Why Potable Water Tank Reliability Matters

When potable storage is undersized, leaking, or poorly maintained, facilities can face:

• Water quality concerns (sediment, contamination pathways, corrosion products)

• Reduced available volume during high-demand or emergency conditions

• Operational disruptions for restrooms, wash stations, and workforce needs

• Increased maintenance burden and repeated repairs

• Premature tank replacement due to corrosion or structural degradation

A well-built, well-maintained tank improves reliability and protects long-term asset value.

Common Types of Potable Water Tanks

Potable water tanks vary by capacity, footprint, and site conditions:

1) Aboveground steel tanks

Often chosen for large capacity, long service life, and easier access for inspection typically requiring strong coating systems and corrosion protection.

2) Bolted/modular tanks

Common where quick installation and scalability are important. These systems can be expanded as demand grows.

3) Concrete tanks

Often used for durability and fixed infrastructure needs, with special attention required for joints, water-tightness, and protective linings where applicable.

4) Ground storage tanks with booster integration

Used in systems where pumps and controls maintain pressure to the facility distribution network.

(Final selection depends on capacity requirements, space constraints, climate, and local standards.)

Key Considerations for Potable Water Tank Projects

1) Water Quality Protection and Cleanliness

Potable tanks must support clean storage. Practical design and maintenance considerations often include:

• Secure access points and controlled openings

• Safe, clean maintenance access for inspection and cleaning

• Avoiding conditions that encourage sediment buildup or stagnation

• Clear labeling and operational controls

2) Corrosion Protection and Coatings

Corrosion can shorten tank life and create long-term maintenance problems. Durable protective systems help:

• Extend service life of steel tanks and supporting structures

• Reduce recurring repairs and leak risk

• Protect external surfaces from weather exposure and moisture traps

3) Leak Prevention at Joints, Nozzles, and Penetrations

Common leak pathways include seams, penetrations, and connections especially if supports settle or components age. Corrective work often focuses on:

• Repairing degraded interfaces

• Improving supports and anchorage

• Addressing drainage conditions that accelerate deterioration

4) Foundation Integrity and Drainage Control

A stable foundation is critical. Poor drainage and settlement can cause distortion, stress cracking, and chronic leak risk. Best practice scope often includes:

• Pad/foundation readiness and leveling

• Site drainage improvements to prevent standing water

• Protection of anchors and support steel

5) Safe Access for Inspection and Maintenance

Potable tanks require periodic inspection and upkeep. Projects commonly include:

• Platforms, ladders, and handrails as needed

• Clear working space around key appurtenances

• Improved access to valves, vents, and connections

Common Potable Water Tank Project Types

New tank installation or replacement

Typical drivers include facility growth, aging tanks, and reliability improvements. Scope often includes:

• Foundation/pad readiness support

• Tank setting and precision placement

• Tie-ins to distribution and booster systems

• Access and corrosion protection upgrades

Tank repairs and refurbishment

Focused on correcting reliability issues such as leaks, corrosion, or structural concerns:

• Structural corrections and repair support

• Nozzle/manway interface repairs (as required by scope)

• Drainage and support improvements to reduce recurrence

Coatings and corrosion-control programs

Proactive preservation work can reduce lifecycle cost and extend service life:

• Surface preparation and recoating

• Protection of platforms, supports, anchors, and surrounding steel

Shutdown/outage tie-ins

Some tie-ins require controlled scheduling to avoid service disruption especially in facilities that rely on stored water for operations.

How Bunney’s Inc. Supports Potable Water Tank Projects

Potable water tank work demands controlled execution, safe handling, and long-term durability. Bunney’s Inc. supports potable water tank installations and upgrades with field-ready capabilities, including:

• Industrial construction services for tank installation, repairs, and modifications

• Heavy lifting and rigging support for tank placement and major equipment handling

• Precision positioning to ensure accurate setting, fit-up, and access clearances

• Protective coatings and corrosion protection to extend asset life

• Outage support services for schedule-critical tie-ins and cutovers

• Safety-first execution aligned with site requirements and controlled work permits

Best Practices for Long-Term Potable Tank Performance

Facilities typically get better outcomes when they:

1. Treat foundations and drainage as reliability-critical

2. Maintain coatings and corrosion protection before degradation spreads

3. Prioritize joints/penetrations as primary leak pathways

4. Build safe access for routine inspection and cleaning

5. Plan tie-ins carefully to avoid service interruptions

Conclusion: Build Reliable Potable Water Storage Contact Bunney’s Inc.

Potable water tanks are essential infrastructure supporting daily operations, workforce needs, and emergency readiness. Whether you’re installing a new potable tank, refurbishing an aging asset, improving corrosion protection, or planning schedule-critical tie-ins, Bunney’s Inc. is ready to support your project with safe, high-quality, dependable execution.

Contact Bunney’s Inc. today to discuss your potable water tank scope, timeline, and the best path to long-term reliability.