To produce power a sugar mill burns 75kt of bagasse per year derived from 250kt of sugar cane input. The mill can choose from three sugar cane varieties. Variety A has emissions factors as given under the National Greenhouse Gas Accounts Factors for bagasse. Variety B sugarcane is available at a sugarcane price of $0.10 per tonne more than Variety A, the bagasse of which produces only 40 per cent of the N2O emissions of Variety A. Also available is Variety C sugarcane, which reduces N2O emissions to 20 per cent of Variety A but costs $0.15 per tonne of sugarcane more than Variety A. Assume that the net revenue from electricity sales will be $65/ MWh regardless of the carbon price. Assume that the overall system conversion efficiency (heat to electricity conversion) of the bagasse power plant is 26%. Using Variety A as a base case: 1. Calculate the average abatement cost of each of the short term carbon reduction options for the sugar mill. 2. Plot the short run average abatement cost histogram. 3. Plot the short run marginal abatement cost curve." Calculate and show each steps with each explanation with simple english with necessary diagrams"

Managerial Accounting: The Cornerstone of Business Decision-Making
7th Edition
ISBN:9781337115773
Author:Maryanne M. Mowen, Don R. Hansen, Dan L. Heitger
Publisher:Maryanne M. Mowen, Don R. Hansen, Dan L. Heitger
Chapter13: Emerging Topics In Managerial Accounting
Section: Chapter Questions
Problem 48E
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To produce power a sugar mill burns 75kt of bagasse per year derived from
250kt of sugar cane input. The mill can choose from three sugar cane
varieties. Variety A has emissions factors as given under the National
Greenhouse Gas Accounts Factors for bagasse. Variety B sugarcane is
available at a sugarcane price of $0.10 per tonne more than Variety A, the
bagasse of which produces only 40 per cent of the N2O emissions of Variety
A. Also available is Variety C sugarcane, which reduces N2O emissions to 20
per cent of Variety A but costs $0.15 per tonne of sugarcane more than
Variety A. Assume that the net revenue from electricity sales will be $65/
MWh regardless of the carbon price. Assume that the overall system
conversion efficiency (heat to electricity conversion) of the bagasse power
plant is 26%. Using Variety A as a base case: 1. Calculate the average
abatement cost of each of the short term carbon reduction options for the
sugar mill. 2. Plot the short run average abatement cost histogram. 3. Plot
the short run marginal abatement cost curve." Calculate and show each
steps with each explanation with simple english with necessary diagrams"
Transcribed Image Text:To produce power a sugar mill burns 75kt of bagasse per year derived from 250kt of sugar cane input. The mill can choose from three sugar cane varieties. Variety A has emissions factors as given under the National Greenhouse Gas Accounts Factors for bagasse. Variety B sugarcane is available at a sugarcane price of $0.10 per tonne more than Variety A, the bagasse of which produces only 40 per cent of the N2O emissions of Variety A. Also available is Variety C sugarcane, which reduces N2O emissions to 20 per cent of Variety A but costs $0.15 per tonne of sugarcane more than Variety A. Assume that the net revenue from electricity sales will be $65/ MWh regardless of the carbon price. Assume that the overall system conversion efficiency (heat to electricity conversion) of the bagasse power plant is 26%. Using Variety A as a base case: 1. Calculate the average abatement cost of each of the short term carbon reduction options for the sugar mill. 2. Plot the short run average abatement cost histogram. 3. Plot the short run marginal abatement cost curve." Calculate and show each steps with each explanation with simple english with necessary diagrams"
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