Center Enamel Provides Innovative Glass-Fused-to-Steel Tanks for Clove Storage
Created on 2024.04.01
Center Enamel Glass-Fused-to-Steel Tanks for Industrial Clove Storage in Indonesia
Center Enamel, a global leader in the manufacturing of Glass-Fused-to-Steel (GFS) tanks, successfully implemented a cutting-edge dry bulk storage solution for a major tobacco company’s clove storage requirements in Indonesia. This project showcases Center Enamel’s core commitment to providing customized, durable, and innovative storage solutions tailored to specific industrial processing requirements.
Project Overview and Retrofit Integration
The clove storage project involved replacing existing epoxy steel tanks previously supplied by another manufacturer, which had experienced performance degradation over time. Center Enamel’s Glass-Fused-to-Steel dry bulk storage tanks were chosen due to their superior design, structural integrity, and flawless compatibility with the client’s existing plant infrastructure.
The new enameled tanks were meticulously engineered to integrate seamlessly with the facility's existing base angles, steel roofs, and automated conveyor systems. This precise integration ensured a perfect fit, minimized downtime, and optimized overall operational efficiency.
Project Specifications
● Location: Indonesia
● Application: Clove Storage (Dry Bulk Agricultural Commodities)
● Tank Model: 178.004M
● Roof Type: Steel roof
● Floor Type: Steel floor
● Tank Color: White
● Installation Team: 8 personnel
● Installation Timeline: 28 days
● Completion Date: September 2018
Advantages of GFS Technology in Dry Bulk Storage
Organic agricultural commodities such as cloves require stringent environmental protection, moisture control, and contamination-free containment. Glass-Fused-to-Steel tanks combine the high tensile strength and flexibility of steel with the inert, smooth, and corrosion-proof characteristics of porcelain enamel glass:
● Zero Aroma and Moisture Absorption: The ultra-smooth glass surface prevents material accumulation, resists aromatic oil absorption, and protects sensitive crop qualities.
● Elimination of Blistering: Unlike traditional epoxy-coated steel tanks that are prone to peeling, blistering, or chemical breakdown under daily mechanical wear, GFS surfaces maintain long-term chemical stability.
● Maintenance-Free Lifespan: GFS tanks require zero exterior repainting or recoating over their multi-decade service life, drastically reducing long-term facility operating costs.
Comparative Matrix: Clove and Dry Bulk Storage Technologies
Evaluation Parameter | Center Enamel Glass-Fused-to-Steel (GFS) Tanks | Traditional Epoxy Steel Tanks | Concrete Bulk Silos |
Surface Finish & Inertness | Non-porous glass enamel; zero aroma retention or contamination | Smooth initially, but prone to micro-cracking and chemical wear | Porous concrete; can absorb moisture, dust, and odors |
Corrosion & Rust Resistance | Permanent molecular fusion of glass and steel prevents rust | High risk of rust breakthrough once epoxy lining blisters | Susceptible to cracking, moisture seepage, and dusting |
Retrofit & Installation Speed | Rapid modular bolted assembly; easily matched to existing structures | Requires tedious interior stripping and field recoating | Slow civil construction and curing timelines |
Maintenance & Lifespan | Maintenance-free; 30 to 40+ years of operational service | Requires recurring periodic inspection and recoating | High structural maintenance if concrete cracks develop |
Frequently Asked Questions (FAQ)
Q: What storage tanks did Center Enamel provide for the Indonesian clove storage project?
A: Center Enamel supplied high-performance Glass-Fused-to-Steel (GFS) dry bulk storage tanks (Model 178.004M) featuring a white steel roof, steel floor, and specialized custom configuration.
Q: Why were the previous epoxy steel tanks replaced?
A: The client replaced their older epoxy steel tanks due to lining degradation and maintenance issues, upgrading to Center Enamel's GFS technology for superior corrosion resistance and long-term durability.
Q: How long did the installation process take?
A: The entire installation was completed efficiently in just 28 days by a specialized team of 8 technicians, ensuring seamless integration with the plant's existing conveyor systems and base angles.
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