Frac Tanks
Frac Tanks for Integrated Drilling, Well Intervention, Workover & Completion Operations
Frac tanks are a core component of modern wellsite fluid management, but their value extends far beyond simple bulk storage. In practice, frac tanks are routinely configured, modified, and integrated to support drilling, workover, well intervention, completions, flowback, and plug and abandonment (P&A) operations.
Tasman supplies a range of application-specific frac tank configurations, engineered to support drilling, intervention, and completion workflows while reducing non-productive time (NPT), improving fluid control, and minimising logistics complexity. These systems are supplied as part of an integrated surface fluid handling solution — not standalone tank hire.
Frac tanks are commonly deployed alongside fishing, thru-tubing, pressure control, milling, and integrity operations as part of a broader wellsite package.
Tasman supports frac tank operations across oil & gas, geothermal, and mining sectors throughout Australia, New Zealand, and Papua New Guinea.
Typical Applications & Use Cases
Frac tanks are deployed across a wide range of wellsite operations where fluid volumes, returns, and waste streams must be managed safely and efficiently. These operations often involve changing fluid types, solids loading, and operational sequencing, making correct configuration critical.
- Fishing and milling operations
- Thru-tubing interventions and plug mill-outs
- Pressure control and flowback systems
- Workover and recompletion programs
- Plug and abandonment (P&A) operations
When engineered as part of an integrated fluid handling system, frac tanks simplify logistics, reduce surface risk, and support uninterrupted operations. Early engagement with Tasman ensures tank configuration aligns with the full operational sequence.
Products & Services
Single Compartment Frac Tanks – Bulk Onsite Fluid Storage
Single compartment frac tanks provide high-capacity bulk storage for fluids used during drilling, completions, and intervention operations. These tanks are typically deployed where large volumes are required and fluid segregation is not critical.
- Bulk storage of drilling fluids or completion brines
- Workover fluid staging
- Temporary storage for clean or treated fluids
- Supporting large-volume operations where segregation is not required
When integrated with pumps, hoses, and surface circulation systems, single compartment tanks support continuous operations with minimal handling. Tasman engineers tank placement and capacity to suit site layout, access, and downstream fluid requirements.
Frac Flowback Tanks – Controlled Returns & Separation
Frac flowback tanks are designed to safely manage returned fluids from the wellbore, providing controlled handling of liquids, solids, and entrained gas during flowback and pressure-related operations.
- Flowback following stimulation or completion operations
- Returns during well intervention and cleanout programs
- Fluid handling during pressure control events
- Supporting early production or testing workflows
When configured as part of a pressure-controlled surface system, flowback tanks reduce surface risk and improve operational visibility. Tasman integrates flowback tanks with pressure control equipment, manifolds, and containment systems to support safe execution.
Frac Mixing Tanks – Agitated Mixing & Fluid Preparation
Frac mixing tanks are equipped with agitators and internal mixing systems, allowing large volumes of fluid to be mixed offline without interrupting active operations.
- Mixing drilling mud systems
- Preparing completion fluids and brines
- Cementing mix water and spacer preparation
- Supporting intervention and stimulation programs
Properly engineered mixing tanks reduce on-site handling and improve fluid consistency. Tasman integrates mixing tanks with pumps, hoses, and mud systems to streamline fluid preparation and reduce operational delays.
Dual Compartment Frac Workover Tanks with Sand Traps – Multi-Fluid Storage & Solids Settlement
Dual compartment frac tanks are commonly used during workover and well intervention operations where multiple fluid systems and solids handling are required.
- Workover operations with active fluid circulation
- Fishing and milling operations producing swarf
- Intervention cleanouts with solids returns
- Supporting sumpless operations
These tanks reduce surface handling risk and improve solids management when integrated into a broader fluid handling system. Tasman engineers dual compartment configurations to support safe circulation, solids recovery, and efficient cleanout.
Integration with Fishing, Milling & Well Intervention
Frac tanks play a critical role during fishing and milling operations by capturing swarf and debris, supporting circulation, and reducing environmental and surface handling risk. Their effectiveness depends on correct configuration and integration with downhole and surface systems.
When deployed as part of an integrated wellsite package, frac tanks support safer execution and faster recovery during complex intervention operations.
Why Frac Tank Configuration Matters
All frac tanks are not equal. The way a tank is configured — internally and externally — directly impacts fluid quality, solids handling, safety, and overall operational efficiency.
- Fluid quality and contamination control
- Solids handling and swarf recovery
- Safety and environmental compliance
- Efficiency during workover and well intervention operations
Selecting the correct tank type — and modifying it for the application — ensures fluid systems support the operation rather than becoming a constraint. Tasman engineers frac tanks to integrate with pumps, hoses, mud management equipment, swarf recovery systems, flowback equipment, and mixing workflows.
Local Availability & Engineering Support
All frac tanks are not equal. The way a tank is configured — internally and externally — directly impacts fluid quality, solids handling, Tasman maintains frac tank inventory and engineering support across Australia, New Zealand, and Papua New Guinea. Local availability ensures faster mobilisation, reduced transport costs, and rapid response during planned and unplanned operations.
Engineering support ensures frac tank systems are correctly configured for each application rather than deployed as generic assets.
Talk to Tasman Early
Tasman provides frac tanks and fluid storage solutions as part of a fully integrated, engineering-led approach, ensuring layouts, capacities, and transfer systems are optimised for your drilling, workover, or intervention program.
Engaging Tasman early allows storage design, tank configuration, and logistics planning to be coordinated from the start — improving efficiency, reducing operational risk, and ensuring seamless wellsite execution.