BLIS-D
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BLIS-D vs Legacy Wet Decon: Quantifying the 30:1 Urban CBRN Efficiency Delta
A technical breakdown of BLIS-D waterless bleed-air decontamination versus DS2/STB wet corridors across water logistics, time-to-clear,…
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CBRN-CADS Lattice Entity Integration: Real-Time Hazmat Source Publication in Multi-Domain COP
How UAM KoreaTech’s CBRN-CADS publishes chemical and biological detections as native Anduril Lattice Entities, closing the…
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BLIS-D Mass Casualty Throughput: Closing NATO’s Urban CBRN Decon Gap at 1,000+ Casualties per Hour
UAM KoreaTech’s BLIS-D waterless bleed-air decon system achieves 1,080 casualties/hr in six-unit deployment, meeting STANAG 2517…
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BLIS-D vs Wet Decon: Quantifying the 30:1 Water Gap in Urban CBRN Operations
Operational comparison of BLIS-D bleed-air dry decon against DS2/STB wet systems across water logistics, time-to-clear, and…
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BLIS-D Mass-Casualty Decon: Modelling 1,000+ Casualty Throughput at Stadium-Scale CBRN Incidents
UAM KoreaTech’s BLIS-D waterless bleed-air decon array achieves 1,280 casualties/hr at stadium-scale incidents — STANAG 2150…
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KAS Part 21/23: Certifying BLIS-D for Civil Aviation Decon
How Korean Airworthiness Standards Part 21 and Part 23 shape the civil certification pathway for BLIS-D…
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STANAG 2103 Compliance: K-Defense CBRN Certification Roadmap
How Korean CBRN manufacturers can navigate NATO STANAG 2103 and AAP-21 certification to unlock allied procurement…
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Bleed-Air to Battlefield: How Aircraft ECS Powers CBRN Decon
How aviation bleed-air and environmental control system engineering principles underpin BLIS-D’s 90-second waterless chemical decontamination capability.
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NATO STANAG 2103 Compliance: Korea’s Decon Certification Roadmap
How Korean dual-use defense firms can navigate NATO STANAG 2103 and AAP-21 to achieve CBRN decontamination…
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Bleed-Air to Battlefield: How ECS Physics Powers CBRN Decon
How aircraft bleed-air and environmental control system engineering principles underpin BLIS-D’s waterless 90-second CBRN decontamination —…