Datasheets
Scroll through our range of datasheets below. Please contact us if you have an inquiry relating to information not listed.
R-Series Brochure
Date: March 2011
The latest brochure showing what the R Series Flow Chemistry System can do.
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E-Series Brochure
Date: August 2012
The brochure for the E-Series explains the features of this ground-breaking entry-level system, the available models and the optional extras.
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Publications
Date: October 2015
Peer reviewed publications and posters showing work done on the Vapourtec system
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The UV-150 Photochemical reactor
Date: February 2014
For both the E-Series and R-Series systems an advanced photochemical reactor intended for continuous flow operation. Vapourtec’s new reactor, the UV-150 enables chemists to take full advantage of the powerful reactions and synthetic routes offered by photochemical reactions.
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On-line, real-time analytics
Date: May 2012
The inclusion of on-line, real-time analysis into a flow chemistry platform can significantly increase productivity. The METTLER TOLEDO FlowIR™ is fully integrated with the R-Series system. Download the whitepaper to see how powerful the combination is.
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E-Series lab teaching manual
Date: February 2013
Teaching the principals and benefits of continuous flow chemistry is now commonplace in Academic and Industrial settings. A 98 page teaching manual is available from Vapourtec. This datasheet gives more details.
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E-Series User Interface
Date: August 2013
An overview showing the visual appeal and the features of the touch panel user interface supplied with all E-Series systems.
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E-Series & organo-metallics
Date: February 2013
A document describing the features of the E-Series that make this system the obvious choice for organo-metallic reactions.
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V-3 pump in detail
Date: September 2012
The ground-breaking V-3 pump is an important enabling technology towards increasing the range of reagents that can be processed in continuous flow. Discover what the V-3 is and how it works.
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E-Series an overview
Date: Auguat 2012
In late summer 2012 Vapourtec launched the exciting range of E-Series flow chemistry products. This documents provides an overview of the E-Series, highlighting features from a user perspective.
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200 bar pump module
Date: March 2012
Increasing the range of reaction conditions available in continuous flow is a key Vapourtec goal. This datasheet describes a new high pressure pump module available for the R-Series.
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Cooled-column reactor
Date: September 2010
Column reactors are effective for reactions using solid supported reagents and catalysts. Now even highly reactive species can be employed using the Vapourtec Cooled-column. Read more.
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Inert gas blanketing
Date: July 2011
Describes a new feature integral to all R-Series Flow Chemistry systems making it easier to apply an inert gas blanket to air or moisture sensitive reagents.
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FlowIRTM Integration
Date: November 2011
The FlowIRTM enables a chemist to see the exact chemical composition of the output of their continuous flow reactor system in real time. FlowIR™ is now fully integrated with the R-Series system. Read more.
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Vapourtec API
Date: September 2011
Vapourtec has introduced a new API (application programming interface) allowing the popular R-Series system to be controlled via a network connection. This adds a whole new set of capabilities, described in this document.
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Dual-CoreTM Reactors
Date: November 2011
A document highlighting the increased flexibility of the new split coil reactor cartridges in offering multi-step cooled reactions at a single temperature.
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PFA Coated Steel reactors
Date: July 2011
Fluoropolymer reactors are “metal-free” and offer excellent chemical compatibility but have limited pressure / temperature profiles. Fluoropolymer coated stainless steel reactors expand their working envelope, read more.
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Data from exothermic reactions
Date: November 2011
One of the well-publicised benefits of Flow Chemistry is the high available surface area and the superior heat transfer afforded. This document describes how the Vapourtec software can help to safely explore reactions exotherms and even quantify them.
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Gas / Liquid reactions
Date: May 2011
The document describes a cost-effective reactor for gas/liquid reactions, offering the facility to control reaction temperature and feed in gas within the same tube reactor.
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Open Access interface
Date: November 2010
The new Vapourtec interface for walk up use.
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What pressure to use
Date: October 2015
A free chart showing what pressure is required for a given solvent at a given temperature to prevent it boiling in the flow reactor.
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Ozonolysis
Date: May 2010
Explanation of recent work with ozonolysis using the Vapourtec cooled reactor.
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Acid Resistant Systems
Date: November 2009
Introduction to the Vapourtec acid resistant flow system
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Dispersion
Date: September 2009
Explanation of this very important issue, and the unique Vapourtec technology that allows the user to manage it.
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Biphasic Flow Chemistry
Date: July 2009
An introduction to liquid multiphase chemistry in the Vapourtec system.
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Advantages of Flow
Date: May 2009
Quick summary of the main scenarios in which flow chemistry offers a significant advantage over a batch approach.
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Solid Supported Catalysts
Date: March 2009
Use of heterogeneous catalyst’s in the R Series system.
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Use of an AutoSampler
Date: March 2009
Use of an Autosampler (aka liquid handler) to load reagents into reactions.
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Flow Commander Software
Date: January 2009
Introduction to the Flow CommanderTM control software and its capabilities.
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Fraction Collector Integration
Date: January 2009
See how the Vapourtec system integrates with a fraction collector for ease-of-use and unattended reaction optimisation.
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Pump Monitoring
Date: November 2008
Explanation of real time pump monitoring and why it is so important.
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Benefits of 4 pumps
Date: November 2008
Outline of all the different approaches that are possible with a 4 pump system.
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Flow Chemistry ppt
Date: February 2016
A convenient download of flow chemistry information as a powerpoint ppt document
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Flow Chemistry pdf
Date: February 2016
A convenient download of flow chemistry information as an adobe pdf document
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