The Packers Plus StackFRAC® HD multi-stage completion systems are designed for open and cased hole stimulation in unconventional tight oil and gas formations. This innovative, field-proven system allows for exact placement of stimulation treatments in one continuous pumping operation. Once the stimulation operation is complete, the well can be immediately flowed back and put on production. StackFRAC HD systems provide operators with an efficient and cost-effective method to complete their wells.

Because the Packers Plus StackFRAC HD system is modular with regard to tool placement, it can be combined with other Packers Plus tools and systems, enabling customized design for targeted delivery of the stimulation program.

The StackFRAC HD multi-stage completion system offers many features and benefits

Reduces costs with continuous rigless pumping operation and immediate poststimulation flowback

Stimulate more of the wellbore with improved isolation using fieldproven mechanical RockSEAL® H2 packers

Gain production by accessing natural fractures in open hole applications

Custom stimulation programs by combining a variety of Packers Plus tools to complete the entire lateral

StackFRAC HD System

Learn more about Open Hole Multi-Stage Completions with StackFRAC HD

 

See what the StackFRAC HD system is made of

RockSEAL H2 Packer

The RockSEAL H2 packer is a hydraulically set, mechanical packer. The dual-element design, along with premium seal technology, ensures reliable high-pressure zonal isolation during stimulation and throughout the life of the well. The RockSEAL H2 packer offers ease of installation through its short length, minimum outside diameter and anti-preset features. Hydraulic activation allows for precise control over the setting operation, resulting in time and cost efficiencies.

RockSEAL IIS Packer

The RockSEAL llS is a single-element, double-grip, hydraulically set retrievable open hole packer. It maintains the proven mechanical and element system of the dual-element packer along with an added anchoring capability. The anchoring slip design allows the packer to anchor the StackFRAC HD system at the toe of the well, wellbore junctions or other areas that require extra stability. This packer is typically run in conjunction with the RockSEAL H2 packer for added sealing capability, but can be used on its own as required.

FracPORT H2 Sleeve

The FracPORT™ H2 sleeve is a ball-actuated, hydraulically activated injection/production port. This sleeve is run between two RockSEAL H2 packers to allow specific zones of the wellbore to be isolated and selectively stimulated. By providing a flow area greater than the liner, the FracPORT H2 sleeve provides unrestricted flow for stimulation treatments. The FracPORT H2 sleeve is also available in a Drillable Closeable (DC) version that can be closed or re-opened for future operations. This allows for effective water or gas shutoff, flow control, re-fracturing and production testing.

Hydraulic FracPORT Sleeve

The Hydraulic FracPORT sleeve is a hydraulically activated injection/production port used for the first stage of all Packers Plus stimulation system applications. This sleeve opens at a specific pressure allowing communication between the tool string and the annulus. The unique configuration of the Hydraulic FracPORT sleeve ensures full opening for effective stimulation of the first stage. The Hydraulic FracPORT sleeve is also available in a DC version that can be closed and re-opened for future operations.

StackFRAC® HD is a continuously pumped, ball-activated completion system that has been used around the world, including onshore, offshore, and multi-lateral applications

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StackFRAC HD Improves Efficiency of Horizontal Multi-Stage Acid Stimulation in Northern Iraq Field

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Leading unconventional advancements in Argentina

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StackFRAC HD outperforms other completion methods in the Cardium

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StackFRAC HD outperforms plug-and-perf wells on multi-well pad

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StackFRAC HD leads to improved fracture complexity and higher production in the Montney formation

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StackFRAC HD cemented off-bottom open hole completion establishes baseline for efficient and economic completions

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StackFRAC completion 30 times faster than typical plug-and-perf stimulation

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StackFRAC HD Leads to Increased Production and Savings of $600,000 per Well

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StackFRAC Systems Produce 23% More than Offset Plug-and-Perf Wells in the Codell Formation

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StackFRAC HD hybrid system stimulates 50 stages in less than 2 days

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RapidMATRIX-StackFRAC system increases production from carbonate formation in Alberta

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World’s first subsea StackFRAC completion

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StackFRAC system facilitates pre- and post-stimulation testing of exploration wells

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StackFRAC system facilitates stimulation of mixed formation

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StackFRAC system doubles oil production from deep, tight zones

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StackFRAC system achieves 100% incremental production increase

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StackFRAC system improves production by 70% on first fractured horizontal well in Algeria

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StackFRAC system revives non-producing open hole horizontal wells

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Flexibility of StackFRAC system allows for exploration testing

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StackFRAC system improves production from a deep sandstone reservoir

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StackFRAC open hole systems maximize assets in Marcellus Shale

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StackFRAC technology outperforms conventional “plug-and-perf”

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StackFRAC system increases ultimate recovery

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StackFRAC production results exceed expectations

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StackFRAC system provides superior production and economics

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StackFRAC helps unlock oil pool in northwest Alberta

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StackFRAC system captures bypassed oil in tight rock formations

