SPE 177136 Dynamic Under/Overbalance: A Review of the Current Practices in Block 15
SPE 174373 Wellbore Implosion: A Case Study of Perforation Enhancement
SPE 172553 Perforating Strategy Change in High Deviated and Horizontal Wells in North Kuwait – Tractor Conveyed Perforations in Kuwait
SPE 170485 Optimization of Tubing Conveyed Perforations: Combination of Dynamic Underbalance and Mechanical Surge Techniques
SPE 169322 Wireline Perforating Technology Maximizes Well Productivity and Reduces Operational Risks
SPE 168187 Perforating Monobore Completions Offshore: An Efficient, Safe and Optimal Approach 
SPE 165920 Repeat Dynamic Underbalance in Oman
SPE 160597 Dynamic Underbalance Perforating maximizes Well’s Productivity by Minimizing Completion Damage on a Western Siberia Oilfield
SPE 160596 Application of Dynamic Underbalance Perforating Technique on a Drillstem Test string in combination with a Non-Damaging Viscoelastic Surfactant-Based Fluid Loss Pill: Case Study form Western Siberia
SPE 158083 Dynamic Underbalance Perforations bring higher productivities than Conventional Perforations: a large scale comparative revie from the Tunu Gas Field (Indonesia)
SPE 152990 A Coil Tubing Perforating Solution Incorporating a Gun Deployment System and Dynamic Underbalance Technique Improves Well Production in Highl Angle Deep Gas Wells in Saudi Arabia
SPE 150012 Perforating Technique Produced Best Gas Flow Rate Ever Measured in Devonian Reservoir in Algeria
SPE 144080 Controlled Wellbore Implosions Show That Not All Damage is Bad
SPE 143735 Innovative Combination of Dynamic Underbalanced Perforating with Emulsified Acid and Non-Damaging Viscoelastic Surfactant- Based Fluids Boosts Productivity in Low Permeability Naturally-Fractured Carbonates
SPE 135712 Design and Evaluation of Perforation Performance using Dynamic Underbalance – North Sea Case Histories
SPE 133858 Solid-Free Viscoelastic Fluid-Loss Pill and Dynamic Underbalanced Perforating Significantly Improve Production From Newly Perforated Wells
SPE 130379 Effective Perforating Design for Matrix Acidizing in Pre-salt Carbonates
SPE 121964 Overcoming Near Wellbore Damage Induced Flow Impairment with Improved Perforation Job Design and Execution Methods
SPE 112488 Dynamic Underbalanced Perforating Application Increases Productivity in the Mature High-Permeability Gas Reservoirs of Santa Ana Field Venezuela
IPA 10 E 051 Pure* Power Optimizes Production: Improved Productivity Index through Dynamic Underbalance in Abadi Wells – Masela Block (INPEX) Arafura Sea, Indonesia
SPE 117537 Optimizing Perforating Strategy to Enhance Production in Miano Field
SPE 108167 Dynamic Underbalance Perforating Overcomes Environmental Challenges
SPE 106400 Productivity Increase Using the Combination of  Formation Isolation Valve and Dynamic Underbalanced Perforation
SPE 104099 Overbalanced Perforating Yields Negative Skin Vlaues in Layered Reservoir
SPE 103070 Customized Re-perforating with new technologies for Optimal Field Drainage and Productivity Enhancement: East Venezuela Applications
SPE 101278 New Perforating Technique Improves Well Productivity and Operational Efficiency
SPE 97649 Improved Heavy Oil Recovery from Thin Reservoirs through Horizontal Well Placement and Intelligent Perforations
SPE 97363 Dynamic Underbalanced Perforating System Increases Productivity and Reduces Cost in East Kalimantan Gas Field: A Case Study
SPE 95859 Perforating for Zero Skin: A Study of Productivity Improvement in Ecuador
SPE 93638 Dynamic Underbalance Perforating on a Mature North Sea Field
SPE 86543 Dynamic Under Balanced Perfroating Eliminates Near Wellbore Acid Stimulation in Low-Pressure Weber Formation
SPE 84910 A Step Change in Perforating Technology Improves Productivity of Horizontal Wells in the North Sea
SPE 77364 New Underbalanced Perforating Technique Increases Completion Efficiency and Eliminates Costly Acid Stimualtion
OTC 19467 Kikeh Development: Delivering World Class Completion Performance
OTC 19242 Perforating Techniques and Use of a Cesium Formate Kill Pills to Maximize Productivity in HPHT Gas Wells and Minimize HSE Risks
IPTC 14300 A Combination of Perforating Technologies to Maximize Well Productivity and Minimize Rig Time
IPTC 13815 Novel Perforation Job Design Leads to Successful TCP shhot in a 3000 Foot Horizontal Carbonate Producer
SPE WVS 23 Innovative Dynamic Implosion Stimulation Technique Triples Well Production: Lake Maracaibo, Ceuta Field Case Studies