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Figure 4-1 illustrates a basic solar water heating system. We can see a large storage tank in the Figure. This is filled with water and is used as a thermal store. It is imperative that this tank is incredibly well insulated as it is pointless going to a lot of effort to collect this solar energy if we then lose it in storage! You will notice that the solar hot water tank has a gradient fill this denotes the stratification of the water the colder water sinks to the bottom, while the warmer water is at the top of the tank. We draw the hot water off from the top of the tank, while replacing the hot water with cold water at the bottom of the tank. This allows us to maintain the layered stratified nature of the tank. At the bottom of the tank, we can see a coil; this is shown more clearly in Figure 4-2 this coil is in fact a copper pipe we can see that the pipe enters the tank at the bottom, and exits the tank at the top. The pipes are connected in a closed circuit to a solar collector. This closed circuit is filled with a fluid which transfers the heat from the solar cell to the tank. This is the simplest type of solar system it is called a thermosiphon. The reason for this name is that the process of circulation from the solar cell to the tank is driven by nothing more than heat. Natural convective currents set up a flow, whereby the hot water makes its way around the circuit. It is also possible to insert a pump into this circuit to increase the flow of the heat transfer medium.

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The executive team can estimate corporate wellness, determine the Business Performance Index (BPIn), and identify areas to achieve improvement at the highest level. The BPIn and Sigma level can be used as a rough baseline of the corporate performance and as a catalyst to commit to an integrated corporate performance measurement system, the Six Sigma Business Scorecard. The BPIn can be used as a leading indicator of the corporate performance. Using the BPIn creates a strategic intent to implement the Six Sigma Business Scorecard.

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collection boxes located near the copiers and printers and scattered in various of ces. However, less than 40 percent is currently recycled. Therefore, one of the best strategies for recycling some waste paper is to fully implement an of ce-paper recycling program. Table 8.13 illustrates the potential for recycling based upon the current of ce paper generation at the company. A description of how to successfully implement such a program is described in Sec. 8.10.14. Paper recyclers are also listed in the mentioned section.

Our demand for hot water is fairly constant throughout the year. We use more or less the same amount of hot water for washing and cleaning in the winter as we do in the summer.

There are 91,052 lb or over 45.5 tons of oor sweepings generated on the plant oor each year. There are two types of oor sweepings used in the facility: one is chemical based, the other is sawdust. It is not possible to recycle either type of oor sweepings due to lead contamination on the plant oor. However, it may be possible to reduce the amount of oor sweepings that are sent to the smelter at an unknown cost. To calculate the possible reduction four steps must be followed:

or representative spill. Specify the compound that uses the lowest volume to clean up the average spill as Cl, and the other compound as Ch, and the volumes determined to

Having committed to implementing a corporate performance measurement system, both leadership and management must be trained to understand the intent, objectives, scope, and measurements of the Six Sigma Business Scorecard methodology. The methodology includes the following:

clean up the spill as Vl and Vh. Then calculate the weight fraction of each type of sweeping compound used annually and designate them as Wl and Wh. These are found by dividing the respective annual weights by the total annual weight. 2 Calculate the current total volume of sweepings generated annually, VT, by summing annual volumes for each compound, VL and VH. These volumes are calculated by multiplying the weight fraction by the total weight (91,052 lb) and dividing by the density. 3 Calculate the lowest possible annual total volume, VLT by adding VL plus VH and multiplying by Vl and dividing by Vh. 4 Determine the possible volume reduction for the oor sweeping, R, by taking the difference between the total volume, VT and the lowest total volume, VLT. Also consider whether the compounds are needed to perform speci c jobs and the cost and bene t of changing the current situation.

There are 84,514 lb or over 42 tons of oxide inserts in the waste stream each year. The oxide insert waste is generated in the COS area of the plant. Due to lead contamination oxide inserts are considered hazardous materials, non-recyclable and therefore must be sent to the smelter. An updated process analysis of the carbon oxide sulphide (COS) area may highlight opportunities to decrease insert process scrap.

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