Near Wellbore Diverter
Trophy Energy, Inc offers patent pending PLA diverter for near wellbore diversion for fracture stimulations. It is an engineered slurry comprised degradable particles with multi-modal size distribution. The near wellbore particles bridge at the perforation tunnel for isolation making it more effective diversion than balls/pods. The diverter enhances the number of stimulated clusters and allows increased stage spacing, resulting in reduced well costs. It is also a great application for re-fracture candidates. Trophy Energy has pumped over 2500 diverter stages and had a study done by ProTechnics showing a 95% completion efficiency. The completion study can be reviewed under the Diverter Study/Case Histories tab or the link below. The diverter is biodegradeable and hydrolyzes based upon reservoir temperature, pressure, and water to a clear, no-hazardous liquid.
Near Wellbore Diverter – CE3380
The following video shows the application of the near wellbore going downhole during a fracture stimulation.
Far Field Diverter
Far Field Diverter
Trophy Energy, Inc offers patent pending PLA diverter for far field diversion for fracture stimulations. The particle blend bridges at the fracture tip and provides fracture geometry control. Far Field Diverter minimizes communication to offset wells (parent / child relationship) and fracturing into undesirable (depleted) zones. The Far Field diverter also creates a more complex fracture network, resulting in more stimulated rock and drainage. The ProTechnics completion study can be reviewed under the Diverter Study/Case Histories tab or the link below. The diverter is biodegradable and hydrolyzes based upon reservoir temperature, pressure, and water to a clear, no-hazardous liquid.
The Pro Technics completion study can be viewed by link below or go to
Diverter Study / Case Histories tab.
Far Field Diverter – CC3750
Drill Outs/Cleanouts
Trophy offers material to enhance drillout and cleanout efficiency. Low pressure cleanout environments present challenges to maintain circulating rates to effectively cleanout the wellbore. Our product provides a simple and effective solution to maintain circulation rate throughout cleanout operations. This blend has favorable degradation times in low temperature environments. Additionally, this is an economical option compared to usage of nitrogen and lightweight mud systems. The diverter is biodegradable and hydrolyzes based upon reservoir temperature, pressure, and water to a clear, no-hazardous liquid.
Acidizing
Our acid diverter agent significantly improves matrix acidizing efficiency in production well acid operations. This is achieved with near wellbore diversion drops to increase overall acid placement throughout the wellbore. These are economical jobs to restore production in existing producing wells. The diverter is biodegradable and hydrolyzes based upon reservoir temperature, pressure, and water to a clear, no-hazardous liquid.
Drilling Loss Circulation
We offer unique and effective blends for loss circulation throughout drilling operations. This product is versatile to varying formations and the severity of loss circulation events. The diverter is biodegradable and hydrolyzes based upon reservoir temperature, pressure, and water to a clear, no-hazardous liquid.