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Zaiput Flow Technologies

Zaiput Flow Technologies manufactures proprietary scalable technology for liquid-liquid and liquid-gas separation. Their products enable efficient and continuous separation processes in various industrial applications.

Waltham, United States163K+ followers
Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Many chemical processes rely on liquid-liquid or liquid-gas separation, which can be inefficient, difficult to scale, and prone to issues like emulsion formation, limiting overall process efficiency and throughput. Traditional batch separation methods often require significant settling time and can be challenging to implement in continuous flow systems.

Solution

Zaiput Flow Technologies provides scalable, modular separation solutions for liquid-liquid and liquid-gas systems, enabling efficient and continuous processes. Their patented membrane-based separators and integrated platforms address challenges in batch and flow chemistry, offering solutions for development through production scales. The technology leverages differences in wetting properties of liquids onto a porous membrane, allowing for continuous separation of immiscible phases. Zaiput's offerings include liquid-liquid/gas-liquid separators, multistage extraction platforms, reactors for hydrogenations, and back pressure regulators.

Target Audience

Zaiput's products and services cater to chemists and engineers in the pharmaceutical, fine chemical, and specialty chemical industries, as well as academic researchers working on liquid-liquid and liquid-gas separation processes.

Features

  • Membrane-based liquid-liquid/gas-liquid separators for development and production scales
  • Multistage extraction platforms for batch and continuous processes
  • Z-FOX integrated batch extraction platform combining membrane separation with engineered mass transfer
  • Continuous liquid-liquid partition chromatography for separating chemical species
  • Back pressure regulators for precise pressure control in single and multi-phase flows
  • Separators are chemically resistant and can handle a wide range of organic solvents, as well as acidic and basic solutions
  • Separators are density independent, allowing for separation of liquids with similar densities and emulsions
  • Multistage extraction platforms enable countercurrent extraction schemes for high product recovery
  • Testing services to assess feasibility and optimize performance for specific separation challenges
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