The LEAP preprint from Princeton Plasma Physics Laboratory introduces a modular argon gloveroom as secondary containment for flowing liquid lithium loops, applying a semi-quantitative hazard complexity framework across six scenarios. This engineering-focused design prioritizes airtight inert boundaries over scrubber-heavy systems, reducing fire and aerosol risks while enabling rapid iteration with heating, diagnostics, and magnetic fields. As a 2026 arXiv preprint rather than peer-reviewed work, it lacks experimental validation data and relies on conceptual modeling without reported sample sizes or empirical testing beyond initial construction plans. Related efforts, such as NSTX-U lithium PFC experiments documented in Nuclear Fusion (2022), highlight how uncontrolled lithium reactivity stalled progress, while a 2023 IAEA fusion safety review underscores gaps in large-scale liquid metal handling that LEAP directly targets. The analysis reveals original coverage understates transferability to other conductive metals and overlooks how this room-scale approach could integrate with DEMO-scale reactors facing similar exhaust and recycling challenges, accelerating pathways to baseload fusion energy.