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    Distillation and Rectification Systems

    Büchiglas Distillation and Rectification Systems and glass columns are designed for demanding thermal separation processes, from pilot plants and kilo-lab applications to industrial systems for solvent regeneration and acid purification. The systems are customized according to specific process requirements and enable easy scale-up.

    ADVANTAGES

    APPLICATIONS

    TECHNICAL SPECIFICATIONS

    Advantages

    • Fully customizable according to specific process and user requirements
    • Excellent chemical resistance and thermal performance
    • Modular design
    • Continuous visual process monitoring
    • Precise control of thermal separation
    • Suitable for highly corrosive chemicals
    • Flexible buchiflex glass piping system
    • Automated reflux control options
    • Solutions for laboratory, pilot-scale, and production processes
    • Glass rectification columns with diameters of up to DN 600

    Applications

    • Regeneration and purification of organic and inorganic solvents
    • Acid regeneration and concentration
    • API and HPAPI production
    • Fine and specialty chemicals
    • Agrochemicals
    • Polymers
    • Flavors and fragrances
    • Multi-stage separation
    • Distillation and rectification
    • Processes requiring high product purity

    Technical Specifications

    • Rectification column diameter: up to DN 600
    • Flexible piping diameter: DN 15–DN 150
    • Materials: borosilicate glass, ceramics, PFA, stainless steel, and Hastelloy® C22
    • Column packings: Raschig rings, ceramic saddle packing, PFA elements, and Pall rings
    • Structured packings: ceramic and metal, including stainless steel and Hastelloy® C22
    • Configuration: customized according to column length, number of theoretical stages, and process requirements
    • Reflux control: manual or automatic

    A key advantage of glass columns is complete process visibility, allowing early detection of foaming, blockage, column flooding, channelling, and other process deviations during operation.

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