When operating a sealed molten salt reactor at 1050°C, the researcher cannot visually distinguish molten metal droplets from molten salt because everything glows orange, making observation through viewing ports or open reactors ineffective.
No affordable, purpose-built optical system exists to create contrast between molten metal and molten salt at high temperatures; existing solutions like welding goggles or camera hacks are makeshift and unreliable.
Workarounds Described
- uses colored glass filters to try to block orange light
- attempts to remove IR filter from a cheap digital camera
- considers welding goggles to reduce brightness
Implied Software Gaps
- Real-time image processing software that subtracts background glow and highlights metal droplets
- Automated emissivity comparison tool for IR camera data
MeltVue ContrastScope
A low-cost optical contrast enhancement system for high-temperature molten material observation. It uses a bright green LED light source and a narrowband green filter on the viewing port to create high contrast between reflective metal droplets and the orange-glowing salt, plus an optional IR camera attachment to detect emissivity differences. Designed for researchers on a tight budget.
- Green LED light source with adjustable intensity
- Narrowband green optical filter (≈550 nm) to attenuate orange glow
- IR camera module (uncooled) for emissivity-based differentiation
- Safety-rated viewing port adapter with heat shield
- Mounting bracket for existing reactor ports
Existing Solutions Mentioned
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