2011•The Atrium (University of Guelph)Requires access

The economic feasibility of bioenergy production from Miscanthus for the Ontario greenhouse industry

Tasneem Virani

Open publisher page 6 citations

Abstract

This thesis investigates the cost of producing miscanthus in Ontario as an energy crop for the Ontario greenhouse industry. To determine the breakeven price of growing miscanthus an enterprise budget was developed and applied to three different life cycle scenarios to determine the effect of stand life on the breakeven price. The base case breakeven price of producing miscanthus ranged from $74.74/t to $80.22/t. Sensitivity analysis was conducted to assess the effect of assumptions (stand yield, rhizome cost, harvest method and discount rate) on the breakeven price. Price of energy from miscanthus ranged from $2.87/GJ to $8.63/GJ with an average price of $5.51/GJ. The Ontario greenhouse industry`s willingness to pay for bioenergy from miscanthus is based on the prices of fuels currently in use. Ontario farmer‘s willingness to produce miscanthus is based on its profitability compared to other crops and the time it takes to pay off the initial investment.

About this research paper

What this paper is about

This thesis investigates the cost of producing miscanthus in Ontario as an energy crop for the Ontario greenhouse industry. To determine the breakeven price of growing miscanthus an enterprise budget was developed and applied to three different life cycle scenarios to determine the effect of stand life on the breakeven price. The base case breakeven price of producing miscanthus ranged from $74.74/t to $80.22/t. Sensitivity analysis was conducted to assess the effect of assumptions (stand yield, rhizome cost, harvest method and discount rate) on the breakeven price. Price of energy from miscanthus ranged from $2.87/GJ to $8.63/GJ with an average price of $5.51/GJ. The Ontario greenhouse industry`s willingness to pay for bioenergy from miscanthus is based on the prices of fuels currently in use. Ontario farmer‘s willingness to produce miscanthus is based on its profitability compared to other crops and the time it takes to pay off the initial investment.

Why it matters

OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

This thesis investigates the cost of producing miscanthus in Ontario as an energy crop for the Ontario greenhouse industry. To determine the breakeven price of growing miscanthus an enterprise budget was developed and applied to three different life cycle scenarios to determine the effect of stand life on the breakeven price. The base case breakeven price of producing miscanthus ranged from $74.74/t to $80.22/t. Sensitivity analysis was conducted to assess the effect of assumptions (stand yield, rhizome cost, harvest method and discount rate) on the breakeven price. Price of energy from miscanthus ranged from $2.87/GJ to $8.63/GJ with an average price of $5.51/GJ. The Ontario greenhouse industry`s willingness to pay for bioenergy from miscanthus is based on the prices of fuels currently in use. Ontario farmer‘s willingness to produce miscanthus is based on its profitability compared to other crops and the time it takes to pay off the initial investment.

Key concepts: Miscanthus, Bioenergy, Production (economics), Greenhouse, Greenhouse gas, Environmental science, Miscanthus sinensis, Agroforestry

Related papers

Back to paper searchBrowse research topicsOriginal source
The economic feasibility of bioenergy production from Miscanthus for the Ontario greenhouse industry — Research Paper | ScholarLens