Design and Performance Analysis of Dry Gas Fishbone Wells for Lower Carbon Footprint

Multilateral well drilling technology has recently assisted the industry in improving borehole contact area and reducing operation time, while maintaining a competitive cost. The most advanced multilateral method is Fishbone (FbD). This been utilized several hydrocarbon fields worldwide, resulting high recovery enhancement reduced carbon emissions from drilling. FbD involves branches laterals can be considered as an alternative to hydraulic fracturing increase stimulated reservoir volume. However, expected productivity of applying one field another vary due various challenges such design, lithology, accessibility. Another challenge lack existing analytical models effect each parameter on cumulative production, interaction between them. In this paper, empirical were modified for dry gas reservoir. model showed higher accuracy with respect model. It was also compared model, which proved its accuracy. Finally, machine learning algorithms developed predict productivity, close results both models.