Energy Industry

Powder technology drives innovation and efficiency in the energy sector, playing a critical role in renewable energy systems, battery production, and catalyst development. From advanced materials for energy storage to powders used in fuel cells and solar panels, the energy industry relies on precise powder processing and characterization. Discover how breakthroughs in powder technology are shaping the future of sustainable energy and driving advancements in energy efficiency and performance.

Featured Energy Industry articles

  • Macro close up of silicon carbon battery powder particles illustrating silicon carbon battery issues such as particle cracking and expansion.

    Diagnosing Silicon-Carbon Battery Issues

    Silicon-carbon battery issues start with silicon’s extreme volume expansion during charging, often approaching 300%. That expansion drives particle cracking, electrical isolation, repeated SEI fracture, rising impedance, rapid capacity fade, and, in the worst cases, cell swelling that breaks phone form factor and safety margins. Engineers confirm the root cause with structural analysis and [...]

  • Water-soluble fluoride in black mass, simplified diagram showing the three main control levers: upstream electrolyte removal, moisture exposure during handling, and thermal conditioning with off gas control.

    Water Soluble-Fluoride in Black Mass: Limits, Risks, and QA Control

    Water-soluble fluoride in black mass is now a control variable, not a lab curiosity. Lock the test method, control moisture exposure during handling and storage, and use trend-based decision rules to prevent spec failures, corrosion, or emissions drift. Water-soluble fluoride in black mass has shifted from “lab detail” [...]

  • LFP black mass pre export workflow infographic showing sampling, testing, review, decision, logistics, and shipping

    Black Mass Powder Quality: Sampling, QA Panel, and Spec Templates

    Black mass powder quality decides yield, buyer acceptance, and dispute risk. First, declare the buyer route and write the spec to match it. Next, sample from a moving stream and split the composite correctly. Then trend moisture, PSD tails, a route-specific fines metric, and key impurities with stable methods. Finally, ship with a [...]

  • Technician uses a riffle splitter to divide silicon anode powder into labelled sample jars on a lab bench.

    Silicon Anode Powder: The Manufacturing Bottleneck Behind Next Gen Battery Gains

    Silicon anode powder fails in production for predictable reasons. Particle morphology, oxide growth, dispersion quality, and binder architecture decide swelling, cracking, and capacity loss. If these aspects are controlled, silicon scales. Table of contents Silicon is back in the anode discussion for one reason. It [...]

  • Sulfide solid electrolytes handled in a sealed dry room powder transfer with dew point monitoring

    Sulfide Solid Electrolytes: The Powder Barrier to Solid State Batteries

    Sulfide solid electrolytes promise fast ion transport and strong stack contact. Yet powder reality decides whether that promise survives scale-up. Moisture exposure can degrade surfaces and generate H2S. Meanwhile, compaction history controls density, contact, and resistance drift. Treat sulfide solid electrolytes as reactive bulk solids, and your program learns faster. [...]

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