The Leaching of Sub-Florescent Soils as Used in the Ancient Qanat Karez Technology to Produce a Modern Cheap Solution for Controlling and Adjusting Marginal World Albedo

D. Bloch
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Abstract

Huge desert endorheic basins with very substantial areas of flat evaporation pans were once in operation specifically for the precipitation of white crystalline sodium chloride. The Qanat Karez water distribution systems are thought to have been invented some 3000 years ago. Thousands of kilometers of tunnels and boreholes were designed and built with very heavy human investment, primarily to leach, dissolve and recrystallize salts - predominantly sodium chloride. They were only limited in capacity by the Qanat volumetric capacity watershed surge flow into the endorheic basins needed to extract these salts. Today we know that in addition nature has continuously supplied these basins with these rich minerals and rare earth materials, which in many cases lurk only a few meters in the water table below the basin surface. In the Tarim basin a Potash salt production unit is now pumping these brines to produce industrial Potassium fertilizer, using the Qanat Karez technology. Maintaining an industrial thin white crust layer of salt during critical hot seasons of the year over these huge desert areas and salar flats would it is calculated, increase the world albedo and enable cheap precise control of the total short/long wave reflection, in addition to the existing high albedo of the Polar Regions.
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古代坎儿井技术中使用的亚荧光土壤浸出,为控制和调节边际世界反照率提供了一种现代廉价的解决方案
巨大的沙漠内河盆地有相当大面积的平坦蒸发盘,曾经专门用于沉淀白色结晶氯化钠。坎儿井的供水系统被认为是在大约3000年前发明的。数千公里的隧道和钻孔的设计和建造耗费了大量人力投资,主要用于浸出、溶解和再结晶盐——主要是氯化钠。他们的能力受到坎儿井容量的限制,流域涌流进入内陆河流域需要提取这些盐。今天我们知道,此外,大自然不断地为这些盆地提供这些丰富的矿物和稀土材料,在许多情况下,这些矿物和稀土材料潜伏在盆地地表以下几米的地下水位。在塔里木盆地,一个钾盐生产单位正在利用坎儿井技术抽取这些盐水生产工业钾肥。在一年中关键的炎热季节,在这些巨大的沙漠地区和盐沼平原上维持一层工业薄的白色盐壳层,可以计算出,增加世界反照率,并且除了极地地区现有的高反照率之外,还可以廉价地精确控制总短波/长波反射。
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