Center Enamel Supplies High-Quality Glass-Fused-to-Steel Drinking Water Tank for American Water Infrastructure Project
Utworzono 11.18
Center Enamel Supplies High-Quality Glass-Fused-to-Steel Drinking Water Tank for American Water Infrastructure Project
Access to safe and reliable drinking water is a fundamental necessity for communities, industries, and municipalities around the world. As regions continue to modernize and expand their water infrastructure, the demand for durable, efficient, and long-lasting drinking water storage systems continues to grow. In 2025, Center Enamel—one of the global leaders in engineered water storage solutions—successfully supplied a Glass-Fused-to-Steel (GFS) drinking water tank for a major potable water project in the United States of America. The project reached full completion and became fully operational in November 2025, marking another milestone in Center Enamel’s expanding footprint in North America.
With a long-standing commitment to quality, innovation, and global environmental responsibility, Center Enamel is proud to support American water infrastructure development with high-performance GFS tanks designed to meet the most stringent drinking water safety standards. This article provides a comprehensive overview of the American Drinking Water Tank Project, its technical specifications, engineering considerations, and the many advantages that Center Enamel’s GFS tanks bring to potable water storage applications.
1. Project Overview: Ensuring Clean, Safe Drinking Water Through Superior Storage Solutions
The American Drinking Water Tank Project was developed to enhance the community’s potable water storage capacity, support local municipal supply, and improve the reliability of the water distribution system. The project required a compact yet highly reliable tank designed to store treated drinking water while ensuring uncompromised water quality.
Project Specifications
Application: Drinking water storage
Location: United States of America
Tank Size: φ5.35 × 4.8 m (1 set)
Completion: Construction finished and system fully operational in November 2025
Despite its modest size, this tank plays a crucial role within the larger water supply network. Its purpose is not only to store potable water, but also to ensure water safety, maintain system pressure, and support uninterrupted supply during peak usage periods.
The successful deployment of this GFS drinking water tank reinforces Center Enamel’s reputation as a trusted global partner capable of delivering safe, high-quality, and environmentally sound water storage solutions.
2. Why the Project Selected Glass-Fused-to-Steel Technology for Drinking Water Storage
Selecting the right material for drinking water storage is essential, as it directly impacts water quality, operational safety, and long-term reliability. In this project, decision makers evaluated a range of storage technologies, including concrete tanks, welded steel tanks, epoxy-coated tanks, and polyethylene tanks. After thorough analysis, Glass-Fused-to-Steel (GFS) emerged as the optimal solution.
Key Reasons GFS Tanks Were Chosen
Superior corrosion resistance to ensure long service life
Smooth, inert glass surface prevents bacterial growth and contamination
Compliance with international drinking water regulations
Fast installation and minimal environmental disturbance
Long lifecycle with very low maintenance requirements
High structural stability and reliability
Cost-effective performance over decades
GFS tanks are globally regarded as one of the safest and most durable tank technologies for drinking water storage, making them an ideal choice for projects focused on public health and water system resilience.
3. Technical Advantages of Center Enamel’s GFS Drinking Water Tanks
Glass-Fused-to-Steel combines the best qualities of two materials: the strength and flexibility of steel and the inert, corrosion-resistant properties of glass. During production, two or more layers of glass coating are fused to the steel at 850°C or higher in a specialized furnace, forming a robust molecular bond.
This results in an extremely durable, chemically stable, and environmentally safe material suitable for storing potable water.
3.1. Unmatched Corrosion Resistance for Long-Term Water Purity
Corrosion is one of the biggest threats to drinking water systems. Rust particles, metallic residue, or coating failures can compromise water quality and pose health risks. Center Enamel’s GFS material offers the following advantages:
Exceptional resistance to corrosion, even in variable pH environments
No rusting, pitting, or peeling, thanks to the glass coating
Protection against moisture, temperature changes, and chemical cleaning agent
Long-lasting durability, often exceeding 30–40 years
This superior corrosion resistance ensures that drinking water remains clean, uncontaminated, and safe for human consumption over the entire lifespan of the tank.
3.2. Smooth, Hygienic Surface: Ideal for Potable Water Storage
The glass coating creates a smooth, non-porous surface that prevents:
Bacterial growth
Biofilm formation
Mineral scaling
Sediment accumulation
This hygienic interior surface is significantly easier to clean compared to steel or concrete tanks, reducing maintenance efforts and extending operational intervals.
3.3. Full Compliance With Drinking Water Standards
Center Enamel’s GFS tanks meet or exceed major global drinking water standards, including:
NSF/ANSI Standard 61 for drinking water system components
ISO 28765 for enamel bolted steel tanks
AWWA D103 bolted tank standards
European and British enamel quality standards
These certifications give municipalities and industries confidence that the water stored will remain safe and compliant with regulatory requirements.
3.4. Rapid Installation Through Modular Design
GFS tanks consist of prefabricated panels, pre-coated and quality-tested at the factory. This modular design enables:
Fast installation on site
Reduced construction risk
Low labor requirements
Minimal weather-related impacts on assembly
Enhanced cost efficiency
Flexibility in site location, including challenging or remote areas
For the American project, this was particularly important, as the tank installation had to be completed in coordination with other ongoing municipal infrastructure upgrades.
