon footprint that is more than 85 percent lower than fossil-based acetic acid, is used in the food, pharmaceutical, cosmetics, chemical and textile industries and in processes in the textile sector, such as washing, dyeing and finishing.

Inspired by Inditex, the CHT Group developed PIGMENTURA by CHT, an innovative and sustainable pigment-based dyeing process that reduces water consumption in the dyeing process by up to 96 % and 60 % of energy compared to other continuous dyeing processes.

On December 2nd, 2024 the pigment-based dyeing process PIGMENTURA of CHT Germany GmbH was awarded with the German Ecodesign Award in the Product category.

The German Ecodesign Award honors designers, companies and students from Germany and Europe whose work make an important contribution to the sustainable transformation of the German economy and society. The award has been granted annually since 2012 by the German Ministry for the Environment and the German Environment Agency in cooperation with the International Design Center Berlin.

Dr. Annegret Vester, Chief Sustainability Officer at CHT, about PIGMENTURA:
“PIGMENTURA is an example of how completely new processes can be developed when existing processes are being rethought: The starting point was traditional pigment dyeing where the pigments have to be “bound” to the textile using special components. PIGMENTURA follows the idea of adsorbing pigments on the surface and thus simplifying the process.

It was a highlight when it became clear what great savings potential can be achieved in the dyeing process with PIGMENTURA. The classic reactive dyeing of textiles is associated with very high energy and water consumption.

There were numerous obstacles to overcome during the development phase, as each individual process step had to be developed to process maturity. Added to this is the diversity of textiles, which leads to significant changes in dyeing behavior, which we have now been able to standardize with PIGMENTURA.“

PIGMENTURA by CHT is already in use in the fashion industry worldwide.

On December 4, 2024 Borealis proudly announced the winners of the Borealis Scientific Innovation Award 2024 (BSIA) at the Borealis Innovation Day in Linz, Austria.

As a global industry leader, Borealis is rewarding pioneering ideas since 2008 with the Borealis Scientific Innovation Award, celebrating groundbreaking innovations with the potential to impact the world. This year’s focus was on new solutions for the environmentally sustainable production and use of plastics.

Innovative thinkers from the professional and academic scientific communities, entrepreneurs, start-ups, and university researchers were invited to submit their ideas. The winners were selected by a panel from Borealis' research team, who meticulously evaluated all submissions.

This year, submissions were accepted in the following key areas:

• New catalysts for sustainable production
• Energy-efficient polymerization processes
• Recycling of polymers
• Polymeric materials for energy transition

Winners of the 2024 Borealis Scientific Innovation Award 2024:

• First place: Clement Collins Rice (University of Oxford, UK) “Towards designer polyolefins: highly tuneable olefin copolymerisation using a single permethyl-indenyl post-metallocene Catalyst”
• Second place: Elisabetta Carrieri (Ghent University, Belgium) “Development of a solvent based recycling process for agricultural film”
• Third place: Esun Selvam (University of Delaware, USA) “Recycling polyolefin plastic waste at short contact times via rapid joule heating”

In addition to receiving monetary prizes, the winners were invited to the Borealis Innovation Headquarters in Linz, Austria, where they participated in the award ceremony during the Borealis Innovation Day 2024.  

The next call for applications for the BSIA will start in spring 2025.

TrusTrace, a global company with a market-leading platform for product traceability and supply chain compliance in fashion and retail, announced that TWINSET, a high-end Italian fashion brand, has selected their platform to help identify suppliers, support eco-design initiatives, and measure each product’s environmental impact.

TWINSET was established in Carpi (Modena) in 1987. The collections, which initially focused on sophisticated knitwear, expanded over the years to offer, through apparel and accessories, a total look for women and girls.

With a three-year roadmap, results will be reached progressively by scaling-up to ultimately trace the full range of product categories and suppliers. Key objectives are to identify material country of origin, manage supply-chain risk such as forced labour, and enable eco-design by assessing the environmental impact of the product. To support the environmental impact initiative, TrusTrace partnered with a leading life cycle assessment (LCA) solution Peftrust, which feeds traceability data directly to the LCA solution to get the most precise PEF (Product Environmental Footprint) scoring.

This strategic initiative has especially helped support TWINSET to prepare for incoming regulations such as Digital Product Passports (DPPs) which will be mandatory on textiles sold in Europe by 2030, as well as the Corporate Sustainability Reporting Directive (CSRD), which requires companies to report on their environmental and social impact.