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1
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0035283504
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Precooling techniques and applications for horticultural products - a review
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Brosnan T and Da-Wen Sun. Precooling techniques and applications for horticultural products - a review. International Journal of Refrigeration, 2001: 24: 2: 154-170.
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International Journal of Refrigeration
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Brosnan, T.1
Da-Wen, Sun.2
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2
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0004163034
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University of California, DANR Publication 21567
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Thompson JF, Mitchell FG, Rumsey TR, Kasmire RF and Crisosto CC. Commercial cooling of fruits, vegetables, and flowers. University of California, DANR Publication 21567; 2008.
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Commercial cooling of fruits, vegetables, and flowers
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Thompson, J.F.1
Mitchell, F.G.2
Rumsey, T.R.3
Kasmire, R.F.4
Crisosto, C.C.5
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3
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11844276520
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Cooling horticultural commodities
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Third edition, Kader AA (Tech. Ed). University of California, Division of Agriculture and Natural Resources, Publication 3311
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Thompson JF, Mitchell FG and Kasmire RF. Cooling horticultural commodities. In Postharvest technology of horticultural crops, Third edition, Kader AA (Tech. Ed). University of California, Division of Agriculture and Natural Resources, Publication 3311. 2002: 97-112.
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Postharvest technology of horticultural crops
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Thompson, J.F.1
Mitchell, F.G.2
Kasmire, R.F.3
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5
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77955901432
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Postharvest Horticulture Series No.21, Department of Pomology, University of California, Davis
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Kitinoja L and Gorny JR. Small-scale postharvest technology: economic opportunities, quality and food safety. Postharvest Horticulture Series No.21, Department of Pomology, University of California, Davis; 1999.
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Kitinoja, L.1
Gorny, J.R.2
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7
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77955908888
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CoolBot unit
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CoolBot unit: www.storeitcold.com.
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9
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1642285881
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Design and measured performance of a porous evaporative cooler for preservation of fruits and vegetables
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Anyanwu EE. Design and measured performance of a porous evaporative cooler for preservation of fruits and vegetables. Energy Conversion and Management 2004:45:13-14: 2187-2195.
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Energy Conversion and Management
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Anyanwu, E.E.1
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11
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1842403031
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Temperature and relative humidity in two types of evaporative coolers
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Redulla CA et al. Temperature and relative humidity in two types of evaporative coolers. Postharvest Research Notes 1984: 1(1): 25-28.
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Postharvest Research Notes
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Redulla, C.A.1
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77955875044
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Keeping perishables without refrigeration: use of a drip cooler
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Redulla CA et al. Keeping perishables without refrigeration: use of a drip cooler. Appropriate Postharvest Technology 1984: 1(2): 13-15.
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Appropriate Postharvest Technology
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Redulla, C.A.1
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Storage life of vegetables in simple evaporative coolers
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Acedo AL. Storage life of vegetables in simple evaporative coolers. Tropical Science 1997: 37: 169-175.
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Tropical Science
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Acedo, A.L.1
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14
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1842370318
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Ripening and disease control during evaporative cooling storage of tomatoes
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Acedo A. Ripening and disease control during evaporative cooling storage of tomatoes. Tropical Science 1997: 37: 209-213.
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Tropical Science
, vol.37
, pp. 209-213
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Acedo, A.1
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18
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77955867240
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Examples of commercially available small-scale pre-cooling systems include: Retro-fitted refrigerated vans
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Examples of commercially available small-scale pre-cooling systems include: Retro-fitted refrigerated vans: www.cold-box.com.
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19
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77955856363
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CoolBot
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CoolBot: www.storeitcold.com.
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20
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77955905616
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Portable FA coolers
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Portable FA coolers: www.coolforce.com.
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21
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77955903056
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www.rinac.com/precoolers.htm.
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22
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77955866152
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http://www.brancato.it/pages/tornado_news.htm.
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23
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77955910719
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Mobile 3-bay FA coolers, hydro-coolers
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Mobile 3-bay FA coolers, hydro-coolers: www.millenniumcooling.com.
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24
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77955909219
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Solar chiller
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Solar chiller: www.solarchill.org.
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25
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77955859669
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Cool and Ship. NCSU Extension Publication AG-414-7. No date
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Boyette MD. Cool and Ship: A low cost, portable forced air cooling unit. NCSU Extension Publication AG-414-7. No date. http://www.bae.ncsu.edu/programs/extension/publicat/postharv/ag-414-7/index.html.
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A low cost, portable forced air cooling unit
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Boyette, M.D.1
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27
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77955871505
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Winrock International. USAID Office of Infrastructure and Engineering and the Office of Agriculture
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Winrock International. Empowering agriculture: energy solutions for horticulture. USAID Office of Infrastructure and Engineering and the Office of Agriculture; 2009: 79p.
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28
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77955895782
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Kansas State University Cooperative Extension, Manhattan, Kansas
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Gast KLB and Flores R. Precooling produce. Kansas State University Cooperative Extension, Manhattan, Kansas; 1991.
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Precooling produce
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Gast, K.L.B.1
Flores, R.2
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0009496999
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Design criteria of efficient and cost-effective forced-air cooling systems for fruits and vegetables
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Baird CD, Gaffney JJ and Talbot MT. Design criteria of efficient and cost-effective forced-air cooling systems for fruits and vegetables. ASHRAE Transactions 1988: 94(1): 1434-1454.
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ASHRAE Transactions
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, pp. 1434-1454
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Baird, C.D.1
Gaffney, J.J.2
Talbot, M.T.3
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30
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77955915232
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California Agricultural Experimental Station Bulletin
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Guillou R. Coolers for fruits and vegetables. California Agricultural Experimental Station Bulletin 1960:773.
