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ALSYS-EN0302-PERVAPORATION

ALSYS-EN0302-PERVAPORATION

ALSYS-EN0302-PERVAPORATION

Product catalog summary
Pervaporation Pilot Plant Overview
Pervaporation is a process used for separating liquid mixtures through partial vaporization. ORELIS ENVIRONNEMENT utilizes Hybsi® ceramic pervaporation membranes to separate water from solvents and organic compounds. The company offers a mobile pilot-scale system for feasibility studies and process design, particularly in solvent recycling, aromatic mixture concentration, and esterification process improvement.

Unique Features of the Pervaporation Pilot
  • Compact design with a large membrane area for small feed volumes.
  • Easy integration into industrial plants.
  • Versatile operation with vapor or liquid feed.
  • Scalable up to 100 times the pilot scale.
  • Efficient dehydration of organic mixtures, achieving water content as low as 100 ppm.
  • High water permeation flow rate exceeding 4 kg/h.
  • Compatibility with various solvents and continuous permeate condensation.
  • Stable process conditions.

Versatile Pilot Plant Capabilities
  • Utilizes ceramic or polymeric membranes.
  • Operates in pervaporation or vapor permeation modes.
  • Offers stable dehydration or rapid purification.
  • Features semi-automatic or automatic control.

Module Pleiade® Applications and Benefits
  • Industries: Pharmaceutical, Chemicals, Petrochemicals, Biofuels, Fine Chemistry, Flavor & Fragrances, Food & Beverage.
  • Applications: Solvent recycling, alcohol dehydration, esterification mixtures dehydration, azeotropic breaking, and aromatic mixtures concentration.
  • Benefits: High selectivity, low energy consumption, minimal process modification, and flexibility for batch or continuous processes.

Performance Data
  • Maximum temperature: 120°C; Maximum pressure: 8 bar.
  • Membrane area: 0.15 m² to 1.05 m².
  • Example performance: Butanol dehydration at 80-100°C with a flux of 3.5 kg/h.m², resulting in 98% water in the permeate.
  • Other mixtures tested include ethanol, methyl isobutyl ketone, ethyl acetate, and ester acrylate with varying water content in the permeate.

Contact Information
Orelis Environnement SAS - ALSYS Group, 382 Avenue du Moulinas, 30340 Salindres, France. Email: [email protected]
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Catalog excerpts

ALSYS-EN0302-PERVAPORATION-1

Pervaporation pilot plantTechnical data sheet ©SELIS ALSYS Group Innovating for the sustainability and reliability of industrial processes Pervaporation is a process for the separation of liquid (feasibility studies, process design) and experience in the mixtures by partial vaporisation. ORELIS ENVIRONNEMENT areas of solvent recycling by dehydration (Pharmaceutical), has access to the Hybsi® technology of ceramic the concentration of aromatic mixtures (Fine chemistry) and pervaporation membranes which allows water to be the improvement of esterification processes by selectively separated from solvents and organic compounds. ORELIS eliminatingwaterfromthereactionmixtures(Chemicals). ENVIRONNEMENT also has a mobile system on a pilot scale Principle of pervaporation FOur experiences in the field of pervaporation technology Why our pervaporation pilot is unique ? -> Compact design, small footprint, large membrane area for a small feed volume - Easy integration into an industrial plant - Versatile pilot plant — Could work with vapor or liquid feed — Extrapolation / Scaling-up: x 100 - Fast and complete dehydration of organic mixtures (100 ppm of water possible at the end of the purification) — High water permeation flowrate > 4 kg/h — Compatible with most types of solvents — Continuous permeate condensation — Extremely stable process conditions WATER & MEMBRANES Versatile pilot plant Ceramic or polymeric membrane Pervaporation or vapor permeation Dehydration at stable conditions or extremely quick purification Semi-automatic or automatic control

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ALSYS-EN0302-PERVAPORATION-2

Our pervaporation pilot plant4(5): Monitoring 4(2): Membrane module 1 membrane 4(3) & (4): Permeate Condenser Cold trap Temperature Pressure & Performances4 Performances with HYBSI® ceramic membrane (hybrid silica) Feed composition 4 Butanol concentration (20L at 70°C) 4 Butanol dehydration (80-100°C) ©mis ALSYS Group Orelis Environnement SAS - ALSYS Group - 382, Avenue du Moulinas - 30340 Salindres - France - ALSYS-Group.com [email protected] The content of this document is the property of Orelis Environnement SAS - EN0302 - PERVAPORATION Data Sheet - V27.07.18

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