Matches in SemOpenAlex for { <https://semopenalex.org/work/W4282947420> ?p ?o ?g. }
- W4282947420 endingPage "2418" @default.
- W4282947420 startingPage "2418" @default.
- W4282947420 abstract "The COVID-19 pandemic instigated massive production of critical medical supplies and personal protective equipment. Injection moulding (IM) is considered the most prominent thermoplastic part manufacturing technique, offering the use of a large variety of feedstocks and rapid production capacity. Within the context of the European Commission-funded imPURE project, the benefits of IM have been exploited in repurposed IM lines to accommodate the use of nanocomposites and introduce the unique properties of nanomaterials. However, these amendments in the manufacturing lines highlighted the need for targeted and thorough occupational risk analysis due to the potential exposure of workers to airborne nanomaterials and fumes, as well as the introduction of additional occupational hazards. In this work, a safety-oriented failure mode and effects analysis (FMEA) was implemented to evaluate the main hazards in repurposed IM lines using acrylonitrile butadiene styrene (ABS) matrix and silver nanoparticles (AgNPs) as additives. Twenty-eight failure modes were identified, with the upper quartile including the seven failure modes presenting the highest risk priority numbers (RPN), signifying a need for immediate control action. Additionally, a nanosafety control-banding tool allowed hazard classification and the identification of control actions required for mitigation of occupation risks due to the released airborne silver nanoparticles." @default.
- W4282947420 created "2022-06-16" @default.
- W4282947420 creator A5001176519 @default.
- W4282947420 creator A5040875242 @default.
- W4282947420 creator A5046169459 @default.
- W4282947420 creator A5056882536 @default.
- W4282947420 creator A5059858648 @default.
- W4282947420 creator A5065645867 @default.
- W4282947420 creator A5069503307 @default.
- W4282947420 creator A5075159231 @default.
- W4282947420 date "2022-06-14" @default.
- W4282947420 modified "2023-09-30" @default.
- W4282947420 title "Occupational Safety Analysis for COVID-Instigated Repurposed Manufacturing Lines: Use of Nanomaterials in Injection Moulding" @default.
- W4282947420 cites W125967950 @default.
- W4282947420 cites W1573746641 @default.
- W4282947420 cites W1972193440 @default.
- W4282947420 cites W1977072704 @default.
- W4282947420 cites W1977369773 @default.
- W4282947420 cites W2012545572 @default.
- W4282947420 cites W2037739053 @default.
- W4282947420 cites W2047485412 @default.
- W4282947420 cites W2048326238 @default.
- W4282947420 cites W2049136420 @default.
- W4282947420 cites W2050394427 @default.
- W4282947420 cites W2051071812 @default.
- W4282947420 cites W2060582756 @default.
- W4282947420 cites W2062921064 @default.
- W4282947420 cites W2076921592 @default.
- W4282947420 cites W2077685957 @default.
- W4282947420 cites W2085624205 @default.
- W4282947420 cites W2095317256 @default.
- W4282947420 cites W2127304106 @default.
- W4282947420 cites W2132822777 @default.
- W4282947420 cites W2150342701 @default.
- W4282947420 cites W2155118487 @default.
- W4282947420 cites W2155991778 @default.
- W4282947420 cites W2156697658 @default.
- W4282947420 cites W2160916596 @default.
- W4282947420 cites W2161946971 @default.
- W4282947420 cites W2318625028 @default.
- W4282947420 cites W2338729492 @default.
- W4282947420 cites W2399715961 @default.
- W4282947420 cites W2546044392 @default.
- W4282947420 cites W2554260481 @default.
- W4282947420 cites W2577449881 @default.
- W4282947420 cites W2606259561 @default.
- W4282947420 cites W2755434307 @default.
- W4282947420 cites W2771862936 @default.
- W4282947420 cites W2788158039 @default.
- W4282947420 cites W2790273431 @default.
- W4282947420 cites W2891635313 @default.
- W4282947420 cites W2902520399 @default.
- W4282947420 cites W2905040952 @default.
- W4282947420 cites W2949469493 @default.
- W4282947420 cites W2967464127 @default.
- W4282947420 cites W2988382642 @default.
- W4282947420 cites W2990934266 @default.
- W4282947420 cites W3009582573 @default.
- W4282947420 cites W3013181597 @default.
- W4282947420 cites W3016500116 @default.
- W4282947420 cites W3026540181 @default.
- W4282947420 cites W3037823706 @default.
- W4282947420 cites W3087347130 @default.
- W4282947420 cites W3093735148 @default.
- W4282947420 cites W3094517889 @default.
- W4282947420 cites W3118523306 @default.
- W4282947420 cites W3120960235 @default.
- W4282947420 cites W3127214177 @default.
- W4282947420 cites W3133343554 @default.
- W4282947420 cites W3134100316 @default.
- W4282947420 cites W3157523567 @default.
- W4282947420 cites W3173671098 @default.
- W4282947420 cites W3194396932 @default.
- W4282947420 cites W3209856783 @default.
- W4282947420 cites W3214151670 @default.
- W4282947420 cites W790397221 @default.
- W4282947420 doi "https://doi.org/10.3390/polym14122418" @default.
- W4282947420 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35745994" @default.
- W4282947420 hasPublicationYear "2022" @default.
- W4282947420 type Work @default.
- W4282947420 citedByCount "1" @default.
- W4282947420 countsByYear W42829474202023 @default.
- W4282947420 crossrefType "journal-article" @default.
- W4282947420 hasAuthorship W4282947420A5001176519 @default.
- W4282947420 hasAuthorship W4282947420A5040875242 @default.
- W4282947420 hasAuthorship W4282947420A5046169459 @default.
- W4282947420 hasAuthorship W4282947420A5056882536 @default.
- W4282947420 hasAuthorship W4282947420A5059858648 @default.
- W4282947420 hasAuthorship W4282947420A5065645867 @default.
- W4282947420 hasAuthorship W4282947420A5069503307 @default.
- W4282947420 hasAuthorship W4282947420A5075159231 @default.
- W4282947420 hasBestOaLocation W42829474201 @default.
- W4282947420 hasConcept C105639569 @default.
- W4282947420 hasConcept C112930515 @default.
- W4282947420 hasConcept C142724271 @default.
- W4282947420 hasConcept C144133560 @default.
- W4282947420 hasConcept C151730666 @default.
- W4282947420 hasConcept C159985019 @default.