Advancements in scaling PEM water electrolysis with reduced iridium usage

In partnership with De Nora

Green hydrogen | PEM electrolysis | Catalyst deposition | Spark ablation | Nanoprinting

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Alloy catalysts for CO₂ electrolysis

In partnership with Meta

CO₂ electrolysis | Nanoporous alloy catalysts | Automation | Large experimental datasets | Scalable catalyst production

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Evaluating Porous Transport Electrode Fabricated Via Spark Ablation in a PEM Water Electrolyzer

PEM Water Electrolysis  | Long-term Stability | Catalyst Durability | DOE Targets | Industrial Validation

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Nanoporous Layer Deposition for Advanced Gas Sensor Development

Gas Sensors  | Thin-film deposition | Dry deposition | Porous sensing layers | Spark ablation

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One-step catalyst-coated membrane (CCM) preparation 

CCM fabrication| One-step coating| PEM electrolysis| Catalyst integration| Performance enhancement

In situ TEM studies

Catalyst characterization| In situ TEM| Scalable synthesis approach| Enhanced electrolysis performance

Facile Ir-based electrocatalyst synthesis

Iridium catalysts| Electrocatalyst synthesis| Green hydrogen| Oxygen evolution reaction (OER)| PEM water electrolysis

Catalysis - High-throughput screening of electrocatalysts

Faster discovery| Rapid screening| Materials insights| Data-driven R&D

MP24 - Nanoporous Materials for Light and Heat Activated Gas Sensing

Green hydrogen | PEM electrolysis | Catalyst deposition | Spark ablation | Nanoprinting

MP48 - Morphology Dependent Response of SnO2 Gas Sensors from Spark Ablation, Spray Pyrolysis, and Sputter Coating Techniques

Scalable fabrication of gas sensors via spark-ablation printing of semiconductive metal oxide nanoparticles and heterostructures

Gas sensors / Spark ablation printing / Metal oxide nanoparticles / Heterostructures / Scalable manufacturing

Spark ablation metal nanoparticles and coating on TiO2 in the aerosol phase

Spark ablation / Metal nanoparticles / TiO₂ coatings / Aerosol deposition / Sensor fabrication

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Accelerating Catalyst Research with Meta

Spark Ablation with VSParticle

Enhancing gas sensors’ performance with advanced materials: The AccSens Initiative 

Automated labs for materials discovery: from concept to market

High Throughput Synthesis of Nanoporous Thin Films: A Perspective on the Accelerated Discovery of Novel Energy Materials

Spark Ablation as a building block for nanostructured multifunctional devices

Simplified, scalable and clean production of Catalyst Coated Membranes for green hydrogen

Producing high step coverage interconnects using printed nanoparticles

Boosting the Thermoelectric Properties of PEDOT using spark discharge Webinar

The VSP-P1 Nanostructured Material Printer – the ultimate tool for material development