The Textile Heating Electrification Tool equips decision-makers with essential data and insights to replace fossil fuel-based heating systems with electric solutions. This innovation addresses the pressing need for decarbonization in the textile and apparel industry, which accounts for approximately 2% of global greenhouse gas (GHG) emissions and faces growing demand due to population increases and consumer trends. 

Key features of the Textile Heating Electrification Tool include: 

+ Data management system

+ Modeling and simulation module

+ Implementation checklist

+ Manufacturer and supplier finder

The Clean Heat CoLab builds on the findings of the 2023 Electrification of Heating in the Textile Industry study, which highlighted the potential for electric heating technologies to reduce emissions and costs for textile mills. Extending those insights, the CoLab transformed research into actionable solutions. Through beta testing with nominated facilities, the tool was refined to meet the needs of textile manufacturers worldwide. 

“At REI, we believe advancing climate solutions requires broad cooperation. While we have an ambitious goal to halve our emissions by 2030, we can’t meet it without the help of our brand and manufacturing partners,” said Andrew Dempsey, Director of Climate at REI. “Electric heat technologies are a crucial component to decarbonizing textile manufacturing. This tool provides REI and our value chain partners valuable information and analysis to accelerate decision-making about decarbonization investments.” 

Developed under OIA’s Clean Heat CoLab, the tool reflects a collaborative, pre-competitive approach to solving complex climate challenges. OIA Impact CoLabs accelerate industry progress by enabling brands and suppliers to work together, meeting company sustainability goals more efficiently and cost-effectively. Learn more about Impact CoLabs here. 

“Since 2021, Patagonia has partnered with Outdoor Industry Association, through its Clean Heat CoLab, on providing the industry with solutions to decarbonize heating emissions from textile mills,” said Kim Drenner, Head of Environmental Impact at Patagonia. “Over the years, this work has brought together several brands and suppliers funding research and now the development of a tool that supports suppliers in identifying electrified technology to replace fossil fuel-based heat systems in their facilities. This work would not be possible if it wasn’t for the collaborative environment that OIA fosters.” 

The tool is now freely available here. To ensure widespread adoption, Global Efficiency Intelligence will create comprehensive training materials, including user guides, tutorial videos, and FAQs, in five languages. Additionally, online training workshops will give suppliers an opportunity to interact with the tool and ask questions. Register here for the upcoming information session on February 13. 

“A tool that shortens the discovery and due diligence process for implementing electric manufacturing equipment can significantly accelerate decarbonization in the textile supply chain. We are really pleased with the outcome of this collaboration with leading outdoor industry brands,” said Markus Wieser, Climate Team Leader at W.L. Gore & Associates. 

“We’re proud to have led the development of the Textile Heating Electrification Tool to help textile and apparel companies decarbonize their operations and supply chain. By providing clear, data-driven pathways to electrification, this tool offers a powerful blueprint for cutting carbon emissions at scale,” said Dr. Ali Hasanbeigi, CEO and Research Director at Global Efficiency Intelligence. 

“We are thrilled with the launch of the Textile Heating Electrification Tool, a vital step in our collective effort to decarbonize the textile industry. This tool combines expertise from across the outdoor industry to provide textile mills with actionable insights to transition to cleaner, more sustainable heating technologies,” said Julie Brown, Director of Sustainable Business Innovation at Outdoor Industry Association.