Going Backwards: Reverse Logistics Trends and Practices Going Backwards: Reverse Logistics Trends and Practices University of Nevada‚ Reno Center for Logistics Management Dr. Dale S. Rogers Dr. Ronald S. Tibben-Lembke © 1998‚ Reverse Logistics Executive Council Contents in Brief CHAPTER 1: SIZE AND IMPORTANCE OF REVERSE LOGISTICS 1 CHAPTER 2: MANAGING RETURNS 37 CHAPTER 3: DISPOSITION AND THE SECONDARY MARKET 73 CHAPTER 4: REVERSE LOGISTICS AND THE ENVIRONMENT
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Solutions Offered by Rochem in Various Platforms 1. Reverse Osmosis: It is one of the most widely used technologies to treat industrial waste water. It has been commonly used to remove salts and various other impurities so as to improve the parameters such as pH‚ biological oxygen demand‚ chemical oxygen demand. This technology is already on the rise because of its efficacy and cost efficiency. Reverse Osmosis is a phenomenon wherein water is separated from a solution of dissolved solids by the
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gradient must be suitable with the pore size of each membrane because the loss of permeate flow is an undesirable condition for this experiment. After finishing the experiment‚ the volume of water collected increases according to the sequence of reverse osmosis‚ nanofiltration‚ microfiltration and ultrafitration.
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organism by osmosis (passive transport) and unless the excess water is removed the unicellular organism will explode/die. To prevent this‚ the unicellular organism has contractile vacuoles which collect and pump the Excess water out of the organism (active transport). contractile vacuole contractile vacuole osmosis hypotonic Plant cells in different solutions: phagocytosis diffusion Exocytosis: this is the removal of substance from the cell and is basically the reverse of endocytosis
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air. However there is a specialized type of diffusion called Osmosis. This is when water molecules moves from a region of high concentration of water to a region of low concentration of water thru a semi-permeable membrane. Osmosis will only occur thru a semi-permeable membrane (that is a membrane which selectively allows passage of certain types of molecules through it while restricting the movement of others) Examples of Osmosis includes a) The absorption of water by plants roots to maintain
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Field of study: Reverse Logistics | Topic: Managing returns for increased Reverse Logistics profits. | | | Research Proposal Alcuin Ninian Dhilip II MIB‚ 11SJCCMIB00 Managing returns for increased Reverse Logistics profits Reverse Logistics is one the most overlooked elements of the complete operation cycle. There is a perception that returns are a necessary evil to be avoided at all costs‚ Even though reuse of products and materials
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The Uses of water in Living Things Topics I have chosen to cover: - Osmosis & Water potential - Condensation & Hydrolysis Reactions - Digestion – the importance of water - Blood and tissue fluid To emphasise the sheer importance of water in living things and to put the content of this essay in to perspective‚ I am firstly going to inform you that the human body is approximately 50-75% water. Without water our body would be unable to successfully perform the numerous complex reactions and
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STUDY OF REVERSE LOGISTICS: A comparative study of LPG Agencies in Urban and Rural areas Synopsis Submitted to the D.Y. Patil University In partial fulfillment of the requirements for the award of the Degree of MASTERS OF BUSINESS ADMINISTRATION Submitted by: BHAVIKA MISTRY (Roll.No.013007) To‚ Research Guide Sir Manish Rai School of Management D.Y. Patil University CBD Belapur‚ Navi Mumbai SEPTEMBER 2014 SYNOPSIS APPROVAL FORM
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1.22 0.86‚ 0.86‚ 1.98 1.23 0.82 2 1.11‚ 1.10‚ 1.26 1.16 0.87‚0.96‚ 0.85 0.89 -23 4 1.26‚ 1.27‚ 1.22 1.25 0.98‚ 1.01‚ 0.98 0.99 -20.8 6 1.50‚ 1.44‚ 1.31 1.42 1.43‚ 1.23‚ 1.36 1.34 -5.63 8 1.41‚ 1.17‚ 1.26 1.28 1.08‚ 1.21‚ 0.97 1.09 -14.84 10 1.29‚ 1.17‚ 1.18 1.21 0.94‚ 1.01‚ 0.96 0.97 -19.83 Table to show the 2nd experiment Sucrose Concentration (%) Mass before
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Introduction Reverse logistics is described as the function of handling returned products due to damage‚ expiry‚ end of life & recalls etc. In organizations there are a number of activities that describes Reverse Logistics management but are not recognized and controlled (Fassoula‚ 2007). Reverse Logistics (RL) can be considered as a way to understand the process of movement of products from downstream to the point of production for the purpose of recapturing value and proper disposal (Khan &
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