In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion biogas plant where input factors are substitutes but need to be mixed together to provide output. Given any initial rule for the composition of the feedstock, we consider the possibility of revising it if economic circumstances make it profitable. Flexibility in the mix is an advantage under randomly fluctuating input costs and comes at a higher investment cost. We show that the degree of flexibility in the productive technology installed depends on the value of the option to profitably re-arrange the input mix. Such option adds value to the project in that it provides a device for hedging against fluctuations in the input relative convenience...
We consider energy investment, when a choice has to be made between fossil fuel and biomass fired pr...
A non-linear programming model was developed to maximize the economic profit from an anaerobic co-di...
In this paper we analyze the choice between two technologies for producing electricity. In particula...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a continuous-time framework we study the technology and investment choice problem of a continuous...
In a continuous-time framework we study the technology and investment choice problem of a continuous...
In a continuous-time framework we study the technology and investment choice problem of a continuous...
In a continuous-time framework we study the technology and investment choice problem of a continuous...
An electronic version of the paper may be downloaded • from the SSRN website: www.SSRN.com • ...
We consider energy investment, when a choice has to be made between fossil fuel and biomass fired pr...
We consider energy investment, when a choice has to be made between fossil fuel and biomass fired pr...
A non-linear programming model was developed to maximize the economic profit from an anaerobic co-di...
In this paper we analyze the choice between two technologies for producing electricity. In particula...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a continuous-time framework we study the technology and investment choice problem of a continuous...
In a continuous-time framework we study the technology and investment choice problem of a continuous...
In a continuous-time framework we study the technology and investment choice problem of a continuous...
In a continuous-time framework we study the technology and investment choice problem of a continuous...
An electronic version of the paper may be downloaded • from the SSRN website: www.SSRN.com • ...
We consider energy investment, when a choice has to be made between fossil fuel and biomass fired pr...
We consider energy investment, when a choice has to be made between fossil fuel and biomass fired pr...
A non-linear programming model was developed to maximize the economic profit from an anaerobic co-di...
In this paper we analyze the choice between two technologies for producing electricity. In particula...