Matches in SemOpenAlex for { <https://semopenalex.org/work/W2801010747> ?p ?o ?g. }
- W2801010747 endingPage "142" @default.
- W2801010747 startingPage "131" @default.
- W2801010747 abstract "Dry food products are often highly contaminated, and dry stress-resistant microorganisms, such as certain types of Salmonella and bacterial spores, can be still viable and multiply if the product is incorporated into high moisture food products or rehydrated. Traditional technologies for the decontamination of these products have certain limitations and drawbacks, such as alterations of product quality, environmental impacts, carcinogenic potential and/or lower consumer acceptance. Cold atmospheric pressure plasma (CAPP) and low energy electron beam (LEEB) are two promising innovative technologies for microbial inactivation on dry food surfaces, which have shown potential to solve these certain limitations. This review critically summarizes recent studies on the decontamination of dry food surfaces by CAPP and LEEB. Furthermore, proposed inactivation mechanisms, product-process interactions, current limitations and upscaling potential, as well as future trends and research needs for both emerging technologies, are discussed. CAPP and LEEB are nonthermal technologies with a high potential for the gentle decontamination of dry food surfaces. Both technologies have similarities in their inactivation mechanisms. Due to the limited penetration depth of both technologies, product-process interactions can be minimized by maintaining product quality. A first demonstrator with Technology Readiness Level (TRL) 7 for LEEB has already been introduced into the food industry for the decontamination of herbs and spices. Compared with LEEB, CAPP is at the advanced development stage with TRL 5, for which further work is essential to design systems that are scalable to industrial requirements." @default.
- W2801010747 created "2018-05-17" @default.
- W2801010747 creator A5029683113 @default.
- W2801010747 creator A5052062934 @default.
- W2801010747 creator A5089191468 @default.
- W2801010747 date "2018-07-01" @default.
- W2801010747 modified "2023-10-02" @default.
- W2801010747 title "Cold atmospheric pressure plasma and low energy electron beam as alternative nonthermal decontamination technologies for dry food surfaces: A review" @default.
- W2801010747 cites W1459145378 @default.
- W2801010747 cites W1498837011 @default.
- W2801010747 cites W1609976126 @default.
- W2801010747 cites W1865753653 @default.
- W2801010747 cites W1909562360 @default.
- W2801010747 cites W1909813781 @default.
- W2801010747 cites W1969016896 @default.
- W2801010747 cites W1977521776 @default.
- W2801010747 cites W1981143486 @default.
- W2801010747 cites W1982971465 @default.
- W2801010747 cites W1984507863 @default.
- W2801010747 cites W1990912328 @default.
- W2801010747 cites W1995831365 @default.
- W2801010747 cites W1997575771 @default.
- W2801010747 cites W2005225437 @default.
- W2801010747 cites W2006832802 @default.
- W2801010747 cites W2018229021 @default.
- W2801010747 cites W2018507720 @default.
- W2801010747 cites W2019468603 @default.
- W2801010747 cites W2023470725 @default.
- W2801010747 cites W2025391692 @default.
- W2801010747 cites W2027489144 @default.
- W2801010747 cites W2028110915 @default.
- W2801010747 cites W2030546062 @default.
- W2801010747 cites W2031644200 @default.
- W2801010747 cites W2034208021 @default.
- W2801010747 cites W2041431230 @default.
- W2801010747 cites W2044593131 @default.
- W2801010747 cites W2047237026 @default.
- W2801010747 cites W2050477232 @default.
- W2801010747 cites W2051009029 @default.
- W2801010747 cites W2055642014 @default.
- W2801010747 cites W2058675249 @default.
- W2801010747 cites W2062937436 @default.
- W2801010747 cites W2064369159 @default.
- W2801010747 cites W2069273174 @default.
- W2801010747 cites W2070556940 @default.
- W2801010747 cites W2075201542 @default.
- W2801010747 cites W2080210240 @default.
- W2801010747 cites W2081320792 @default.
- W2801010747 cites W2086246935 @default.
- W2801010747 cites W2086262717 @default.
- W2801010747 cites W2086590125 @default.
- W2801010747 cites W2088556239 @default.
- W2801010747 cites W2091782298 @default.
- W2801010747 cites W2100043477 @default.
- W2801010747 cites W2101540570 @default.
- W2801010747 cites W2115070999 @default.
- W2801010747 cites W2119677884 @default.
- W2801010747 cites W2122018949 @default.
- W2801010747 cites W2122587714 @default.
- W2801010747 cites W2126803652 @default.
- W2801010747 cites W2140775467 @default.
- W2801010747 cites W2143791034 @default.
- W2801010747 cites W2152139865 @default.
- W2801010747 cites W2164889494 @default.
- W2801010747 cites W2168654152 @default.
- W2801010747 cites W2171288796 @default.
- W2801010747 cites W2171979690 @default.
- W2801010747 cites W2239343838 @default.
- W2801010747 cites W2291583570 @default.
- W2801010747 cites W2295765798 @default.
- W2801010747 cites W2327703382 @default.
- W2801010747 cites W2344198036 @default.
- W2801010747 cites W2345489639 @default.
- W2801010747 cites W2413068653 @default.
- W2801010747 cites W2460895268 @default.
- W2801010747 cites W2467635796 @default.
- W2801010747 cites W2473129784 @default.
- W2801010747 cites W2519077043 @default.
- W2801010747 cites W2519944783 @default.
- W2801010747 cites W2520569770 @default.
- W2801010747 cites W2528872630 @default.
- W2801010747 cites W2562051159 @default.
- W2801010747 cites W2587675388 @default.
- W2801010747 cites W2588757113 @default.
- W2801010747 cites W2592005955 @default.
- W2801010747 cites W2593233422 @default.
- W2801010747 cites W2743511887 @default.
- W2801010747 cites W2751587304 @default.
- W2801010747 cites W2754922289 @default.
- W2801010747 cites W2782249225 @default.
- W2801010747 cites W4242040237 @default.
- W2801010747 cites W4248445407 @default.
- W2801010747 doi "https://doi.org/10.1016/j.tifs.2018.05.011" @default.
- W2801010747 hasPublicationYear "2018" @default.
- W2801010747 type Work @default.
- W2801010747 sameAs 2801010747 @default.
- W2801010747 citedByCount "128" @default.
- W2801010747 countsByYear W28010107472018 @default.