Center Enamel Provides Glass-Fused-to-Steel Tank and Aluminum Geodesic Dome Roof for Brazil Drinking Water Project
Center Enamel is pleased to announce the successful completion of the Brazil Drinking Water Project. Our advanced Glass-Fused-to-Steel (GFS) tank, complemented by an Aluminum Geodesic Dome Roof, exemplifies our commitment to delivering superior drinking water storage solutions that ensure safety, reliability, and efficiency.
Project Overview & Technical Specifications
Located in Brazil, this municipal drinking water project required a cutting-edge storage solution to maintain a consistent and safe supply of potable water. Center Enamel provided a state-of-the-art Glass-Fused-to-Steel tank paired with an Aluminum Geodesic Dome Roof to meet the project's exact structural and environmental requirements.
Project Parameter | Operational Design Specification |
Project Name | Brazil Drinking Water Project |
Location | Brazil |
Completion Date | 2022 |
Tank Technology | Glass-Fused-to-Steel (GFS) Bolted Tank |
Roof Architecture | Aluminum Geodesic Dome Roof |
Tank Height & Sets | 15.29 meters (H), 1 set |
Total Tank Volume | 880 m3 |
Engineering Excellence: GFS Tank and Aluminum Dome Roof Synergy
The success of the Brazil Drinking Water Project relies on the integration of two industry-leading technologies designed for long-term municipal performance:
● Glass-Fused-to-Steel Durability: The tank panels feature high-strength steel fused with inorganic glass enamel at extreme temperatures (820°C to 930°C). This creates an impermeable bond that provides outstanding corrosion resistance, prevents internal oxidation, and guarantees a multi-decade service life.
● Hygienic Potable Water Storage: The smooth, non-porous glass surface is chemically inert, preventing biofilm accumulation, microbial growth, and chemical leaching to ensure the stored water remains exceptionally clean and safe for local community consumption.
● Aluminum Geodesic Dome Roof Protection: Engineered to enhance structural integrity, the self-supporting aluminum dome roof provides superior resistance to environmental elements, high winds, and heavy rainfall while completely blocking ambient sunlight to eliminate algae propagation.
● Low Maintenance & Cost Efficiency: The robust, modular bolted construction significantly reduces ongoing maintenance requirements, ensuring long-term cost-effectiveness for the local water authority.
Project Completion and Community Impact
The Brazil Drinking Water Project was successfully completed in 2022. Center Enamel oversaw the entire construction process with precision, adhering strictly to global quality standards. The project is now fully operational, providing a reliable and safe supply of drinking water to the local community.
The integration of Center Enamel's GFS tank with an aluminum dome roof has significantly improved the operational efficiency and sustainability of regional water infrastructure, supporting continuous delivery without interruption. Center Enamel continues to lead the industry in providing innovative, reliable storage solutions for municipal drinking water projects worldwide.
Frequently Asked Questions (FAQ)
Q: What storage technologies were utilized for the Brazil Drinking Water Project?
A: The project utilized a Glass-Fused-to-Steel (GFS) bolted tank paired with a corrosion-resistant Aluminum Geodesic Dome Roof.
Q: What is the total capacity of the tank installed in Brazil?
A: The installation consists of 1 tank set with a height of 15.29 meters, delivering a total tank volume of 880 cubic meters.
Q: When was the Brazil Drinking Water Project completed?
A: The project was successfully completed in 2022 and is currently fully operational, supplying safe potable water to the local community.
Q: Why are Aluminum Geodesic Dome Roofs paired with GFS tanks for drinking water?
A: Aluminum geodesic domes provide lightweight, self-supporting structural strength against weather elements while completely blocking sunlight to prevent algae growth, perfectly complementing the hygienic, corrosion-resistant interior of GFS tanks.