PRODUCTS
Redeem Electro Flow Reactors (REFR)
The most versatile electro flow rectors with more than 10 different flow path models and electrodes combination, explore how the Redeem Flow Reactors can boost your chemistry!
WHY THE REDEEM FLOW REACTOR?
The Advantages of the Redeem Electro Flow Reactor (RFR)
Product Quality
High and steady quality as the continuous production process reduces the variability between batches. Minimum off-spec waste with the transparent window for reaction monitoring in the Redeem Flowreactor.
Sustainable
Our technology ensures sustainability over the entire life cycle. We built our technology with the environment in mind; our reactors are well suited for photochemical and solar chemical transformations with renewable energy to give our customers the best ESG metrics.
Cost-Efficient
Lower your operating costs by maximizing atom and energy efficiency in your chemical transformation with Redeem's wide selection of flow reactor configurations. By asking for a Redeem Flow Reactor with integrated separation, you can reduce the equipment count.
Speed to Market
We offer reactors from lab scale, through pilot plants, and all the way to commercial production plants. The Redeem Flow Reactor system features a modular design that enables seamless assembly and disassembly of individual components or units. This design not only facilitates efficient maintenance but also allows for easy upgrades and expansions without disruption to the overall system's operation.
Durable
Our reactors are made to endure harsh chemical conditions. We can configure our reactors to withstand high pressure and temperatures exceeding normal operation conditions. Producing corrosive chemicals is no problem for our flow reactors.
Enable Multi-Phase Reactions
RFRs are designed to fit in multiple applications, including multi-phase reactions, slurry processing, and equilibrium-limited reactions. Their flexibility stems from the configurable design, which allows for tuning the flow properties and optionally integrating a membrane for phase separation within the RFR itself.