EcoHORNET boilers are designed for burner granular biomass in granular form and use energy thermal as well budgeted for the heating of buildings for obtaining hot water.
Our boilers can be connected to conventional heating systems (radiators, fan convectors, underfloor heating) or can be interconnected with other systems of production of thermal energy (solar panels, pumps heat etc). The burner by gravitation and the process of combustion of the pellets, own design - patent for invention no.. À2008/00996 - ensure operation system for automatic constant returns, without smoke in the gas burns without soot or creosote (TAR) deposits on the heat exchanger and, through the modernization of the burner, it has made also the possibility of eliminating the risk of settlement on the grid rate excesiff of Silicon granules or other chemical compounds. High boiler efficiency is maintained constant for the entire duration of use, as well thanks to the constructive form of the burner ecoHORNET, to the dynamics of combustion in combustion control directed by the complete automation. Performance of combustion in burners gravitation ecoHORNET reaches 98%, being thus conducted as well combustion of the fuel and the consequent of the primary combustion theree. The substance remained the combustion, the so-called 'ash' is minimal (2 kg/tonne at FIR pellets approximately), is, in reality, a wood mineral substance and can be used as fertilizer. We recommend to evacuate once per month to maintain the efficiency of the radiation in the horizontal box at a high level. Thanks to the complete combustion of the pellets, fuel heating power is valued and, so you get more thermal energy than the same amount (for example, from 5 to 5.2 kW/kg pellet of FIR). Using the ecoHORNET boilers you can enjoy the most efficient granular boimasse heating system, this being the top of technology through the implementation of the own invention, and fuel consumption is extremely reduced: 20 g-30 g/kwh installed. This thermal energy obtained after complete combustion and resumed at more than 93-97% by the thermal agent through the heat exchanger of own design. The heat exchanger has a horizontal area which incorporates the radiation of the flame along its length and a vertical box that uses the convection of the combustion gases. In the heat exchanger there is a large amount of thermal agent distributed uniformly which warms up quickly thanks to the large Exchange surface, reason why the temperature maintained at the e value