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StackFRAC dual laterals provide enhanced reservoir drainage

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StackFRAC doubles production compared to cemented liner well

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StackFRAC system outperforms cemented liners in shale gas reservoir

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StackFRAC HD system enables high stimulation rates

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StackFRAC HD unlocks the Eagle Ford

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StackFRAC HD system outperforms cased hole in vertical wells

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StackFRAC HD a success in the Devonian Shale

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Operator utilizes closeable FracPORT sleeves to significantly reduce water cut in the Sinai Peninsula

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Packers Plus partners with operator for world’s first offshore dual lateral multi-stage completion

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138445 – Tight Gas Multistage Horizontal Completion Technology in the Granite Wash: A Case Study

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139370 – Optimization of Completions in Unconventional Reservoirs for Ultimate Recovery

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101230 – An Effective Horizontal Well Completion and Stimulation System

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135227 – Well Completion Optimization in a North Dakota Bakken Oilfield

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181441 – Evaluation of Completion Practices in the STACK Using Completion Diagnostics and Production Analysis

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183268 – Delivering Proppant Stimulation in an Offshore Unconventional Tight Carbonate Source Formation, in the Middle East with OHMS Completion Technology

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183168 – Real-Time Friction Simulation for Accurate Calculation of Bottomhole Pressure during Stimulation in Open Hole Sliding-Sleeve Ball Seat Completions

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2440718 – Overcoming Liner Installation Challenges in Extended Reach Laterals with a Burst Disk Sub

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179175 – Determining the Effectiveness of Isolation Techniques Using Completion Diagnostics and Production Analysis

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Liner hanger and cementing stage collar combine to overcome challenging geology

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Going the Extra Mile: Using ball-activated systems to simplify stimulation of toe stages for extended reach laterals

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Dual element packer wells outperform offset single element packer wells

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Closeable FracPORT sleeves provide stimulation and production flexibility almost one year after installation

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Unique application of SF Cementor D Stage Collar improves reservoir coverage in sidetrack lateral

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Packers Plus Completions Save Over $7 Million for Multi-Well Pad Development in the Montney

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97% Sleeve Shift Efficiency Leads to Higher Production

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High-Rate Stimulation Increases Production by 85%

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SoftSEAL Packers Improve Stage Isolation for Increased Production

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Single-Trip Liner Hanger Packer Reduces Operational Costs

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SF11 Ball recovery reduces well intervention instances and cost

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176984 – Economic and Operational Analysis of Systematically Deploying New Technologies in Two US Unconventional Plays

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116232 – Utilizing Modern Frac Baffles Improves Completion Efficiencies

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143369 – Optimization of Completions in Unconventional Reservoirs for Ultimate Recovery

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163946 – Cemented Versus Open Hole Completions: What is Best for Your Well?

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173974 – Optimizing completions and artificial lift in an unconventional play in the United States

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2172470 – Cemented-back monobore reduces well cost and frac time in the Wolfcamp

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168952 – Case studies and best practices for installation of open hole multistage completions systems in wells drilled underbalanced

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17831 – Revitalisation of South Fawares field using open hole multistage completion systems – A pilot project case study

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174955 – Comparing openhole packer systems with cemented liner completions in the Northern Montney gas resource play: results from microseismic monitoring and production

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Production from multi-stage completion surpasses expectations

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Packers Plus delivers on both completion and production targets

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Dual laterals improve economic margins and ultimate recovery

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Packers Plus completes a best-in-field well in the Black Sea

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168643 – Development of the Wolfbone Formation Using Open Hole Multistage Vertical Completion Technology

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135386 – Comparative Study of Cemented Versus Uncemented Multi-Stage Fractured Wells in the Barnett Shale

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16811 – Open Hole Multistage Completion Exceeds Production Expectations from South Sulige Gas Field in China

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167659 – Comparative Study of Open Hole and Cemented Multistage Vertical Completion Technologies in the Permain Basin

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146790 – Design and Deployment of a New Fracturing Port Technology to Increase Stage Number Capability of Openhole Multistage Systems

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17599 – Application of Technologies for Improved Drilling, Hydraulic Fracturing, and Production Increase—Case Studies From Deep and High Pressure Gas Wells

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2006-175 – An Effective Horizontal Well Completion and Stimulation System

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134905 – Application of Different Stimulation Techniques, Multistage Proppant and Acid Fracturing Operations Offshore Congo

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114961 – Successful Case History of a Novel Open-Hole Horizontal Well Completion in Saudi Arabia

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16616 – A Case Study: Innovative Open Hole Well Completion Provides Superior Results in Tight Gas Formation in Jilin District, China

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114766 – Successful Deployment of Innovative Completion Technology Designed for Multi-Stage Fracturing Treatments in Horizontal Producers Achieved Significant Rate Increase in Saudi Arabia

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104557 – Multistage Fracturing System: Improving Operational Efficiency and Production

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114768 – Successful Multistage Horizontal Well Fracturing in the Deep Gas Reservoirs of Saudi Arabia: Field Testing of a Promising Innovative New Completion Technology

