The scheme compares the process of heating up a multistorey residential building using a stove, or a boiler fueled by pellet. It can clearly be seen that the most dominant dissimilarity between the two devices is that the stove functions by producing warm air, while the second gadget requires a stream of water.
Looking at the diagram describing the way a stove operates, the first step entails inserting a required amount of wood pellets into a designated hopper for fuel, where through a special feed, the fuel enters an ignition chamber. Notably, this stage is thoroughly supervised via controlling radars. Following this, during the combustion process, excess ash pieces are separated and consequently left behind in a pothole. Later, the heated air starts moving upwards and leaves the stove through the final detail – the fan, which kindles the gusts of gas. Simultaneously, unwanted harmful fumes are extruded from a panel not to overlap with the heated air using a specialized duct.
Turning to the boiler mechanism, the process finds its beginning when cool aqua moving in tubes reaches a furnace. Beforehand, wood pellets, like ones burned in the stove, are moved to the same oven. As well as that, an abundance of ash remains in an appointed container. As a result, hot water leaves the fireplace and is equally distributed to every part of the house. All at once, smoke from the heater leaves the building via stacks and is exhumed into the air.
Overall, the two ways of heating up a house require different natural recourses to reach an objective: gas or water, for a stove and boiler respectively. However, both operate thanks to burning wood pellets.