Principles of Food Sanitation

(ff) #1

  1. How much iodine sanitizer should be
    incorporated in a hand dip for sea-
    food plants?

  2. What is the maximum cleaning solu-
    tion temperature for a seafood plant?

  3. What is the maximum rinse tempera-
    ture for a seafood plant?

  4. What kind of paint should be applied
    in seafood plants?

  5. What measure can conserve water in a
    seafood plant?

  6. How can entrances into seafood plants
    be designed to provide a more hygienic
    operation?

  7. How can drainage lines from seafood
    plants be designed to reduce contami-
    nation?


REFERENCES


Clark, J.P. 2004. Ozone-cure for some sanitation problems.
Food Technol58 (4): 75.
Cook, D.W. 2003. Sensitivity of vibrio species and phosphate-
buffered saline and in oysters to high-pressure processing.
J Food Prot66: 2276.
Dong, F.M., A.R. Cook, and R.P. Herwig. 2003. High hydro-
static pressure treatment of finfish to inactivate Anisakis
simplex.J Food Prot66: 1924.
Flick, G.J. 2003. High pressure processing-Improve safety and
extend freshness without sacrificing quality. Unpublished
data. Virginia Polytechnic Institute & State University.
Nardi, G.C. 1992. Seafood safety and consumer confidence.
Food Prot Inside Rep8: 2A.
Stanfield, P. 2003. Seafood processing: Basic sanitation prac-
tices. In Food plant sanitation, eds. Y.H. Hui, et al., 543.
New York: Marcel Dekker, Inc.
Su, Y.-C., and M.T. Morrissey. 2003. Reducing levels ofListe-
ria monocytogenescontamination on raw salmon with
acidified sodium chlorite.J Food Prot66: 812.

Seafood Plant Sanitation 335
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