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Solvent-resistant HPT-2540/1812

Solvent-resistant Spiral-wound Membrane Pilot

A solvent-resistant pilot for polar solvent-water feeds, supporting concentration, desalination, separation and purification trials.

Lab & pilot systems portfolio; category image

Lab & pilot systems portfolio · Category image

PRODUCT OVERVIEW

Characteristics

The solvent-resistant HPT-2540/1812 is designed for polar solvent-water feeds and supports concentration, desalination, separation and purification trials in biopharmaceuticals, fine chemicals, ADCs, peptides and nucleic-acid therapeutics. Wetted components are configured for solvent-resistant membrane screening and process validation.

  • Compact structure with a small footprint and convenient installation
  • Simple operation with stable performance
  • Low circulation volume and effective separation
  • Solvent-resistant wetted system for process validation
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TECHNICAL DATA

Specifications and operating conditions

Equipment model
Solvent-resistant HPT-2540/1812
Membrane element size
2540 / 1812
Power supply
1.5 kW · 220 V
Operating pressure
0–60 bar
Typical capacity
4–20 L/h (2540)/ 0.5–5 L/h (1812)
Typical temperature
10–45°C
Applicable pH
2–12
Dimensions
0.60 × 0.65 × 1.50 m

DoisTec can provide membrane elements for different solvent systems. Final wetted materials, seals and operating parameters must be confirmed for the actual solvent.

Reference values and maximum limits do not establish a combined operating condition for every feed. Confirm selection and operating conditions for the actual duty.

APPLICATIONS

Typical applications

  • Biopharmaceutical organic-solvent systems
  • Fine-chemical concentration and purification
  • ADC process development
  • Peptide and nucleic-acid drug separation trials

SELECTION

Validate with your feed

Wetted materials and membrane selection must be confirmed against the actual solvent, concentration, temperature, pressure and element size.

Testing & scale-up

START A CONVERSATION

Discuss your separation requirements.

Tell us about your feed and goals. Let’s define the next step.

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