“Theoretical prediction and modeling of effect of climate change over thermal power plants using viable ecological dynamics including environmental issues towards balanced sustainable development”

In the present scenario, the role of climate change towards nominal sustainable development through viable strategies must be aware of the improve the performance of all the thermal related devices and components in particular. In this context, a detailed investigation is carried out for predicting the impact of climate change on thermal power plants to the maximum possible extend, by accommodating the approaches of two phase heat transfers, role of P-type and N-type semiconductors, compressible and incompressible fluid flow, environmental chemistry and ecological dynamics including reactor design with product yield. However, the massive growth of numbers, sizes and diversity of industrial plants, effluents and waste water requires a modern-approach-one that has flexibility, speed and versatility to match the growing demands for high quality system. On the other hand, a new approach must have a sound theoretical foundation that lays a firm background for further analysis and computer aided design, the later being the main feature of modern industry. Basically environmental issues in its greatest context, is the science of complex interactions that occur amongst the terrestrial, atmospheric, aquatic, living and anthropological systems that composes the earth and surroundings, that may affect the living things and organisms as well. Therefore, it is necessary to predict the importance of environmental fake and transport towards well