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IC Anaerobic Digesters for Food Wastewater Treatment - High-Efficiency Solutions from China Suppliers and Factory

Food wastewater, known for its high concentration of biodegradable organic materials, poses challenges due to elevated levels of organic matter and suspended solids. The IC anaerobic digester is specifically designed to handle such wastewater, making it ideal for industries like starch production, brewing, dairy, and fermented foods, Key to the effectiveness of anaerobic digesters is their corrosion resistance, which is critical for long-term operation. In this regard, IC anaerobic digesters constructed from Glass-Fused Steel (GFS) represent the leading choice among suppliers and factories in China, providing high-efficiency solutions for treating high-concentration organic wastewater generated by the food industry

    Description

    Bolted steel tanks made of Glass-Fused-to-Steel are widely used for all kinds of storage solutions, it is preferred choice for anaerobic digester. It has a wide range of applications in practical engineering, especially suitable for industrial wastewater (such as food, slaughtering, and pharmaceutical wastewater) and aquaculture sewage with complex composition and strong corrosiveness. Its corrosion resistance and ease of construction are its main advantages.

    For food wastewater treatment project, the core requirement for IC anaerobic digester tanks is corrosion resistance. Bolted steel tanks made of Glass-Fused-to-Steel are widely used for various storage appilcation and are the preferred choice for anaerobic digesters. They have a wide range of applications in practical engineering, especially for industrial wastewater (such as food, slaughtering, and pharmaceutical wastewater) and aquaculture sewage with complex composition and strong corrosiveness. Their excellent corrosion resistance and ease of construction are their main advantages.

    Ceramic UF Membrane (1)

    The Glass fused to steel (GFS) tank is a kind of bolted storage tank made from two materials: glass and steel. High-strength TRS (titanium-rich steel) plates and enamels are perfectly fused at high temperatures to form a highly inert inorganic glaze layer. This coating system has excellent anti-corrosion properties and is the best choice for tank.

    Material Characteristics of Glass-Fused-to-Steel Tanks

    Low Carbon, High Strength, High Titanium

    The steel substrate employed in the construction of glass-fused-to-steel tanks is a special high strength enamelled steel with a unique design and superior properties. Its mechanical properties, including yield strength, tensile strength, and elongation, far exceed those of conventional steel sheets.

    IC reactor

    Features Of Glass Fused To Steel Tanks

    • Fast installation and short construction period
    • Excellent anti-corrosion properties
    • Low construction environment requirements
    • Strong temperature adaptability
    • Wide range of applications, seamlessly integrated to form assembled reactors
    • Aesthetically pleasing appearance
    • Flexible for relocation, expansion and recycling
    • Simple maintenance and service life in excess of 30 years

    Specification

    Coating thickness 250~450um
    pH range Standard grade 3~11; Special grade 1~14
    Coating process Standard 2 coats 2 fire; 3 coats 3 fire available
    Hardness 6.0 Mohs
    Elasticity 500KN/mm
    Service life More than 30 years

    The requirements for anaerobic digester tanks are essentially comprehensive requirements for safety, corrosion resistance, sealing, and functionality. The corrosion resistance and ease of construction of enameled bolted tanks/GFS bolted tanks are their main advantages for anaerobic reactors.

    Projects

    GFS bolted tanks for anaerobic digesters are widely used in various organic waste treatment and energy recovery projects, including but not limited to:

    • Municipal sludge anaerobic digestion projects;
    • Livestock and poultry breeding sewage treatment (large-scale pig farms, cattle farms, poultry farms);
    • Food processing wastewater treatment (starch, dairy, beverage, meat processing plants);
    • Biomass anaerobic digestion (crop straw, kitchen waste, agricultural by-products);
    • High-concentration organic wastewater treatment in pharmaceutical, papermaking, and chemical industries.
    Ceramic UF Membrane (4)
    (Bolted tank for IC anaerobic digester/reactor)

    GFS bolted tank for food wastewater treatment system -- IC anaerobic reactor:

    Size: D6.11 X H18m, volume: 515m³

    Frequently Asked Questions
    What are the primary applications of Glass-Fused-to-Steel (GFS) bolted tanks?
    GFS bolted tanks are widely utilized for storage solutions in industrial wastewater treatment (such as food, slaughtering, pharmaceutical, and chemical industries), aquaculture sewage, municipal sludge anaerobic digestion, and biomass energy recovery projects.
    Why are GFS tanks preferred for anaerobic digesters and IC reactors?
    Anaerobic digesters require high safety, sealing, and exceptional corrosion resistance due to the aggressive nature of the treated wastewater. GFS tanks perfectly fuse high-strength titanium-rich steel with an inert inorganic glass coating, offering outstanding resistance to strong acids, alkalis, and corrosive gases.
    What is the typical service life and maintenance requirement for GFS bolted tanks?
    GFS bolted tanks offer a service life exceeding 30 years. Because of their highly durable, inert glass glaze layer, maintenance is exceptionally simple and cost-effective compared to traditional concrete or welded steel tanks.
    What pH ranges can GFS tank coatings withstand?
    The standard grade coating supports a pH range of 3 to 11. For highly aggressive or specialized industrial wastewater applications, a special grade coating is available that accommodates a pH range from 1 to 14.
    What are the installation advantages of using GFS bolted tanks?
    GFS bolted tanks feature fast installation and a significantly short construction period. They have low environmental requirements during construction, exhibit strong temperature adaptability, and can be easily relocated, expanded, or recycled as operational needs change.

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