Fishing & Well Intervention Solutions 

Fishing Tools & Recovery Systems 

Engineered recovery solutions are implemented for both planned and unplanned wellbore events, ensuring operational safety, efficiency, and the maintenance of well integrity. These systems provide reliable intervention and recovery capabilities across oil, gas, geothermal, and high-complexity wells, minimizing downtime while supporting regulatory compliance and operational continuity.

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Thru-Tubing Intervention & Milling Systems 

Low-impact intervention systems are designed for restricted-ID wells, enabling safe, efficient, and minimally invasive operations while maintaining well integrity. These systems support interventions in oil, gas, geothermal, and high-complexity wells, reducing operational risks, minimizing downtime, and ensuring compliance with regulatory and safety standards.

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Service Packers, Isolation & Barrier Systems 

Mechanical isolation systems provide reliable support for well integrity, remedial operations, and safe abandonment. Designed for oil, gas, geothermal, and high-complexity wells, these systems enhance operational efficiency, maintain safety standards, and ensure compliance with regulatory requirements during intervention and decommissioning activities.

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Products & Services

Integrated Fishing & Well Intervention Systems 

Successful fishing and well intervention operations are driven by how systems are combined and executed, not simply which tools are selected. Tasman engineers fishing and intervention packages as complete systems, ensuring compatibility across tools, conveyance, fluids, and pressure control. 
 
Rather than supplying isolated product lines, Tasman supports intervention programs aligned to well integrity objectives, remediation strategies, and operational risk profiles. 

These integrated systems are routinely deployed across stuck pipe events, casing remediation, well integrity restoration, slot recovery, sidetracking, and plug & abandonment (P&A) operations, reducing interfaces and improving execution certainty. 

Fishing Tools & Recovery Systems 

Fishing tools are deployed as part of engineered recovery systems, not standalone rentals. Tasman supports both planned and unplanned fishing operations by selecting tools based on fish condition, well geometry, load requirements, and contingency planning. 
 
Fishing tools are commonly integrated with workstrings, jars, accelerators, pressure control equipment, and fluid containment systems to maximise recovery success and minimise NPT. 

These systems are engineered to restore access efficiently while maintaining well control and minimising secondary risk during recovery operations.  

Thru-Tubing Intervention & Milling Systems 

hru-tubing intervention allows operators to perform cleanouts, milling, recovery, and isolation without full workovers, reducing cost and operational footprint. These systems are particularly effective in restricted-ID wells and mature assets. 
 
Tasman integrates thru-tubing tools with coiled tubing conveyance, motors, milling systems, and fluid handling equipment to deliver execution-ready intervention packages.  

Service Packers, Isolation & Barrier Systems 

Service packers and barrier systems play a critical role in zonal isolation, pressure testing, remediation, and plug & abandonment (P&A) operations. These tools are rarely run alone and are typically deployed after fishing or thru-tubing work restores access. 
 
Tasman supplies packers as part of integrated intervention systems, supported by correct setting tools, testing procedures, and engineering oversight. 

These systems ensure barrier assurance, regulatory compliance, and long-term well integrity.  

Where Fishing & Well Intervention Solutions Integrate 

Tasman’s fishing and well intervention solutions are supported by engineering input, workshop preparation, and strategic technology partnerships. This enables intervention programs to leverage application-specific innovation without being constrained by a single vendor’s product suite.

• Fishing tools and intervention workstrings designed for retrieval, engagement, and downhole conveyance
• Pressure control and wellsite equipment to maintain operational safety and well integrity
• Fluid management and containment systems to support clean-out, milling, and recovery operations

This integrated approach reduces vendor interfaces, improves execution certainty, and supports faster