M-2.5 Supercritical CO₂ Extractor


  • 2.5 L extraction, collection and CO₂ recycle vessels
  • 800–5,000 psi operating pressure; −10 to 100°C temperature range
  • Top and bottom vessel access for cleaning and changeover

M-2.5 FEATURES AND PROCESS CONTROL

Document the method:

  • Touchscreen HMI
  • Temperature and pressure logging
  • Recorded conditions as a development reference
  • Positive-displacement flow control

CO₂ capability:

  • Subcritical and supercritical CO₂ extraction
  • Optional secondary co-solvent pump where specified
  • Temperature range: −10 to 100°C
  • Operating pressure: 800–5,000 psi

Vessel access:

  • Top and bottom vessel accessibility
  • Access supports cleaning and changeover between development runs

Specify the operating configuration:

  • Approved operating limits are configuration-specific
  • Use the specified limits, interlocks and utilities for the equipment configuration

OPTIONAL R&D FEATURES:
Secondary co-solvent pump, detector, larger column, solvent-ratio control and data-transmit module. A mobile table and control/data upgrades are specified separately.

PACKAGE AND WARRANTY:
A 1 hp chiller is required and sold separately. Pump, chiller and table pictured are sold separately. Warranty: 12 months, parts and workmanship. Confirm the complete package scope in your quotation.

OPERATING LIMITS:
Approved operating limits are configuration-specific. Operate within the specified limits, interlocks and utilities for your configuration. Throughput depends on feed material and extraction method; vessel volume is not a daily-output rating.


M-2.5 technical specifications

Why choose a benchtop extractor? The M-2.5 provides a compact platform for extraction R&D and small-batch method development. Define the feed material, process conditions, collection requirements and analytical endpoint before specifying the system.

A development basis for larger systems. Use the recorded method as a basis for scale-up studies with larger E-series systems. Equipment configuration and performance depend on the material and method; moving from an R&D run to production requires evaluation at the intended scale.

Start with the material and target extract. Specify batch size, extraction conditions, collection requirements and the analytical endpoint. Discuss any feasibility work, installation, training and documentation needed for your project and identify them in the quotation.

  • Optional secondary pump for co-solvent introduction
  • Optional detector
  • Optional larger column
  • Optional solvent-ratio control
  • Optional data-transmit module and control/data upgrades
  • Optional mobile table; required 1 hp chiller sold separately

Research pathways and project planning

Extraction R&D

  • Compare methods on a compact extraction platform
  • Record temperature and pressure conditions
  • Characterize the recovered extract against your analytical endpoint

Small-batch development

  • Use a 2.5 L extraction and collection format
  • Establish the feed material and extraction method
  • Review the extract and recorded process conditions

Scale-up studies

  • Build a method-development basis for larger E-series systems
  • Define collection requirements and the target analytical endpoint
  • Evaluate the process at the intended scale; do not assume a daily-output rating

Prepare the material brief

  • Describe the feed material and preparation
  • Define the proposed batch size and target extract
  • Specify collection needs and the analytical endpoint

Review the facility and configuration

  • Electrical: 208–230 / 380 VAC; 1 phase; 50/60 Hz; 30 FLA
  • CO₂ supply inlet: 750–850 psi, chilled
  • Required 1 hp chiller, sold separately
  • Confirm the specified operating limits, interlocks and utilities

Plan the quotation

  • Identify optional co-solvent, detector, column and control/data hardware
  • Confirm the complete extractor and ancillary-equipment package
  • Discuss any project services and identify their scope in the quotation

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