AquaEco Water Solutions provides robust, long-lasting water storage infrastructure designed to ensure uninterrupted water supply and optimal system performance. Our steel tanks and towers are engineered for strength, safety, and environmental adaptability, supporting both domestic and commercial water management needs.
Purpose and Application
Steel tanks and elevated towers serve as critical components for:
- Stabilizing water pressure across plumbing and irrigation systems.
- Ensuring reserve storage during peak demand or supply interruptions.
- Enabling gravity-fed distribution in off-grid and low-pressure zones.
- Supporting fire safety, sanitation, and industrial operations.
They are used in residential estates, agricultural operations, hospitals, schools, hotels, manufacturing plants, and rural water supply programs.
Types of Storage Solutions
1. Ground-Level Steel Tanks
- Fabricated from hot-dip galvanized or epoxy-coated steel.
- Available in cylindrical or rectangular configurations.
- Capacity range: 10,000 to 500,000+ liters.
- Modular designs allow for on-site assembly and easy capacity upgrades.
2. Elevated Steel Towers
- Custom-designed heights based on required delivery pressure (typically 6–18 meters).
- Structural steel columns with bracing, ladder access, and safety railing.
- Reinforced tank mounting with anti-corrosion treatment and wind-load certification.
- Ideal for locations with inconsistent power or where gravity-based flow is preferred.
3. Hybrid Solutions
- Integrated systems combining ground and elevated tanks to balance storage volume and flow consistency.
- Suitable for multistorey buildings and large-scale irrigation networks.
Material Specifications and Fabrication
- Material: High-strength mild steel (Grade S275JR or higher), treated for corrosion and UV resistance.
- Coating Options: Galvanization, epoxy linings, or food-grade bitumen coatings (for potable water).
- Sealing: Rubber gaskets and waterproofing membranes ensure zero leakage.
- Structural Design: Compliant with BS EN 1993-1 and AS/NZS 1170 standards for loading, wind resistance, and seismic safety.
System Components
- Inlet and Outlet Pipes
- Overflow and Drainage Ports
- Manholes and Access Ladders
- Level Indicators (mechanical or digital)
- Pressure Relief Valves
- Internal Baffles (for anti-sloshing in mobile tanks)
Installation Process
- Site Assessment: Soil bearing capacity, topography, wind exposure, and access logistics.
- Foundation Construction: Reinforced concrete pads or plinths to support dynamic loads.
- Tank Assembly: On-site erection of panels or transport of pre-fabricated units.
- Tower Mounting (if applicable): Crane-assisted placement and anchoring.
- Piping and Integration: Connection to supply, distribution, and overflow lines.
- Testing and Commissioning: Pressure tests, leak detection, and structural inspection.
Maintenance & Safety Protocols
- Periodic inspection of tank linings and joints
- Cleaning schedule to prevent biofilm buildup or contamination
- Structural audits for rust, fatigue, or stress fractures
- Replacement of worn seals, float valves, or sensors
Value Proposition
- Durability: 25+ year lifespan with minimal maintenance.
- Scalability: Easily expandable capacity and integration with future systems.
- Operational Continuity: Reduces downtime and ensures water security.
- Compliance: Meets regulatory requirements for potable and non-potable water storage.
Our steel tank and tower systems offer dependable storage solutions that integrate seamlessly with broader water and solar infrastructure—enhancing resilience, water pressure, and service reliability.