Center Enamel Delivers Glass-Fused-to-Steel Tank for the Canada Drinking Water Project
Created on 2025.02.05
Center Enamel Delivers Glass-Fused-to-Steel Tank for the Canada Drinking Water Project
Shijiazhuang Zhengzhong Technology Co., Ltd. (Center Enamel), a global leader in bolted storage tank solutions, successfully completed the Canada Drinking Water Project. This infrastructure upgrade features a high-quality Glass-Fused-to-Steel (GFS) tank, reinforcing Center Enamel’s ongoing dedication to delivering reliable, safe, and durable water storage solutions worldwide.
Project Overview and Technical Specifications
● Project Location: Canada
● Application: Drinking Water Storage
● Tank Type: Glass-Fused-to-Steel (GFS) Tank
● Tank Dimensions: 13.76m x 8.4m(H) – 1 Set
● Completion Date: February 2025 (Fully operational)
Why Glass-Fused-to-Steel Excels in Drinking Water Storage
Ensuring secure access to clean, safe drinking water is vital for communities. Center Enamel's GFS tanks combine the high tensile strength of steel with the chemical inertness of glass, providing unmatched performance:
● Exceptional Corrosion Resistance: The specialized glass-steel coating creates a smooth, non-reactive surface that prevents rust and oxidation, ensuring stored water remains pure and uncontaminated across varying regional climates.
● Strict Hygienic Compliance: Certified to NSF/ANSI 61 standards for drinking water, the non-porous glass layer actively prevents bacterial and biofilm buildup from source to consumer.
● Rapid Modular Installation: The bolted design enables rapid on-site assembly and modular deployment, reducing construction times and ensuring timely completion.
● Low Maintenance and Cost-Effectiveness: GFS tanks eliminate the need for frequent repainting or costly repairs, significantly reducing the total lifecycle cost of ownership compared to traditional alternatives.
Comparative Matrix: Potable Water Storage Technologies
Evaluation Parameter | Center Enamel Glass-Fused-to-Steel (GFS) Tanks | Cast-in-Place Concrete Reservoirs | Conventional Welded Carbon Steel Tanks |
Purity & Health Certification | Certified to NSF/ANSI 61; smooth glass lining prevents bacterial colonization | Porous concrete matrix requires specialized food-grade internal epoxy coatings | Prone to interior paint flaking, oxidation, and sediment accumulation |
Installation Speed & Rigging | Rapid modular bolted erection completed in a fraction of traditional timelines | Slow civil construction requiring extensive formwork, pouring, and curing | Slow field construction requiring complex manual welding and site coatings |
Maintenance Requirements | Minimal; smooth non-porous glass surface requires no periodic interior recoating | Moderate; vulnerable to structural micro-cracking and joint sealant wear | High; requires frequent interior and exterior repainting to prevent corrosion |
Expected Operational Lifespan | 30 to 40+ Years of long-term municipal service | 30 to 50 Years (subject to concrete carbonation and spalling) | 10 to 20 Years (requires intensive upkeep and restorative work) |
Frequently Asked Questions (FAQ)
Q: What are the specifications of the tank supplied for the Canada Drinking Water Project?
A: The project features one set of Glass-Fused-to-Steel (GFS) tanks with dimensions of 13.76m x 8.4m(H), completed in February 2025.
Q: What international standards do Center Enamel's drinking water tanks comply with?
A: Center Enamel's tanks are engineered and manufactured in strict compliance with major global benchmarks, including NSF/ANSI 61, AWWA standards, and ISO 28765, guaranteeing elite safety for potable water applications.
Q: How do GFS tanks maintain water purity over long periods?
A: The high-temperature thermal fusion process binds inorganic glass to steel at 820C to 930C, creating an inert, non-porous surface that prevents chemical leaching, rust contamination, and bacterial growth.
Q: Are GFS tanks suitable for cold climates like Canada?
A: Yes. The advanced material structure withstands harsh weather conditions, heavy snow loads, and frost-thaw cycles without cracking or losing structural integrity.
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