CFRP Waste Lifecycle Part-1: First Half Of The Loop

Have you ever thought about what happens to carbon fiber materials once they’ve outlived their initial purpose? Beyond their prime, they face crossroads: ending up in landfills, finding new life through reuse or repurposing, or being recycled into something new.

Fairmat establishes collaborative partnerships with enterprises holding surplus carbon fiber production waste or end-of-life waste, commencing a cycle of recycling and remanufacturing it. 

In this article, we peel back the layers of the journey of outgoing CFRP material waste from their facilities and its transformation into a wealth of valuable recycled materials at ours.

The ‘loop’

In the same way that a library book finds its way from one reader to another, the concept of a Circular Economy is about keeping materials in use for as long as possible. Like the cycle of borrowing, enjoying, and returning a book, materials, and products go through their own loop. 

When we recycle waste material or extend the life of a product (through repurposing), we’re essentially closing a loop. But it’s not as simple as just putting things back into circulation. There are considerations to be made and steps to ensure that we’re truly completing the loop in the most effective way.

First off, there’s the design of the products. It’s important to ask if they’re made to be taken apart when their initial use is over. This is crucial because being able to disassemble a product means it can either be fixed more easily, repurposed, or its materials can be recycled.

Then there’s the question of product life. Can the life of the product be extended? Making things last longer means we don’t need to produce as many new items, which in turn means less waste and less strain on resources.

Recyclability is another big factor. Are the materials used in products recyclable? This ensures that once a product has reached the end of its life, its materials can be used again, continuing the cycle.

There’s also the consideration of take-back and return policies. Are there systems in place to ensure products can be returned for recycling or repurposing? These policies help ensure that products and materials stay in the loop.

By addressing these points, among many others, we move closer to creating a system that’s not just about using and discarding but one that is restorative by design. It’s about making sure that, just like a book that’s returned to the library for the next person to read, materials and products are kept in a continuous cycle of use. This approach doesn’t just benefit the environment; it also creates value in a way that’s sustainable for our future.

CFRP Waste Lifecycle Part-1

Navigating through the lifecycle of Carbon Fiber Reinforced Polymer (CFRP) waste requires acknowledging that recycling is just one piece of the puzzle. For composite waste, the path to sustainability is marked by four critical stages:

  1. Waste Collection, Segregation, and Transportation: This initial phase involves gathering waste materials, such as prepregs, offcuts, and end-of-life (EOL) products, from Fairmat’s client facilities. These materials are then transported to Fairmat’s factory in Northwestern France, where they begin their journey toward circularity.
  1. Further Segregation, Preprocessing, and Recycling: Upon arrival at Fairmat’s facility, the waste undergoes further segregation. This step is crucial for identifying the materials that can be recycled and preparing them for the next stage. Preprocessing treatments are applied to ensure the materials are in the optimal condition for recycling. Following that, the advanced recycling process involves mechanically breaking down carbon fiber waste into smaller pieces, leveraging robotics and data-driven technologies to ensure efficient and precise recycling.
  1. Remanufacturing with Recycled Material: The advanced recycling process transforms the waste into second-generation materials, which are then remanufactured into new high-performance products. This stage highlights the transition from waste to resource, illustrating the circularity principle that underpins the entire process.
  1. Utilizing the Remanufactured Products: The final stage in the lifecycle involves bringing the remanufactured products to the market. This not only completes the loop but also showcases the practical applications of recycled CFRP materials, reinforcing the viability and sustainability of recycling composite materials.

The initial two stages—waste collection, segregation, transportation, further segregation, preprocessing, and recycling—account for the first half of the loop. These steps are critical for setting the stage for the recycling and remanufacturing process.

At the Fairfcatory, every piece of waste is meticulously processed, ensuring that it is primed for its next lifecycle, always with an eye towards minimizing the environmental footprint.

Integral to this journey is Fairmat’s Ecosystem, which encompasses the entire value chain from research and development (R&D) to design and manufacturing. By developing advanced technologies for recycling and material reuse, Fairmat’s Ecosystem plays a pivotal role in advancing sustainable practices within the industry, demonstrating a holistic approach to managing CFRP waste. This lifecycle not only exemplifies a commitment to environmental stewardship but also paves the way for innovative solutions for composite material recycling.

Fairmat’s recycling partnership with the enterprises is about seeing value in the overlooked and creating a cycle of renewal that keeps valuable materials in play. By closing the loop’s first half, we’re not just able to help the environment bit by bit; we’re also contributing to encouraging a shift in how industries view and handle waste.

Discover our latest news

Carbon fiber fabrics
27032024
Understanding Carbon Fiber Fabrics
Learn more
fairmat MES
18032024
Fairtrack: The In-House MES Transforming CFRP Recycling at Fairmat
Learn more
01032024
Why have we created a new visual identity for Fairmat?
Learn more
13122023
7 Sporting Goods where Carbon Fiber is making the winning difference
Learn more