2014) moreover it produces 43% less carbon than coal. The energy potential of gas hydrate is greater than any other unconventional sources of energy (Arora, 2015). For gas hydrate to become a potential fuel, it is important to extract methane from it, there are 3 major ways to do this one of them is to add hot water to gas hydrate which causes it to break down secondly by drilling into the deposits releases the pressure hence breaking them down into methane and the last one is to inject Carbon Dioxide, injecting carbon dioxide causes a displacement reaction which displaces the methane (Methane hydrate – a new energy source?,
2014) moreover it produces 43% less carbon than coal. The energy potential of gas hydrate is greater than any other unconventional sources of energy (Arora, 2015). For gas hydrate to become a potential fuel, it is important to extract methane from it, there are 3 major ways to do this one of them is to add hot water to gas hydrate which causes it to break down secondly by drilling into the deposits releases the pressure hence breaking them down into methane and the last one is to inject Carbon Dioxide, injecting carbon dioxide causes a displacement reaction which displaces the methane (Methane hydrate – a new energy source?,