Thermal stability of adsorption solar power plants

当涉及到高温下的热稳定性时，硝酸盐-氯化物是一种很有前途的组合。同样，可以开发和测试更多这样的组合，如硝酸盐+氟化物、硝酸盐+碳酸盐硝酸盐+氧化物。为此，新的“基盐”(三元硝酸盐)将作为主要成分(连续相)的杂质，即。将添加不同浓度的氯化物、氟化物、碳酸盐和氧化物，以检查其对热稳定性和热物理性质的影响。拟议研究工作的主要目标是：1)开发分解点高于700摄氏度或750摄氏度的新型混合熔盐配方。2)确定所开发配方的热物理性质，如密度、粘度、比热和导热系数。3)对适用于太阳能发电厂的新配方进行技术经济分析。

The Nitrate-Chloride is a promising combination when it comes to thermal stability at high temperatures. Similarly, more such combinations like Nitrate + Fluoride, Nitrate + Carbonate Nitrate + oxide and can be developed and tested. For this, the novel "Base salt" (ternary nitrate salt) will serve as the main component (continuous phase) to which impurities viz. chlorides, fluorides, carbonates, and oxides will be added in varying concentrations to check its effect on thermal stability and thermo-physical properties. The key objectives of the proposed research work are:1) To develop formulations of new hybrid Molten salt with decomposition point above 700c or 750c.2) To determine the Thermo-physical properties such as Density, Viscosity, Specific heat and Thermal conductivity of the developed formulations.3) To carry out Techno-Economic analysis of the new formulations for Solar Power Plant applications.