Case Experience on WIN WIN Approach Towards Industrial …
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3. The Fixed cost is given fixed cost equals Actual capital investment in rupees
divided by viability period of the mechanism in years, it is given in Rupees,
4. Total cost (TC) equal to fixed cost in Rupees per year plus variable cost in
Rupees, gives Rupees minus Depreciation cost per year.
5. For Return on Investment (ROI) Profit is equal to benefited amount– Total cost
+ Depreciation cost per year.
2.2 Cost Variables for Return on Investment (R.O.I)
In This Cost Analysis Basic Cost Parameters like Capital Investment, Variable Cost,
Buy Back Cost and Viability of the Mechanism (Life Time of the Mechanism in
Years) of the Two Technology Are Elicited from the Environmental Engineer and
Energy Auditor Has a Secondary Data This Are Necessary for Cost Variables to Find
Return on Investment (R.O.I) (Phillips and Philips 2006).
Profit = Total Revenue − Total operational cost
(1)
Return on Investment(R.O.I) = Profit/Total cost
∗ 100
(2)
Cost variable for Cost Benefit Ratio is (Total Revenue) and Total cost (Fixed cost
+ Variable cost + Depreciation cost + Pollution and operational cost (Siva 2016).
Note: Cost benefit Ratio is equal to Total Benefit value divided by Total cost.
Figure 1. Shows the operational of select cement industrial unit production
process the flow chart describes a classification of pollution control technologies
in waste recycling technology (Co-processing), Air pollution and Energy conserve
technology, this industry adopted conventional (older), cleaner (newer) technologies
which describes detail given below in Table 1 with detail explanation of concepts.
Cost benefit Ratio = Total Benefited Value or Total Revenue/Total Cost
2.3 Primary Data
Vertical roller mill inlet duct Modification
Older technology
The conventional process of gas flow in mill grinding system are generally consists
of vertical roller mill like separator, cyclone, mill circulation fan, and electrostatic
precipitator (EP) and EP fan is used to pulverize final products, called has kiln feed
raw meal, are collected at the cyclone and EP. For a high pressure loss at the cyclone
there is a process change in the control mill attached to gas flow, mill circulation fan
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3. The Fixed cost is given fixed cost equals Actual capital investment in rupees
divided by viability period of the mechanism in years, it is given in Rupees,
4. Total cost (TC) equal to fixed cost in Rupees per year plus variable cost in
Rupees, gives Rupees minus Depreciation cost per year.
5. For Return on Investment (ROI) Profit is equal to benefited amount– Total cost
+ Depreciation cost per year.
2.2 Cost Variables for Return on Investment (R.O.I)
In This Cost Analysis Basic Cost Parameters like Capital Investment, Variable Cost,
Buy Back Cost and Viability of the Mechanism (Life Time of the Mechanism in
Years) of the Two Technology Are Elicited from the Environmental Engineer and
Energy Auditor Has a Secondary Data This Are Necessary for Cost Variables to Find
Return on Investment (R.O.I) (Phillips and Philips 2006).
Profit = Total Revenue − Total operational cost
(1)
Return on Investment(R.O.I) = Profit/Total cost
∗ 100
(2)
Cost variable for Cost Benefit Ratio is (Total Revenue) and Total cost (Fixed cost
+ Variable cost + Depreciation cost + Pollution and operational cost (Siva 2016).
Note: Cost benefit Ratio is equal to Total Benefit value divided by Total cost.
Figure 1. Shows the operational of select cement industrial unit production
process the flow chart describes a classification of pollution control technologies
in waste recycling technology (Co-processing), Air pollution and Energy conserve
technology, this industry adopted conventional (older), cleaner (newer) technologies
which describes detail given below in Table 1 with detail explanation of concepts.
Cost benefit Ratio = Total Benefited Value or Total Revenue/Total Cost
2.3 Primary Data
Vertical roller mill inlet duct Modification
Older technology
The conventional process of gas flow in mill grinding system are generally consists
of vertical roller mill like separator, cyclone, mill circulation fan, and electrostatic
precipitator (EP) and EP fan is used to pulverize final products, called has kiln feed
raw meal, are collected at the cyclone and EP. For a high pressure loss at the cyclone
there is a process change in the control mill attached to gas flow, mill circulation fan