Application Methods Experimental Design (Plackett-Burman) in Uncertainty Parameters Reservoir Vapour Dominated

Abstract

At the beginning development of the field to interpret the geothermal system is realized one or two conceptual models. It’s often the case at this time there is a surprise when addition of the data hence it will be a new interpretation of the geothermal system. It will impact in a revised planning of the field development due changes in the initial estimate geothermal reserve (reservoir assessments). The objective of this paper is to change the way of looking on the geothermal company that one of the factors that should be considered more seriously in the early development of the field is uncertainty reservoir parameter. The uncertainty reservoir parameters will be influential in building a reservoir simulation model. In order to optimize the uncertainty parameters data of reservoir can be performed using method experimental design. The research of this paper aims to estimate the actual condition of the reservoir at the start of the development that have limited data, by establish some alternative conceptual models based on parameters uncertainty reservoir. Thus, there is no surprise eventhough an addition of new data.