3.5. High Structural Strength and Durability
The steel structure beneath the glass coating provides:
High tensile strength
Resistance to impact
Ability to withstand internal hydrostatic pressure
Stability under environmental loads such as wind, snow, and seismic conditions
This ensures the tank’s long-term reliability even under extreme weather or fluctuating water levels.
3.6. Cost-Effective Over Its Entire Service Life
GFS tanks offer one of the lowest lifecycle costs among water storage solutions thanks to:
Minimal maintenance requirements
No need for recoating or repainting
Long service life without performance degradation
Low operational disruptions
These features make them highly cost-efficient for municipal drinking water systems.
4. Engineering Design of the American Drinking Water Tank
While the tank installed for this project is relatively compact compared to large municipal reservoirs, its design and engineering quality must still meet rigorous performance, safety, and public health standards.
Tank Design Details
Diameter: 5.35 meters
Height: 4.8 meters
Type: Glass-Fused-to-Steel bolted tank
Quantity: 1 unit
Application: Treated drinking water storage
Despite its small footprint, the tank was engineered to optimize:
Water pressure stability
Storage capacity
Material efficiency
Infrastructure integration with the local water system
Center Enamel’s engineering team customized the design to ensure seamless compatibility with existing pipelines, pumping systems, and water treatment facilities.
5. Project Execution: From Manufacturing to Full Operation in November 2025
5.1. Customized Engineering and Structural Planning
Before production began, Center Enamel’s design team conducted detailed engineering analyses, including:
Structural load calculations
Seismic design evaluations
Foundation design recommendations
Stress distribution modeling
Corrosion resistance assessments
Potable water safety and hygiene requirements
This ensured that the tank met North American engineering expectations and environmental conditions.
5.2. Precision Manufacturing With Global Quality Standards
The tank panels were produced using Center Enamel’s advanced GFS production lines, featuring:
Automated coating technology
Strict glass fusion temperature control
Uniform coating thickness monitoring
Surface smoothness inspections
Multiple-layer enamel application process
Quality testing for adhesion and resistance
Each component passed rigorous inspection before packaging and shipment.
5.3. Logistics and On-Site Assembly
The modular nature of GFS tanks allowed for efficient shipment from the manufacturing facility to the installation site in the United States.
On-site construction followed a systematic sequence:
Foundation preparation and leveling
Panel arrangement and hydraulic jacking
Bolt tightening and sealing
Roof assembly (if applicable)
Accessory installation (ladder, manholes, nozzles)
Final quality inspection
Water-tightness testing
Sanitization and commissioning
The entire assembly process was completed efficiently, minimizing disruptions to surrounding infrastructure.
5.4. Project Completion and Commissioning in November 2025
Upon completion, the drinking water tank underwent:
Hydrostatic leak testing
Pressure stability testing
Structural integrity assessment
Safety compliance verification
Drinking water hygiene and sanitation checks
After successfully passing all tests, the tank was certified operational. In November 2025, the tank was officially put into service and integrated into the local potable water supply system.
6. Benefits of the Completed Drinking Water Tank System
The fully operational tank brings numerous benefits to the local American community:
6.1. Reliable Storage of Safe, Clean Drinking Water
The tank provides a secure and contamination-free environment for storing treated drinking water.
6.2. Improved Water Supply Stability
The system helps maintain consistent water pressure and ensures supply during:
Peak demand
Maintenance activities
Emergency situations
6.3. Long-Term Sustainability
Thanks to the GFS material's extended lifespan, the tank will require minimal maintenance for decades.
6.4. Environmental Responsibility
GFS tanks reduce environmental impact due to:
Less frequent repair or replacement
Clean manufacturing process
Recyclable materials
No chemical leaching into stored water
6.5. Cost Efficiency for Municipal Budgets
The city benefits from low operational costs and long-term savings.
7. Center Enamel’s Growing Presence in North America
This project adds to Center Enamel’s expanding portfolio of water infrastructure installations across North America. Our tanks have been deployed for:
Drinking water storage
Fire protection
Industrial water
Wastewater treatment
Agricultural water
By consistently meeting American engineering standards and municipal expectations, Center Enamel continues to establish itself as a leading provider of bolted steel tank solutions in the region.
A Successful Project Empowering Safe, Sustainable Drinking Water Supply
The American Drinking Water Tank Project, completed in November 2025, stands as a strong example of Center Enamel’s commitment to global water safety and sustainable infrastructure development. Through high-quality engineering, durable GFS materials, and efficient project execution, Center Enamel delivered a drinking water storage tank that will serve the community reliably for decades.
The φ5.35 × 4.8 m GFS drinking water tank is now fully operational, providing clean potable water while supporting the long-term resilience of the local water system. With this successful project, Center Enamel reinforces its position as a global leader in advanced tank technologies and a trusted partner for essential water infrastructure worldwide.
As cities and industries continue to seek reliable, cost-effective, and environmentally responsible solutions for water storage, Center Enamel stands ready to deliver world-class engineering and unmatched product quality—ensuring safe water for communities across the globe.
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