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Coolers for fruits and vegetables
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Guillou, R.1
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Mitchell FG et al. Commercial cooling of fruits and vegetables. California Agricultural Experiment Station Extension Service Manual 43; 1972.
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Commercial cooling of fruits and vegetables
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Mitchell, F.G.1
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USDA Transportation Tip: The PortaCooler
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USDA Transportation Tip: The PortaCooler; 1993 http://www.ams.usda.gov/tmd/MSB/PDFpubList/portacooler.pdf.
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(1993)
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34
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77955874066
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More details on the USDA PortaCooler Cooling System are available from. University of Maryland
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More details on the USDA PortaCooler Cooling System are available from David S. Ross, Extension Agricultural Engineer, University of Maryland http://www.bre.umd.edu/portacooler2.htm.
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Extension Agricultural Engineer
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Ross, S.D.1
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35
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77955888533
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Personal communication with R Crabb (USA)
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Personal communication with R Crabb (USA); 2007.
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(2007)
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36
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77955912498
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American Vegetable Grower. August 2007. Accessed online March
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Brecht J, Ritenour M and Sargent S. "Keeping Cool". American Vegetable Grower. August 2007. Accessed online March 2010 http://www.growingproduce.com/americanvegetablegrower/?storyid=719.
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Keeping Cool
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Brecht, J.1
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Sargent, S.3
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38
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Evaporative cooling of chilling sensitive vegetable crops
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Thompson JF and Kasmire RF. Evaporative cooling of chilling sensitive vegetable crops. ASAE 1979: 79-6516.
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ASAE
, pp. 79-6516
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Thompson, J.F.1
Kasmire, R.F.2
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0002308171
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An evaporative cooler for vegetable crops
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March-April
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Thompson JF and Kasmire RF. An evaporative cooler for vegetable crops. California Agriculture 1981: March-April: 20-21.
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California Agriculture
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0002704923
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Kader AA (Ed). University of California, Division of Agriculture and Natural Resources, Publication 3311
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Mitchell G. In: Postharvest technology of horticultural crops, Kader AA (Ed). University of California, Division of Agriculture and Natural Resources, Publication 3311. 296 pp; 1992.
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Mitchell, G.1
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Identification of appropriate postharvest technologies for Improving market access and incomes for small horticultural farmers in Sub-Saharan Africa and South Asia. Final Report. Alexandria VA: WFLO
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Kitinoja L. Identification of appropriate postharvest technologies for Improving market access and incomes for small horticultural farmers in Sub-Saharan Africa and South Asia. Final Report. Alexandria VA: WFLO; 2010.
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Kitinoja, L.1
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77955900083
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Personal communication with Roy SK
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Personal communication with Roy SK; 2009.
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(2009)
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44
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A low cost hydro-cooling unit for horticultural commodities
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Accessed online February 2010
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Tsang Marcel and Furutani S. A low cost hydro-cooling unit for horticultural commodities. Journal of Hawaii and Pacific Agriculture, An EJournal of Agricultural Research 2007: 14. Accessed online February 2010 http://www.uhh.hawaii.edu/academics/cafnrm/research/documents/Alowcosthydro-coolerforvegetables.pdf.
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Journal of Hawaii and Pacific Agriculture, An EJournal of Agricultural Research
, pp. 14
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Marcel, T.1
Furutani, S.2
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45
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77955868852
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Design, development and evaluation of a small scale hydro-cooler
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Punjab Agricultural University
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Ghuman BS and Dhatt AS. Design, development and evaluation of a small scale hydro-cooler. Journal of Research, Punjab Agricultural University. http://www.cababstractsplus.org/abstracts/Abstract.aspx?AcNo=20043056655.
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Journal of Research
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Ghuman, B.S.1
Dhatt, A.S.2
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47
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77955914596
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Status of energy use and conservation technologies used in fruit and vegetable cooling operations in California
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PIER Program. CEC-400-1999-005
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Thompson JF and Singh RP. Status of energy use and conservation technologies used in fruit and vegetable cooling operations in California. California Energy Commission, PIER Program. CEC-400-1999-005. 2008.
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(2008)
California Energy Commission
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Thompson, J.F.1
Singh, R.P.2
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48
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0031837259
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The use of solar cooling to minimize postharvest losses in the tropics
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Umar B. The use of solar cooling to minimize postharvest losses in the tropics. Tropical Science 1998: 38: 74-77.
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Tropical Science
, vol.38
, pp. 74-77
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Umar, B.1
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50
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0024913004
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Energy use in hydrocooling stone fruit
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Accessed online March 2010
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Thompson JF and Chen YL. Energy use in hydrocooling stone fruit. Applied Engineering in Agriculture 1989: 5(4): 568-572. Accessed online March 2010. http://postharvest.ucdavis.edu/datastorefiles/234-1056.PDF.
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Applied Engineering in Agriculture
, vol.5
, Issue.4
, pp. 568-572
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Thompson, J.F.1
Chen, Y.L.2
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51
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77955874714
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Crytec Bubble slurry ice machines
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Crytec Bubble slurry ice machines. http://www.crytec.biz/pdfs/about_ice_machines.pdf.
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52
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The value of shading perishable produce after harvest
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Rickard JE and Coursey DG. The value of shading perishable produce after harvest. Appropriate Technology 1979: 6(2):18-19.
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Appropriate Technology
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Rickard, J.E.1
Coursey, D.G.2
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