Syrris chemistry blog
The latest news and commentary from the world of chemistry, including batch, flow, reaction calorimetry, and scale-up
Syrris chemistry blog
The latest news and commentary from the world of chemistry, including batch, flow, reaction calorimetry, and scale-up
Welcome to the Syrris chemistry blog
Offering you the latest news from the world of chemistry, including commentary from experienced Syrris chemists and guest bloggers from various industries. Covering traditional batch techniques, new and modern continuous flow, reaction calorimetry safety, and scale-up.
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Interested in blogging for us?
We’re actively seeking guest bloggers and commentators, so if you have a passion for all things chemistry and a knack for crafting compelling copy, simply get in touch – we’d love to have you on board!
Latest news
What is flow chemistry and how does it work?
Let’s start with the basics and explain what flow chemistry actually is and talk a bit about why it’s so useful. Flow chemistry is the process of performing chemical reactions in a tube or pipe. Read on to learn more…
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Why perform your chemistry in continuous flow?
So why should your lab consider performing your chemistry using continuous flow chemistry techniques? Discover several reasons including faster and reactions, and accessing novel chemistries not possible in batch
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Continuous flow chemistry in the pharmaceutical industry
My first introduction to practical flow chemistry was as a Research Chemist at Pfizer and my first thought was: “why on earth would I want to conduct my chemistry in tiny tubes?” A few years later I was the biggest advocate for it. This blog post explains why…
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Electrochemistry made easy with continuous flow chemistry techniques
Over the past 5 years or so the development of continuous flow electrochemical cells has made selective syntheses with high reactant-to-product conversions possible. These devices offer an easy access to electrochemical techniques which is driving its current re-assessment as a viable, attractive synthetic method. Discover more in this blog post.
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The rise of biocatalysis in continuous flow
Continuous flow biocatalysis is fast becoming a key area of focus for chemists with applications in fine chemicals, drugs, biotherapeutics, and biofuels to name a few. This is reflected in the rapidly-growing number of publications and patents featuring continuous flow biocatalysis; this blog post explores why.
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Continuous flow microreactors in nanoparticle synthesis
We’ve seen rapidly increasing interest in flow chemistry systems from companies and universities specializing in nanoparticle synthesis. Offering greatly improved reaction control, mixing, process flexibility, and reproducibility, it’s easy to see why many chemists are switching to continuous flow. Read more here…
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Improving polystyrene production with continuous flow chemistry
From improving efficiency to reducing cost and waste, chemists are looking for new ways to improve the efficiency of polystyrene production and continuous flow polymerization could well be the answer…
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Solid phase catalysis in continuous flow
What is catalysis? What is a catalyst? How does catalysis work? And why would you want to perform catalysis in continuous flow? Flow Chemistry Applications Specialist, Neal, explains why chemists like to incorporate catalysts into their chemistry and the benefits they bring…
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Going beyond the round-bottom flask: how to automate your chemistry
Traditional chemistry methods introduce various problems: inaccurate temperature control, constant supervision, and low reproducibility. Modern automated jacketed reactor systems avoid these issues; this post explains how.
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2019 flow chemistry predictions: the rise of the machines
As 2019 gets under way, we’ve been thinking about what the future holds for continuous processing and flow chemistry in 2019 and beyond…
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Move over, microwave chemistry – flow chemistry is taking over
Flow chemistry is replacing microwave chemistry – and for good reason. This blog post explains why.
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7 things to keep in mind when adopting flow chemistry
Sometimes the biggest hurdle for chemists adopting flow chemistry is the time it takes to convert a batch process into a seamless flow set-up – but it doesn’t have to be! This post covers the 7 main things you should consider when implementing continuous flow
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Syrris’ 10-year journey in India
To celebrate Syrris India’s 10-year anniversary, we interviewed Regional Director, Raman, to get an insight into his experience and the Syrris India journey.
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5 benefits of automated chemistry systems
With modern technology, you can automate your entire lab if you wanted to, from automated liquid handling and motorized pipettes through to robots labeling your samples. But the easiest place to start is the source of your reactions – your jacketed reactor.
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Lab scale continuous flow chemistry: Views from a nervous chemist
When you break it down, flow chemistry is not as scary a prospect as it might seem. Photos in your favorite chemistry magazine may make it look complex, but all you really need is a pump, some tubes, and a mixing junction.
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Flow vs. batch chemistry: how the reactor design affects the reaction
With the introduction of flow chemistry systems, chemists now have more choice available to them for performing their chemistry, and it’s important to understand whether batch or flow techniques are best for their specific applications.
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A cheat sheet for hazardous chemical labeling
This cheat sheet includes pictograms used by the Globally Harmonized System of Classification and Labeling of Chemicals to communicate the hazards associated with various chemicals, which hazard classification the pictogram applies to, and a brief description
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13 questions to answer before choosing your next chemical reactor system
Investing in new lab equipment is a big decision. Use this handy set of 13 questions to help you determine the right type of chemical reactor for your applications.
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A convenient enantioselective CBS-reduction of arylketones in flow
Researchers at the Department of Pharmacy (University of Bari, Italy) have demonstrated a sustainable, versatile, fast, and environmentally friendly CBS-asymmetric reduction of aryl and heteroaryl ketones using flow technologies.
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Building up a compound library in continuous flow
One of the biggest challenges of becoming invested in flow chemistry is often the thought of taking time integrating and developing brand new chemical reactions, but this is, in fact, one of the largest benefits of using flow chemistry.
read moreOne of the Top 10 UK Chemistry Blogs
The Syrris Chemistry Blog has been selected as one of the Top 10 UK Chemistry Blogs by Feedspot for the quality and consistency of our posts!
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