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The attention of the world is increasingly being drawn to the rising prices of fuel and its ecological impact. The ecological effect can be seen worldwide in the form of global warming. Boilers and furnaces in various applications has been subject of interest and investigation for a long time. Mainly the objective is to improve the fuel investigation has been in one of the two directions; namely:

During firing pf boilers and furnaces, the size of fuel droplets undergoing combination is the key. The smaller the size of droplets, the greater is the fuel efficiency. In normal fuel combustion process, as the particle size is large, the outer surface of the droplets get heated leading to incomplete combustion. In the case of encapsulated fuel oil, once the outer surface is heated, the water inside the oil heats up leading to a micro explosion. This ensures more complete combustion and steam production increases with the increased SFR. The steam thus produced also helps facilitate higher efficiency by using the hydrogen produced in the shift reaction. Also the reduction in the flame temperature reduces the NO_x in the resultant effluent gases.

The process System designed is based on inline Mixing and Emulsification principles. An appropriate Emulsifying Agent is mixed with water separately. Water is then introduced in the correct proportion to the Fuel Oil a Distributor. This is further passed vide an Emulsifying Static Mixer through a Refiner to produce fine droplets of Water in Oil. Around these three Essential Equipment there are Thanks, High Pressure Pumps, Piping and adequate Pressure and Temperature indicators.