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113553 – Application of a Novel Open-Hole Horizontal Well Completion in Saudi Arabia

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13316 – Multi-Stage Stimulation Technique Boosts Production for Horizontal Wells in Kuwait

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130894 – Successful Deployment of Multistage Fracturing Systems in Multilayered Tight Gas Carbonate Formations in Saudi Arabia

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103046 – New Barnett Shale Horizontal Completion Lowers Cost and Improves Efficiency

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108712 – An Efficient Horizontal Open Hole Multi-Stage Fracturing and Completion System

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114880 – Effective Open Hole Horizontal Completion System for Multistage Fracturing and Stimulation

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149064 – Success Criteria for Multistage Fracturing of Tight Gas in Saudi Arabia

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147927 – New Openhole Technology Unlocks Unconventional Oil and Gas Reserves Worldwide

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147614 – Well Evolution in the James Lime – How Technology has Driven Well Productivity Improvements

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107930 – Using Open Hole Horizontal Completion Technology to More Efficiently Complete Vertical Wells

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112442 – Continuous Pumping, Multistage, Hydraulic Fracturing in Kitina Field, Offshore Congo, West Africa

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113487 – Optimizing Horizontal Completions in the Cleveland Tight Gas Sand

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119140 – Multiple Transverse Fracturing in Open Hole Allows Development of a Low Permeability Reservoir in the Foukanda Field, Offshore Congo

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135584 – Next Generation Multi-Stage Completion Technology and Risk Sharing Accelerates Development of the Bakken Play

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135195 – Horizontal Drilling and Well Completion Optimization in North Dakota Bakken Oilfield

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137864 – Leveraging Innovative Technologies to Recover Reserves in the Bakken Formation

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136196 – Long-Term Comparison of Production Results from Open Hole and Cemented Multi-Stage Completions in the Barnett Shale

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142741 – Well Completion Strategy and Optimization in a North Dakota Bakken Oilfield

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142729 – Optimisation of Completions in Unconventional Reservoirs for Higher Recovery

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143066 – Optimization of Completions in Unconventional Reservoirs for Ultimate Recovery – Case Studies

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149062 – Successful Drilling and Deployment of an Open Hole Multistage Fracturing System in a Deep and Hostile Sandstone Gas Reservoir

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149437 – Comparative Study of Multistage Cemented Liner and Openhole System Completion Technologies in the Montney Resource Play

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15267 – Developing a Stage Tool for Cemented Back Monobore Completions with Open Hole Multi-Stage Systems in the Montney

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153235 – Coiled Tubing Operational Guidelines in Conjuction with Multistage Fracturing Completions in the Tight Gas Fields of Saudi Arabia

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155095 – Comparison of Production Results from Open Hole and Cemented Multistage Completions in the Marcellus Shale

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163816 – Evolution of Drilling and Completions in the Slave Point to Optimize Economics

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170777 – First Successful Application of Horizontal Open Hole Multistage Completion Systems in Turkey’s Şelmo Field

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170928 – A One-Year Production Study between Cemented Multistage and Open hole Completion Technologies for Vertical Wells in the Permian Basin

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DC FracPORT sleeve allows for isolation of a lost-circulation zone

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Packers Plus technology revitalizes Cleveland development

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Partnership solves unique well intervention challenge

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First successful application of open hole completion systems in Turkey

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Packers Plus Operational Experience Improves Production

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Packers Plus achieves top producing well for operator in the Niobrara

Get in touch

Contact our Regional General Managers for more information

Erin Scott

Canada

Jim Foster

US & Latin America

 Our commitment to quality

Packers Plus successful stimulation services begin with a fully integrated quality assurance and quality control (QA/QC) process that begins at the design stage and follows each tool through manufacturing, assembly, testing, shipping and installation. Automation and robotics are incorporated into our proven process to ensure consistency and repeatability of key criteria in each step as we design, develop and manufacture our patented tools and systems. As a commitment to quality and meeting stringent standards, Packers Plus has achieved ISO 9001 certification and  API Q1 Certification for our manufacturing and engineering operations in Edmonton, AB, and ISO 9001 in Houston, TX.

Read more about our world-class manufacturing capabilities.

Our systems & solutions

LightningPLUS Composite Plug

LightningPLUS Composite Plug

Lightning Composite Plug

Lightning Composite Plug

SF Cementor D Stage Collar

Cementing Tool for Monobore Completions

TREX Toe Sleeve

Toe-XT Hydraulic Sleeve

TREX PrimeSET Liner Hanger

PrimeSET Liner Hanger

StackFRAC HD-X System

Multi-Stage Ball-Drop Completions

TREX Limited Entry

Cemented QuickPORT IV Sleeves

StackFRAC Slimhole System

Restimulation & Well Recovery

ePLUS Retina Monitoring System

Combining Electronics with Reliability

SwellPLUS Packer

Swellable Zonal Isolation