The Home of
Flow Chemistry
At Redeem, we make flow chemistry easy to adopt, easy to use, and effective from day one
Do it SMART, Do it in FLOW
What is Flow Chemistry? Instead of static flasks, reactants are continuously pumped through flow reactors where they mix, react, and exit as a continuous product stream.
Why do it? Superior mixing and temperature control, access to chemistries forbidden in batch, safer handling of hazardous materials through smaller in-process volumes, better light utilization, and straightforward scale-up.
When is it used? For fast or highly exothermic reactions, hazardous or toxic reagents, unstable intermediates, photochemistry, electrochemistry, multi-step synthesis and much more.
Who uses it? Academic researchers, pharma companies, fine & agrochemical industries, and process engineers.
Where does it happen? In Redeem Technologies Flow Reactors.
Do you have a reaction in mind? Is flow the solution?
One Flow System, for many reactions
Modularity is important in flow chemistry because, unlike in batch, the reactor itself is part of the reaction design. In batch, the basic setup is usually always the same, a flask, a stirrer, and the temperature control, whereas in flow the setup is more sensitive to the reaction’s requirements, such as residence time, mixing, pressure, temperature, light penetration, gas-liquid contact etc. A modular platform allows researchers to adapt the system to different reactions without replacing the entire setup, making it useful across multiple projects. This reduces cost, makes the equipment more future-proof, and allows labs to expand their capabilities as their chemistry evolves.
Invest once and experiment endlessly with our highly versatile, and modular , continuous-flow reactors
Catalyst Library
Process Catalysts from Redeem
Our catalysts delivers robust performance across diverse applications, while offering seamless separation and recyclability for enhanced cost-effectiveness.
Select your catalyst in the form of powder or coating from over 20 different finely-selected formulations including high reactivity Pt/TiO2, Rh/SrTiO3 and C3N4.
Screen our economic catalyst testing kit for rapid reactivity screening towards your application (for R&D).
APPLICATIONS
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Pharmaceutical
Experience rapid screening of diverse processes with Redeem's flow-reactors and catalyst screening kits, ensuring swift development timelines... and more!
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Photo-Chemical
Hydrogen produced using Redeem's technology seamlessly integrates with standard storage facilities, enabling continuous 24/7 operation, and more!
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Energy Generation
Redeem provides a cost-effective solution for hydrogen production, suitable for a wide range of applications from combustion to electricity generation in fuel cells... and more!
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Mobility
Redeem's technology enables direct hydrogen production at the consumption site from water or liquid carriers, eliminating the need for transportation of liquefied or pressurized hydrogen... and more!
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Aerospace
Unlock sustainable aviation fuels (SAFs) with locally produced green hydrogen, and more!
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Speciality Chemicals
Redeem's flow reactors revolutionize chemical manufacturing by harnessing the benefits of continuous manufacturing to the max and optionally combine them with photo-catalysis for atom-efficient processes... and more!
Redeem Updates
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Alpine Winter Conference
We’re excited to announce that Redeem will be exhibiting at the 5th Alpine Winter Conference on Medicinal and Synthetic Chemistry ❄️
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New Publication in Nanoscale
From Publication to Platform: Advancing Photochemistry with the Arrow Photo Flow Reactor
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Redeem Joins The SAHARA
At SAHARA, we are pushing the boundaries of photoelectrochemical (PEC) technology to unlock a cleaner, more sustainable future for green hydrogen
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New Publication in Reaction Chemistry & Engineering Journal
Reconfigurable photoflow reactor for enhanced optimization of the aerobic oxidative coupling of 2-phenylbenzoic acid
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Redeem Joins The Light AI Clean Project
Light AI Clean develops AI-driven decontamination technologies that utilize plasmonic nanoparticles and light-driven catalytic processes to sustainably recycle and repurpose plastic and glass waste.
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New Publication in Applied Organometallic Chemistry Journal
Hydrosilylation of Ketones With Manganese(I) Thiopyridine Catalysts
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AI in the chemical industry
Have you ever wondered how cutting-edge technologies like artificial intelligence (AI) are transforming traditional industries?
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New Publication in Sustainable Energy & Fuels Journal
Enhanced photocatalytic hydrogen production efficiency using urea-derived carbon nitride in a continuous flow reactor
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Redeem Joins The KAT-PAWS Project!
Our mission? To push the boundaries of photocatalytic hydrogen generation through cutting-edge plasmon-enhanced materials and resource-efficient reactor design.
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Redeem Booth at DECHEMA ReactEng 2025
Redeem Solar Technologies is proud to be an exhibitor at this prestigious event…
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