With a commitment not to utilise coal for power generation and a focus on geothermal energy, Philippines-based Energy Development Corp. EDC shows how sustainability can be a profitable and important element of sustainability efforts. In an article on sustainability, the overall urge to break the cycle and to establish a more stable and secure future through sustainable practices in business and society is being talked about in the context of the Philippines. The country has been ranked among the top five countries at risk of the effects of climate variability in the past couple of decades, as reported in the Global Climate Risk Index. This can be seen in the weather disturbances with catastrophic natural disasters hitting the country in recent years.
Geothermal exploration in Gujarat: case study from Dholera | Geothermal Energy | Full Text
As the coal fired boilers from the midth century grew older and less efficient, Ball State University in Muncie, Indiana, grew larger. University staff needed to find a way to meet growing energy demands. Based on their research and analysis, the most cost-saving and energy-efficient solution was a campus-wide geothermal energy heating and cooling system. As the boilers aged, they became less efficient and undersized for the growing student population and campus footprint. When Ball State learned that it needed an expensive coal-fired boiler upgrade in order to meet its growing heating and cooling needs, the university decided to evaluate other options for campus-wide heating and cooling. Ball State analyzed the feasibility of three different types of systems to replace the old boilers: a circulating fluidized bed fossil fuel boiler, a natural gas boiler, and a ground source geothermal heat pump.
Here at Hydron Module, one of the many services we provide to our customers is the analysis of different systems in comparison to a new Hydron Module geothermal heat pump system. We take into account the home's location and seasonal demands, as well as what a properly-installed system from either technology would cost in supplying heating, cooling, and hot water. Today, let's take a look at an HVAC system that is prevalent in "cooling-dominant" locations: the air-to-air heat pump. In this case study, we'll review the differences in the two systems, the performance in heating and cooling, and how the savings compare between geothermal and air-to-air heat pumps in a real-life scenario. From a technical perspective, geothermal and air-to-air heat units are not too dissimilar!
Fan, Kevin ; Nam, Sang. Geothermal energy is a clean, reliable, and domestic source of energy that offers constant electricity while emitting relatively few emissions of carbon dioxide and other pollutants. Despite these benefits, its development globally has not been as rapid in recent years as that of other renewable energy sources. Moreover, as a rapidly developing economy with projected electricity growth of 8. However, significant roadblocks impede geothermal development in Indonesia, primarily in the geoscientific, financial, and political spheres.