通过增加来自太空的太阳辐射来改善海洋环境

J. Klassi
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引用次数: 4

摘要

本文解释了空间光系统增加的太阳辐射如何促进海洋热能转换(OTEC)、海带养殖、海产品生产和受污染海洋的复兴。聚焦于OTEC站点的空间光反射器可以通过增加地表水和冷海洋深处之间的温差来增强海洋热能转换。与来自海洋上升流管道的营养丰富的水相结合,“太空之光”可以刺激浮游植物的生长,这些浮游植物是商业上有价值的鱼类的饲料。这些空间和海洋系统的有效整合可以为受污染的海洋提供能源和恢复生命。
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Environmental enhancement of the oceans by increased solar radiation from space
This paper explains how increased solar radiation from Space Light systems can enhance Ocean Thermal Energy Conversion (OTEC), ocean kelp farming, sea-food production and rejuvenation of polluted oceans. Space Light Reflectors focused on OTEC sites can enhance ocean thermal energy conversion by increasing the temperature difference between surface waters and the cold ocean depths. In conjunction with nutrient-rich water from ocean upwelling pipes, Space Light can stimulate the growth of phytoplankton on which commercially valuable fish feed. Efficient integration of these space and ocean systems can produce energy and restore life to polluted oceans.
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