#composites, #sustainability, #recycling, #hardplastics, #carbon_nanotubes I came across a company at work that one of our Senior VP’s ran across at a conference. This company has been able to recycle plastics that have little to no value and turn them into high value products in carbon particulate like carbon nanotubes and hydrogen gas. They apparently use a microwave source to get the process energy to do this. Polyolefin / Carbon Paticulate Composite Plastic Pellets (Ce

#composites, #sustainability, #glassfiber, #fiberglassbusiness, #owenscorning Article reposted from www.nedpatton.com There is some news about the glass fiber reinforcement business that is pretty substantial that I need to talk about this week, primarily because it just became official. You may already know this, especially if you have read my posts in the past, but Owens-Corning fiberglass is the largest glass fiber manufacturer in the world – by far. This of course isn’t

#composites, #sustainability, #glassfibers, #bioacn, #defense, #infrastructure,#plantbased There were a couple of articles and brief notes in the latest Composites World magazine and on-line newsletter about sustainability that I need to mention. And there was also an editorial in the latest (April) edition of Composites World that I want to talk a bit about. Trillium Plant-Based Acrylonitrile First up is a company that I have talked about in previous posts, Trillium Renewa

#composites, #sustainability, #energyefficiency, #renewableenergy, #fibers, #resins As promised, this post will be about the roadmap that I keep talking about for the industry, and what exactly I mean when I say roadmap. And this will be the sixth and final blog that is from my newly released book, “Sustainable Composite Materials: A Roadmap to a Circular Economy”. I wanted to leave my audience with a sense of what my new book is about to make sure that everyone that reads

#composites, #sustainability, #biocomposites, #plantbased, #plantresins, #SAMPE This week will be the fifth tied to what I wrote in my new book, “Sustainable Composite Materials: A Roadmap to a Circular Economy”. In this post, I am going to try to answer this question based on today’s markets and today’s technologies. That means that I want to talk through the potential of plant-based precursors for both fiber and resin and biocomposites in general to transform the composit

#composites, #sustainability, #recycling, #reuse, #recycledfiber, #recycledresin This post is the fourth in the series that introduces the ideas spelled out in my second book, just released – “Sustainable Composite Materials: A Roadmap to a Circular Economy”. In the first three posts I talked about sustainability and circularity in the raw materials supply chain, reducing the carbon footprint in the making of both fiber and resin, and reducing the carbon footprint in the pro

#composites, #sustainability, #carbonfootprint, #renewableenergy, #fibers, #resins Last week I wrote about the raw materials for composites and how high their carbon footprint is, primarily because at present most if not all raw materials for advanced composites are based in petroleum – big oil. This week I want to follow the roadmap outlined in my new book to the next step. That step is the production process for the fibers and resins that make up modern composites, that i

#composites, #sustainability, #naturalfibers, #autoindustry, #circularity This week I thought I would highlight one of the things I touched on in my second book and also expand a bit on a theme I brought up a few months ago. The idea is that there is a growing trend in the auto industry to make their products more environmentally friendly as well as easier to recycle when the auto is used up. This theme is a recurring one in many industries, but since the auto industry uses

#composites, #sustainability, #vitrimer, #recyclableresin, #biocomposite, #bioresins I have been seeing articles in several different things that I read about a new class of polymers that is rather intriguing. These polymers are called “vitrimers”. Polymers that were processable by covalent bond exchange reactions (movable and reconfigurable covalent crosslinks) were developed initially in the 1990’s at the University of Illinois Urbana-Champaign (UIUC). James Economy’s gr

#composites, #carbonfiber, #sportsequipment, #winterolympics, #carboncomposites I have been watching the Olympic Games going on in Italy like most of the rest of us. Sunday a week ago was the men’s Luge competition and thankfully there weren’t any horrible accidents. That sport is not only exciting it is also nerve racking to watch. Eighty miles an hour on a little sled barely long enough to hold the slider, going around high banked turns where the smallest mistake could b

#composites, #sustainability, #greenhousegasreduction, #fireproofcomposites, #fibers I saw a couple of interesting tidbits in Composites World this week that piqued my curiosity, so I thought I would dig in a little deeper and write about them and their potential impact on not only sustainability but also the composites business in general. DEECOM Recycled Fireproof Carbon Composite I’m going to start off with one that intrigued me because of a couple of things. First, what

#composites, #sustainability, #energyefficiency, #renewableenergy, #fibers, #resins Yes, in fact, a company in Houston called Mars Materials, Inc. which is a public benefit corporation incorporated in Texas, teamed up with the Textile Innovation Engine of North Carolina and NC State University to take CO 2 captured from the atmosphere and ammonia/bio-based feedstocks and turn it into acrylonitrile. The Textile Innovation Center at NC State tested the Mars material and found

#composites, #fiberglass, #structural_shapes, #construction, #composites_in_construction In this last post of 2025, I wanted to complete what I started last week and talk about fiberglass being used for structure in the construction industry. Specifically I want to chat a bit about the evolution of what we have today as standard structural shapes as well as where these products are beginning to replace steel in construction. Fiberglass Roof Truss System Made Using Strongwell

#composites, #sustainability, #recycling, #end_of_life_composites, #thermolysis This week I’m going to make my newsletter just a bit shorter than what I did last week with all of the pictures of sailboats that use recycled or natural fibers for primary structure. There are a couple of fairly newsworthy things that have happened just in the last few weeks that I want to focus on this week. And I want to also let everyone know that I am going to take a couple of weeks off wri

#composites, #sustainability, #energyefficiency, #renewableenergy, #fibers, #resins I received my November Issue of the Composites World magazine (electronically of course) this week and as usual it had a couple of interesting developments in the world of composite materials sustainability, one of which is sort of fun – if you like water sports. So, I thought I would write about these and a couple of other things that I came across in my information feed about composites. A

#composites, #sustainability, #energyefficiency, #renewableenergy, #fibers, #resins Since this is supposed to be a “newsletter” I thought I would collect some tidbits of news on the composites sustainability front that have come across my feed in the last couple of weeks. I did want to get a couple of state of the art posts done, so the last two weeks I haven’t been keeping everyone up with the latest news. And there has been some news to keep up with, especially in the rec

#composites, #sustainability, #recycling, #carbonfiber, #thermolysis, #solvolysis Last week I went through the state of the art in wind turbine blade recycling, which could alternatively have been titled “state of the art in glass fiber recycling” because most of the wind turbine blades that have come to the end of their useful life or are nearing their demise are primarily made of glass fiber composites. In some of the larger blades, there is a carbon fiber spar cap that I

#composites, #recycling, #windenergy, #thermolysis, #solvolysis, #pyrolysis, #sustainability I have talked about this repeatedly by giving examples of companies and organizations, some largely funded and supported by governments, in previous posts. This week, I thought I would provide a summary of what I see as the State of the Art in recycling wind turbine blades here in the US and in the EU and UK. A lot has happened in the last couple of years, and some companies are not

#composites, #sustainability, #windenergy, #recycling, #renewableenergy A few weeks back I wrote a couple of articles, one about this project (REFRESH) and another about a company in Norway (Gjenkraft) that has gotten seed money to build a plant to recycle wind turbine blades using their pyrolysis process. And of course the day after I wrote the article the REFRESH project posted the results of a Life Cycle Assessment (LCA) that they had performed by a consulting company in

#composites, #sustainability, #carbonfiber, #recycling, #fibers, #resins I mentioned this work in my post just after the ICCM conference...