Frac Tanks & Fluid Storage Solutions

Integrated Fluid Storage & Wellsite Systems

Fluid storage systems are most effective when engineered as part of a complete wellsite operation. Tasman integrates tanks, pumps, hoses, and manifolds into execution-ready systems aligned with drilling, intervention, and workover objectives.

Rather than supplying standalone tanks, Tasman supports well programs with integrated fluid storage systems designed to reduce interfaces, minimise downtime, and support operational flexibility.

Integrated fluid storage systems typically include:

• Frac tanks, workover tanks, and specialty containment
• Agitated mixing and conditioning tanks
• Pump packages, hose systems, and manifolding
• Solids handling and waste containment equipment
• Engineering input, layout planning, and logistics support

These systems are routinely deployed across drilling, completions, workover, well intervention, and abandonment operations.

Frac Tanks & Workover Storage Systems

Tasman supplies frac tanks configured for distinct operational requirements, including drilling support, workover operations, completions, and flowback.

Frac tank configurations include:

• Single-compartment frac tanks for bulk onsite fluid storage
• Dual-compartment workover tanks with sand traps and weirs for solids settlement
• Flowback tanks for separating gas, liquids, and solids during returns
• Frac mixing tanks with agitators for drilling, completion, and cementing fluids
• Trip tanks for accurate volume measurement

These tanks are commonly deployed alongside fishing, milling, and workover operations where additional onsite storage, solids handling, and containment are required.

Mud Mixing, Batch & Conditioning Tanks

Controlled mixing and conditioning equipment is essential when preparing drilling fluids, lost circulation pills, cement mix water, and completion fluids.

Tasman provides batch mixing and agitated tank systems that allow fluids to be prepared offline, maintained in suspension, and delivered to the wellsite as required.

Mud mixing and conditioning equipment includes:

• Batch mixing tanks (30–200 bbl) for pills and specialty fluids
• Agitated mud tanks and frac tanks with mixing systems
• Temporary mud plants for extended drilling or workover campaigns
• Cement return bins, cuttings bins, and waste containment tanks

These systems support drilling, workover, and intervention programs without positioning Tasman as a fluid management service provider.

Mixing Pumps, Hoses & Manifolds

Pumps, hoses, and manifolds connect fluid storage systems into a functional wellsite network. Properly configured transfer systems reduce downtime and improve operational flexibility.

Tasman supplies fluid transfer and circulation equipment designed to integrate with tanks, mixing systems, and pressure control equipment.

Equipment includes:

• Centrifugal and transfer pumps for fluid movement and mixing
• Suction, discharge, and layflat hose packages
• Manifold systems for tank-to-tank suction and discharge
• Mud hoppers for controlled addition of dry chemical additives

These systems are routinely deployed alongside drilling, intervention, and pressure control operations.

Where Fluid Storage Solutions Integrate

Fluid storage systems rarely operate in isolation. Tasman routinely integrates frac tanks and mixing equipment with:

• Drilling tool systems and pressure control equipment
• Fishing and well intervention operations
• Service packers, cementing, and abandonment programs

This integrated approach reduces vendor interfaces, improves execution certainty, and supports faster decision-making at the wellsite.