Applications of Vertical Foam Bladder Tanks

Aug 24, 2023 | news

Foam bladder tanks have emerged as an innovative solution for supporting various industrial processes involving liquid storage and transport. Unlike traditional metal tanks, bladder tanks incorporate a flexible liner to contain liquids, providing benefits of reduced weight, customizable sizing, and efficient transfer capabilities. When configured vertically, foam bladder tanks unlock even more uses through their unique design. In this article, we explore applications of vertical foam bladder tank.

One advantage vertical tanks leverage is optimizing valuable floor space

Installed upright alongside walls or in corners, they minimize footprint while maximizing holding capacity compared to horizontal tanks. This proves advantageous for industrial facilities with spatial constraints like renovated buildings coping with legacy infrastructure footprints. Flexible sizing permits customization to any dimensional requirements.

The tall upright profile lends itself well to applications involving bottom draw-off of liquid contents

Products like process chemicals, fuels, lubricants, coolants and wastewater effluents transfer efficiently via long 90-degree velocity stacks projecting from the tanks’ lower sections. Pressure-actuated valves regulate discharge velocity, preventing agitation that could re-suspend sludges.

Marine transportation hauls vertical tanks below deck on barges and ships to stow liquid cargos for ports lacking direct pipeline access. Bolted fittings accept filling and discharge connections. Secure bracing withstands rolling seas keeping contents motionless. The self-contained bladder design obviates pipework running between decks & hulls where corrosion accelerates.

For emergency response roles, tall vertical tanks provide ample foam-lined storage of Potable water, fire suppressants, decontamination fluids and other emergency stockpiles essential to disaster relief operations. Mobile refilling trucks replenish integral tanks permitting rapid on-site dispensing via trailer-mounted pump skids when base sites lack water main infrastructure.

Off-grid renewable energy projects benefit from upright foam tanks’ resilience

Sustaining remote operations like solar/wind farms, they buffer temporary fluctuations in water supply for consistent steam generation or as heated thermal masses. Connection points atop fittings remain ice-free in freezing conditions. In cooling applications the tanks pre-chill non-toxic heat transfer fluids.

Municipal drinking water systems deploy vertical tanks as equalization basins, lowering initial peak flows into treatment plants to smooth overall hydraulic loads. They act as surge volumes to balance intermittent pressure fluctuations from water hammer, ensuring consistent delivery pressures. Internal baffles prevent liquid sloshing while allowing maintenance access.

Diesel-electric locomotives assign vertical bladder cells to reservoir diesel fuel during travels between servicing yards. Self-contained storage eliminates complex piping networks prone to damage over rough track. Pressure pumps supply motors on demand from tank heads. Secure tie-downs endure rough rides ensuring spill containment.

Conclusion Of Vertical Foam Bladder Tanks

In summary, vertical foam bladder tanks leverage their upright efficient design to optimize space, ease transfer operations, facilitate transportation, provide contingency storage, enable off-grid projects, balance flows, and ruggedly transport liquids in mobile machinery applications. Their versatile benefits overcome constraints in varied industrial settings.