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UID:20260730T010731EDT-9636J1DN51@132.216.98.100
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DESCRIPTION:Cranberry Liqueur Production (Design III)\nJustin Dougherty\, P
 aul Deram\, Laura Gilbert\, Guillaume\nLamoureux\nThe goal is to determine
  the feasibility of implementing a factory\nfor the production of cranberr
 y liqueur. Two production methods\n(fermentation and maceration) were anal
 yzed to determine the most\nadvantageous. Flow rates of the system are exa
 mined to meet the\nproduction needs. A floor plan of the factory is create
 d\, and a\ns......imulation of the production process is conducted.\n\nCom
 post Bioreactor (Design III)\nEyad Jamaleddine\, Cloé Rainville\nThe push 
 toward greener industrial and residential activities is\nmaking composting
  a hot topic. Uniform conditions are necessary to\nensure the destruction 
 of pathogens and a quality product\, so it is\nessential to maintain a hom
 ogeneous temperature throughout the\ncompost. To achieve this\, an in-vess
 el heat redistribution system\nwas constructed and tested. The system requ
 ires no external inputs\nof energy\, but exploits the principles of conduc
 tive and convective\nheat exchange. Temperature differentials within the c
 ompost bed\ncause water to flow through a closed coil of copper tubing\,\n
 redistributing the core heat throughout the compost. Heat is also\nconduct
 ed along the copper tubing. A controlled experiment was\nconducted to test
  the design. A statistical analysis of the\nexperimental results demonstra
 tes that the vessels fitted with the\nheat redistribution system exhibit l
 ower temperature gradients\nwithin the compost bed than in control vessels
  without the\nsystem.\n\nGoing Green: Building a Bio-Wall at Macdonald Cam
 pus (Design\nIII)\nJanette Kwan\, Emily 91Ë¿¹ÏÊÓƵ\nThe 'Going Green' design p
 roject endeavors to make the Bioresource\nengineering department more liva
 ble and inviting. By installing a\nliving wall in the alcove\, the 'Going 
 Green' system aims to enliven\nthe area with expected higher humidity\, mo
 re natural light levels\,\nand with the aesthetic pleasure of living plant
 s. By tying this\ninstallation into the department via educational display
 s and a\nwebpage\, 'Going Green' hopes to bring a fresh direction in build
 ing\ndesign to the campus\, while leading the way as one of the first\npro
 jects for this type of installation at 91Ë¿¹ÏÊÓƵ. The design\nfeatures an int
 egrated planting\, irrigation\, lighting\, and computer\ncontrol system. C
 ome hear the detailed presentation to see if you\nmight want to get involv
 ed with this ongoing project.\n\nDetention Ponds for Agricultural Fields (
 Design III)\nJonathan Martel-Gagnon\, Minh-Vy Le\nIn the last few years th
 ere has been increased attention paid to\nphenomena caused by the eutrophi
 cation of fresh water bodies. While\nthe government is actively trying to 
 reduce the phosphorus loss\nfrom agricultural fields\, researchers also tr
 y to look at other\nmethods that could be used to address the problem. One
  of those\nmethods is the use of detention ponds in agricultural fields to
 \nreduce phosphorus pollution\, as well as to reduce the peak flow due\ndu
 ring precipitation. Far from being new\, detention ponds have\nmainly been
  used in municipal and construction sites as flood\ncontrol structures\, b
 ut also as sedimentation basins to reduce\nnon-point source pollution. How
 ever\, few guidelines exist on how to\nbuild this kind of pond for a small
  drainage area. This\npresentation will present guidelines and simulation 
 tools that were\ncreated based on the literature found.\n\nSustainable Lig
 hting for Raymond (Design III)\nZhao Li\, Zara Rana\nOne of the greatest u
 ses of electricity is lighting\, which is used\neverywhere in\, for exampl
 e\, industrial\, commercial\, and residential\nbuildings. Electric lightin
 g can be costly and energy demanding.\nThere are many solutions to address
  this problem\, such as energy\nefficient light fixtures\, and such system
 s can be used reduce\noperating costs. Our design explores the possibility
  of sustainable\nlighting for the Raymond building located on our very own
  MacDonald\ncampus. Our design attempts to use natural daylight as a sourc
 e for\nsustainable lighting\, and we will be discussing the details of the
 \ndesign.\n
DTSTART:20110405T140000Z
DTEND:20110405T153000Z
LOCATION:Raymond Building\, CA\, QC\, St Anne de Bellevue\, H9X 3V9\, 21111
  Lakeshore Road
SUMMARY:Bioresource Engineering Senior Design Seminars
URL:/channels/event/bioresource-engineering-senior-des
 ign-seminars-173463
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