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Titolo completo (Inglese)
Textile and Garment Magazine
Sottotitolo
списание Текстил и облекло
Marchio editoriale
Textile and Garment Magazine
Editore
SEUTGL
ISSN
1310-912X (Rivista Stampata)
2603-302X (Rivista Online)
Numero del volume
10
Numero del fascicolo
10
Designazione del fascicolo
papers
Data del fascicolo (YYYY/MM/DD)
2024/10/31
Titolo completo (Inglese)
RECYCLING OF HIGH-PERFORMANCE BALLISTIC FIBERS AS PART OF SUSTAINABLE MANAGEMENT CAPABILITY FOR MILITARY PERSONAL PROTECTIVE EQUIPMENT
Sottotitolo
RECYCLING OF HIGH-PERFORMANCE BALLISTIC FIBERS AS PART OF SUSTAINABLE MANAGEMENT CAPABILITY FOR MILITARY PERSONAL PROTECTIVE EQUIPMENT
Di (autore)
Affiliazione
Defense institute “Professor Tzvetan Lazarov”, Bulgaria, Doctoral student
Affiliazione
Defense institute “Professor Tzvetan Lazarov, Bulgaria, Doctoral student
Affiliazione
Defense institute “Professor Tzvetan Lazarov”, Bulgaria, Assistant Professor
Affiliazione
Defense institute “Professor Tzvetan Lazarov”, Bulgaria, Assistant Professor
Numero di Pagine
1
Prima Pagina
354
Ultima Pagina
354
Lingua del testo
Inglese
Data di publicazione
2024/10/31
Descrizione principale (Inglese)
Introduction: Ultra-high molecular weight polyethylene (UHMWPE) fibers (Fig.1) are high-performance ballistic materials that have attracted significant interest due to their wide-ranging applications in the Armed Forces, law enforcement and personal security [1]. Recycling of high-performance ballistic fibers is part of sustainable management capability for military personal protective equipment in the compliance from the Armed Forces with the environmental requirements imposed on them by The EU’ climate change and defence roadmap, which is an integral part of the EU’s overall efforts to tackle climate change under the European Green Deal. Reusing and recycling products reduces the need to extract natural resources and limits the associated damage to ecosystems that threaten biodiversity. The circular economy also contributes to the reduction of greenhouse gas emissions. Moving to reliable products that can be reused, improved and repaired lead to less waste. Recycling raw materials reduces the risks associated with their procurement –the EU becomes less dependent on global crises, price changes and geopolitical pressures [2]. Experimental part: The method for recycling products containing polyethylene fibers with an ultra-high molecular weight, retain the advantageous characteristics of the fibers [8]. Results: Products made up of the recycle UHMWPE are characterized by great functional, mechanical and esthetic advantages [8]. Discussion: Practice shows that recycled UHMWPE fibers can be successfully used as raw materials for the production of new non-ballistic products, thus respecting the principles of sustainability. Conclusion: From the recycled UHMWPE fibers can be produced: clothing, gloves, protectors, flooring, elements for making renewable energy sources and others. Keywords: High-performance ballistic materials, Ultra-high molecular weight polyethylene (UHMWPE) fibers, Military personal protective equipment, Sustainable management, Аrmed Forces, the EU’ climate change and defence roadmap