Trifluoromethyl Diazomethane synthesis using a Zaiput separator
Continuous Flow Intesification for the Synthesis of Warfarin, the most prescribed anticoagulant. Zaiput BPR used in the continuous setup
Water-based synthesis of 1,2,3-triazole using cheap raw materials for continuous manufacturing. Zaiput used for phase separation
This 100% Zaiput produced paper uses our counter-current multistage platform (MS) with an interplatform feed injection as an alternative to simulated moving bed chromatography and centrifugal partition chromatography
Development of an automated platform for the synthesis, extraction, and purification of chemical compounds using optimal synthetic routes
Solvent extraction for the hydrometallurgy industry Recycling metals, especially Rare Earth Elements, and other precious metals is a critical industry for both environmental and economic sustainability for countries around the world. How will the industry innovate as the demand for these valuable metals continues to outstrip supply? This blog post dives into how Zaiput can […]
Zaiput use as a gas-liquid separator A very common use case for Zaiputs’ separators is in gas/liquid separations following hydrogenation reactions. These reactions are commonly run in the presence of excess hydrogen to push the reaction toward completion, but this excess hydrogen needs to be separated from the liquid stream post-reaction. Zaiput separators’ small […]
Overview of flow technologies This paper from University College Dublin does a great job of highlighting flow technologies that have addressed or have yet to address common workup steps in chemical synthesis. Zaiput’s continuous phase separators were the primary focus of the Inline extractions/separations section where they were identified as the key technology in […]
Organic Aqueous separation in-line This paper from Universita degli Studi di Milano and Taros Chemicals demonstrates how stereoselective phase transfer catalysis can be brought into flow. These systems show gains in productivity and space-time yield compared to batch processing while simplifying the process. Zaiput’s separator enables an in-line work between reactive steps for a […]
This paper from researchers at KU Leuven demonstrates various capabilities of ionic liquids and their applicability with Zaiput Flow Technologies in line separators.
Zaiput’s technology featured on the October 2022 release of Chemagazin. Read the article at pages 12-13 at this link: LINK TO CHEMAGAZIN
Zaiput releases large-scale device for plant operations. The 40 L/min separator is designed to speed up batch separations, crush emulsions, and provide a separation solution for large-throughput flow processes.
Zaiput liquid-liquid separator used in the context of continuous microalgal cultivation and patchoulol extraction LINK TO FULL PAPER
Integration of biocatalysis and flow chemistry can make processes greener and more efficient. This paper from Università degli Studi di Milano shows how. In the setup, a Zaiput separator is used so that a continuous flow setup is achieved also for the extractive step LINK TO FULL PAPER
A biocatalyzed flow chemistry approach to forming antimicrobial vanillamides provides a more sustainable method of making antimicrobials. LINK TO FULL PAPER
A fantastic demonstration of the continuous extraction of aminoacids in flow using ionic liquids from researchers at UCL. This highlights the benefits of liquid-liquid extraction with a focus on how ionic liquids can be the solution for LLE in bio-processing. Of course, Zaiput Flow Technologies separators will play a key role in scalable continuous separations for these unique systems. […]
A brilliant publication where a continuous flow mode was developed for the synthesis of the API mesalazine. A multi-instrument PAT strategy was implemented to equip the full line with in-line monitoring capability for critical quality attributes at several points. Two Zaiput’s SEP-10s were used in two liquid-liquid separation steps to eliminate aqueous and organic waste […]
Flow chemistry as a combination of continuous processing and continuous in-line analytics.
A brilliant work by the University of Milan showing how Flow Chemistry and Zaiput’s technology can lead to a cost-efficient, environmentally friendly, and sustainable process for the oxidation of Tyrosol (Ty) to hydroxytyrosol (HTy), a compound used in the food, nutraceutical and cosmetic applications LINK TO THE PAPER
A fantastic demonstration of homogenous asymmetric hydrogenation by researchers at the University of Leeds Hydrogenations are a great fit for flow chemistry due to the explosive nature of high-pressure H2, and it’s great to see Zaiput Flow Technologies separators integrated into these API synthesis processes, enabling safe and continuous separations. Check out the full paper here: https://lnkd.in/eB94_mS
STARTING IN FLOW BY LEVERAGING YOUR BATCH ASSETS Check out Andrea Adamo’s presentation at Achema Pulse in June 2021: Link to the video on Youtube Z-FOX integrates fast and continuous phase separation with engineered mass transfer to provide a complete extraction solution. Z-FOX is a turnkey platform that allows users to quickly tune their extractions, […]
Zaiput is excited to announce the start of a new era for the company with our first formal European presence, marking the establishment of our permanent presence on the continent. Our new representative, Lorenzo Gazzola, originally from Milan, Italy but now located in Prague, Czech Republic, comes from a strong background in sales to the pharmaceutical […]
A nice example of Zaiput’s Back Pressure Regulators used in a safe and highly intensified process for the synthesis of 1,5-Disubstituted Tetrazoles.
A continuous-flow photo-bromination using N-Bromosuccinimide, enabled by Zaiput technology
In an article published just over 10 years ago now, a roundtable from top companies in the pharmaceutical and fine chemical industries highlighted some of the many needs for making chemical manufacturing greener and more sustainable.
Nopphon Weeranoppanant and Andrea Adamo, In-Line Purification: A Key Component to Facilitate Drug Synthesis and Process Development in Medicinal Chemistry, ACS Med. Chem. Lett., Dec 2019.
Continuous Flow Synthesis of Methyl Oximino Acetoacetate: Accessing Greener Purification Methods with Inline Liquid–Liquid Extraction and Membrane Separation Technology
Liquid-Liquid/Gas-Liquid Separation for Continuous and Batch Chemical Processing
Date: Now On-Demand, originally recorded November 27, 2018
Duration: 60-minutes
Zaiput Flow Technologies, a global leader in separation, and ThalesNano, the world leader in bench-top flow chemistry reactors, recently signed a distribution agreement and entered into a technology partnership that exploits the benefits of their combined technologies.
Congratulations to our Founder and CEO Andrea Adamo and his colleagues at Massachusetts Institute of Technology for this great publication!
BPR-1000 is our newest back pressure regulator for flow chemists with the same robust, easy to use design of BPR-10 but allowing high accuracy for flow rates up to 1000 ml/min.
Zaiput recently sent its separators to the International Space Station. Learn more about our trip.
Our newest separator, SEP-3000, makes scaling from bench to production seamless.
Zaiput is working towards drug manufacturing in space
Zaiput and Corning announce their partnership
Flow chemistry specialists Vapourtec have worked with US-based Zaiput Flow Technologies to add liquid – liquid separation to its product capabilities.
The Galactic Grant allows Zaiput to test its separation technology on the International Space Station
Zaiput at Chemspec 2025 in Cologne, Germany, on June 4-5
Zaiput at IFCS on May 8-9 2025 in Bari, Italy
Zaiput at ChemProTech 2025
