Product

GLR Overhead Glass Distillation Unit

ANTICO GlassDist™ is a corrosion-resistant distillation system constructed using borosilicate glass and PTFE components. The working principle follows conventional distillation with visual monitoring of vapor-liquid equilibrium. The system includes a glass column, condenser, receivers, and vacuum connections. It is used for solvent recovery, purification, and laboratory distillation processes. The transparent construction allows real-time observation of process behavior. It supports operation under atmospheric and reduced pressure conditions.

The system is highly resistant to corrosive chemicals. It is widely used in pharmaceutical, specialty chemical, and research laboratories. The modular design allows flexible configuration. ANTICO GlassDist™ ensures safe and efficient distillation with excellent visibility.

GLR Overhead Glass Distillation Unit
  • Type Glass-Lined Reactor with Overhead Glass Disti…
  • Capacity 50 L – 5000 L
  • MOC (Reactor) Glass-Lined Steel (GLR)
  • MOC (Overhead System) Borosilicate Glass 3.3
  • Gasket / Sealing MSPTFE (Modified PTFE – High Chemical Resista…
  • Column Type Packed Column (Glass)

Key Features

  • Excellent corrosion resistance

    Excellent corrosion resistance

  • High purity output

    High purity output

  • Visual monitoring

    Visual monitoring

  • Suitable for aggressive chemicals

    Suitable for aggressive chemicals

  • Engineered for Reliable Operation

    Built for demanding chemical and pharmaceutical process environments.

  • Engineered for Reliable Operation

    Built for demanding chemical and pharmaceutical process environments.

Components & Accessories

System Components

Modular assemblies engineered for reliable integration, service access, and scale-up from laboratory to pilot plant operation.

GLR Overhead Glass Distillation Unit system assembly

Applications

  • Acid processing
  • Chlorinated chemicals
  • Pharmaceuticals
  • Specialty chemicals
  • Fine chemicals
  • Flavors & fragrances
  • Oil & gas processing
  • Water treatment

Technical Specifications

Parameter Specification
Type Glass-Lined Reactor with Overhead Glass Distillation Assembly
Capacity 50 L – 5000 L
MOC (Reactor) Glass-Lined Steel (GLR)
MOC (Overhead System) Borosilicate Glass 3.3
Gasket / Sealing MSPTFE (Modified PTFE – High Chemical Resistance)
Column Type Packed Column (Glass)
Packing Material Raschig Rings / Structured Packing
Design Pressure Vacuum to +3 barg
Operating Temperature -20°C to 200°C
Reflux System Adjustable Reflux Divider
Condenser Type Glass Coil / Surface Condenser
Agitation System Anchor / Turbine (GLR drive)
Distillate Handling Glass Receiver with Optional Phase Separator
Vacuum System
Liquid Ring / Dry Vacuum Pump Instrumentation
Temp (Reactor & Column), Pressure, Vacuum Automation
PID / PLC Control (Optional) Key Advantage
Corrosion Resistance + Visual Monitoring Applications
Frequently Asked Questions

FAQ

What capacity range is available for GLR Overhead Glass Distillation Unit?

We offer project-specific sizing from laboratory benchtop scale through pilot and production volumes. Contact our engineers with your batch size and process requirements for a tailored recommendation.

Can this unit be integrated with existing plant automation?

Yes. All systems support standard instrumentation signals and can interface with DCS, PLC, or standalone controllers. Custom I/O and recipe control packages are available.

What material options are available?

Borosilicate glass, glass-lined steel, stainless steel, and specialty alloys including Hastelloy can be specified based on your process chemistry, temperature, and pressure requirements.

Do you provide installation and commissioning?

Global Lindus provides on-site installation supervision, commissioning, operator training, and optional IQ/OQ documentation for regulated industries.

What is the typical delivery lead time?

Standard configurations ship in 4–8 weeks. Custom skid assemblies and large production units may require 12–16 weeks depending on scope and material availability.

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