Electrodes for industrial chlorination: key requirements
Producing chlorine and caustic soda demands electrodes resistant to aggressive chemistry, with decade-long service life. Here is what large operators look for.
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News, technical articles and product announcements from Jolt Solutions.
Energy optimisation in H₂ production
Each tenth of a volt at the cell equals ~5% off the hydrogen producer's electricity bill. Strategies to lower voltage.
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Durability: our electrodes exceed 30,000 hours
30,000 hours equal 3.4 years of continuous operation. How we have validated it on the bench and in the field.
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The chemistry behind AEM electrodes
Behind a good AEM electrode lies fine chemistry: catalytic interfaces, anion transport and ionomer compatibility.
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McPhy Energy adopts SPARKFUZE™ on its pilot line
McPhy Energy integrates our SPARKFUZE™ process on its pilot line to validate high-speed, low-temperature electrode manufacturing.
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Case study: HyDEP srl cuts energy consumption by 22%
HyDEP srl, an Italian AWE electrolyser manufacturer, integrated our PGM-free cathodes and achieved 22% energy savings.
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Designing large-format electrodes: challenges and solutions
Moving from lab plates (10 cm²) to industrial electrodes (3 m²) means solving problems invisible at small scale.
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PGM-free cathodes: reducing the cost of green hydrogen
Platinum group metals (PGM) account for up to 15% of an electrolyser's CAPEX. Removing them changes the business model.
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AEM vs AWE: technical comparison of electrolysers
AEM and AWE share alkaline chemistry but differ in separator, current density and maturity. Here is the data to choose.
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