The textile industry is increasingly interested in more sustainable cellulose-based textiles and textile recycling. Valmet sees significant business potential in the industry, as its technology and expertise are applicable to textile fiber processes.
Textile manufacturing is the world’s third largest manufacturing industry, and the textile market is growing rapidly. There is increasing interest in cellulose-based and recycled fiber-based textiles, as consumer behavior and EU legislation are changing, and fashion brands are facing huge pressure to produce sustainable products.
As a process technology, services and automation partner for cellulose-based and recycled textile-based fiber production, Valmet sees significant business potential in the textile industry. Sustainable textile use is also well aligned with Valmet’s mission to convert renewable resources into sustainable results. In textile recycling, the potential is currently focusing strongly on the European market, where the EU is planning to stop textile landfills by 2025 and is increasingly pushing for more recycling of clothes.
Valmet’s pulp and papermaking process technology and expertise are applicable to textile fiber processes. For some years already, Valmet has had close relationships with certain partners who have been interested in developing processes for textile recycling and cellulose-based textile fibers.
“Valmet’s experience in scaling up and demonstrating new technologies on a commercial scale and our own pilot facilities for testing innovations are great advantages for us in entering the textile fiber industry. We are also ready to develop technologies further for different customer needs with our key partners,” says Ari Saario, Vice President, Strategy and R&D, Pulp and Energy business line.
Valmet’s pulp and papermaking process technology and expertise are applicable to textile fiber processes.
In addition to the core equipment and processes, Valmet can also provide automation, measurements, data-based optimization, and lifecycle support.
“Developing solutions for the sustainable textile fiber industry is a very good match with Valmet’s strategy, and our offering today is an excellent starting point for developing reliable and value-adding solutions for the industry. We can utilize our existing technologies and expertise from both our pulp and papermaking businesses,” Saario says.
Textile manufacturing is the world’s third largest manufacturing
In 2021, Valmet announced two major orders from the textile industry. Valmet will deliver the main equipment for Renewcell’s textile recycling plant, and drying technology for the Spinnova-Suzano joint venture textile fiber factory.
Renewcell processes used cotton and other cellulose fibers, and transforms them into a biodegradable pulp product produced from 100 percent recycled textiles.
“Our customers use the dissolving pulp we produce, Circulose®, to make biodegradable virgin quality viscose or lyocell textile fibers. We are proud to be working with industry-leading textile companies like H&M Group and Tangshan Sanyou in using our product. We are currently building a new industrial scale textile recycling plant at SCA Ortviken’s industrial area in Sundsvall, Sweden. Since 2017, we have been developing and optimizing our world-unique patented recycling process at our smaller scale plant in Kristinehamn, and we will use the findings from our Ortviken project, in which Valmet is our key technology partner,” says Harald Cavalli-Björkman, Renewcell’s Chief Growth Officer.
“Most of the textile waste in the past has gone to landfills, and even the recycled textile has been used in a low value-adding application – for example, as furniture fillers. Renewcell’s technology is a result of extensive product development and brings a new dissolving pulp product to the textile market. The plant utilizes Valmet’s stock preparation, bleaching and drying expertise. Projects like this will offer new opportunities across the value chain,” says Rickard Andersson, Vice President of Valmet’s Fiber Processing business.
Spinnova and Suzano’s plant will produce textile fiber from cellulose or waste streams without harmful chemicals, with minimal water use and emissions, and zero waste.
“We chose Valmet, a global leader in pulp and paper technology, as a key partner in our technology to support the scaling of our sustainable fiber production. With proof of concept from our pilot factory in Jyväskylä, Finland, we are now building our first commercial fiber factory, also in Jyväskylä, as a 50/50 joint venture with our strategic partner Suzano. The factory is expected to be operational at the end of 2022, producing fiber for our brand partners, which, among other great brands, currently include Adidas, the H&M Group, The North Face and Marimekko. The textile industry is eagerly awaiting sustainable alternatives for their material base,” explains Janne Poranen, Spinnova’s CEO and co-founder.
The EU is planning to stop textile landfilling by 2025 and is increasingly pushing for more recycling of clothes.
“There is great potential for Valmet’s unique technology and expertise in the emerging new bio-based textile processes. The collaboration with Spinnova is an excellent example of our strong focus on creating technological innovations, and how we can create new opportunities in the fiber-based industry. We can utilize our proven existing technologies, and our extensive expertise from fiber processes is essential when scaling up production. And we’re constantly developing new products and technologies,” says Jari Vähäpesola, Valmet’s Paper Business Line President.
Text Mirkka Aarti
Photos Spinnova and Renewcell
The European Commission is planning the following measures for the textile industry:
Source: European Parliament (https://www.europarl.europa.eu/legislative-train/theme-a-european-green-deal/file-eu-textiles-strategy/09-2021)
In May 2021, Valmet announced it would supply drying technology for the Spinnova-Suzano joint venture textile fiber factory in Jyväskylä, Finland. Valmet will provide the customer with drying machines with high-technology air dryers.
Spinnova and Suzano are building a 22 million euro plant, which will be the first commercial scale SPINNOVA® fiber production facility in Finland. SPINNOVA® fiber is a sustainable natural textile fiber produced from cellulose or waste streams without involving any harmful chemicals, with minimal water use and emissions, and zero waste. The factory’s construction is expected to be completed at the end of 2022.
In the joint venture, Spinnova is the exclusive technology provider, while Suzano ensures the supply of the required raw material, certified micro-fibrillated cellulose (MFC). Spinnova was seeking a technology partner that could globally support its scaling plans and chose Valmet to provide the drying machines with high-technology air dryers. The technology is already being utilized today in papermaking and boardmaking, and it is now being adapted for cellulose-based textile fiber production.
In January 2021, Valmet signed a contract with Renewcell to deliver the main equipment for their planned 60,000-tonne capacity textile recycling plant in Sundsvall, Sweden. The plant will be the world’s first commercial-scale textile recycling plant of its kind. It will begin its operations in the first half of 2022.
Renewcell is transforming cotton and viscose clothes into a dissolving pulp product produced from 100 percent recycled textiles. Valmet will supply process equipment for stock preparation, bleaching and drying commonly used in large-scale dissolving pulp plants. Valmet’s delivery includes machine equipment installation, commissioning, technical support, an automation system, and brightness and thickness measurement devices, for example.
A significant part of the technology is designed and produced in Sundsvall, Sweden and in Tampere and Jyväskylä, Finland. The pulp drying and baling part is second-hand equipment originally delivered by Valmet to another customer, which will be dismantled in France and shipped to Sweden with the required technical support and installation from Valmet at the Renewcell site.