| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 209150 | Fuel Processing Technology | 2016 | 11 Pages |
•A waste product was converted into a high heating value oil.•The oil had properties close to crude oil and could potentially be applied as fuel oil.•Value-added chemicals was produced simultaneously during the process.
Waste from glass fiber reinforced polymer composites has become an imminent problem worldwide. Emerging recycling technologies, such as chemical recycling, have shown to be promising for economically viable recovery of high-value carbon fibers. Similar interest for recovery of glass fibers is negligible due to their low value. In this study, a solvolytical conversion of the polyester matrix from glass fiber reinforced composites was proposed, to increase the cost effectivity for the recycling of these materials. Simultaneously with the recovery of glass fibers, an oil product was produced. The produced oil could be used as a potentially valuable fuel with heating values up to 39.6 MJ/kg, or a petrochemical feedstock for production of chemicals and materials. Using this technology, an environmental problem can be eliminated by converting the waste into valuable products.
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