Multiple-Interval Wellbore Stimulation System and Method

A method, comprising:

• introducing one or more wellbore projectiles into a work string arranged at least partially within a formation, the work string including a completion assembly having a first downhole tool arranged adjacent a first interval, a second downhole tool arranged adjacent a second interval, and a third downhole tool arranged adjacent a third interval that interposes the first and second intervals;
• detecting the one or more wellbore projectiles with a first sensor of the first downhole tool and a second sensor of the second downhole tool;
• opening first and second sliding sleeves arranged within the first and second downhole tools, respectively, following detection of the one or more wellbore projectiles;
• treating the first and second intervals;
• sealing the first and second intervals by injecting a diverting agent into the first and second intervals;
• detecting the one or more wellbore projectiles with a third sensor of the third downhole tool;
• opening a third sliding sleeve arranged within the third downhole tool following detection of the one or more wellbore projectiles;
• and
• treating the third interval independent of the first and second intervals.

A method, comprising:

• detecting a first wellbore projectile with a first sensor associated with a first downhole tool arranged adjacent a first interval;
• detecting a second wellbore projectile with a second sensor associated with a second downhole tool and thereby causing the second downhole tool to actuate, the second downhole tool being arranged adjacent a second interval uphole from the first interval;
• actuating the first downhole tool by catching the second wellbore projectile on a first baffle associated with the first downhole tool and subsequently pressurizing the work string;
• detecting the second wellbore projectile with a third sensor associated with a third downhole tool interposing the first and second downhole tools and arranged adjacent a third interval that interposes the first and second intervals;
• hydraulically fracturing the first and second intervals via the first and second downhole tools, respectively;
• sealing the first and second intervals by injecting a diverting agent into the first and second intervals;
• actuating the third downhole tool by catching a third wellbore projectile on a second baffle associated with the third downhole tool and subsequently pressurizing the work string;
• and
• hydraulically fracturing the third interval.