Includes cover page, journal info, contents page, and editorial information

Cover page and table of contents for issue 41/2

A probabilistic financial model was developed to assess the economic feasibility of energy-cane-based hydrolysis ethanol production. At an expected price of $1.97/gallon and no tax credit, the chances of a positive NPV were 70%. By slightly increasing feedstock and ethanol yields by 5 units, the...

We assess the economic feasibility of a 10 MMGY biodiesel plant using a Monte Carlo Cash Flow model programmed in Excel using @Risk, a simulation and risk analysis software. The model incorporates stochastic components to capture uncertainty in the analysis. The stochastic components are mainly...

Includes: Front Cover, Table of Contents, Editorial Information

This model evaluates the potential success of a cellulosic ethanol plant in Florida. Critical Economic factors of the plant were simulated to assess the ability of this project. These critical factors include the feedstock to be used, the cost of the facility, transportation costs and the...

A Monte Carlo simulation model was constructed to analyze the economic feasibility of growing algae as a renewable fuel source. Increasing growth rates, pond water depth, oil content, and facility size are important for ensuring the economic viability of a commercial algae facility.

In order to more fully study the risks and uncertainty involved in cellulosic ethanol production, we examine a simulated plant in South Louisiana using Real Options Analysis

This study used experimental data from West Lafayette, Indiana to examine the economic benefits of applying fungicide to corn. The average improvements in yield, gross revenue, and net return (gross revenue minus fungicide and application cost) were 4 bushels per acre, $19 per acre, and -$9 per...