Engineers trap sunlight to reach 1,832°F for clean energy

Gizmodo May 15, 2024, 04:00 PM UTC

Summary: Engineers are developing a clean energy solution using quartz crystals charged with solar energy to temperatures of 1,832°F (1,000°C). This technology could replace carbon-intensive processes in steel and cement manufacturing. Solar receivers have struggled with temperatures above 1,832°F (1,000°C) until now. Quartz could enable manufacturers to reach necessary temperatures using sunlight, reducing CO2 emissions. The technology shows promise in increasing efficiency and viability of renewable energy solutions.

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Timeline:

  1. [5.0]
    Solar energy used for high-temperature industrial processes (AZoCleantech)
    124d 14h

  2. [5.1]
    Solar heat innovation for steel and cement production (Open Access Government)
    125d 12h

  3. [5.7]
    Solar thermal trap targets 1,000°C for decarbonizing industries (CleanTechnica)
    126d 0h

  4. [4.7]
    ETH Zurich researchers demonstrate thermal trapping of solar radiation (Sci.News)
    126d 2h
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