The process of heating by burning fuel is not as simple as it may seem at first glance. For example, the rate of burning of firewood and the amount of heat released depends on their grade, humidity, and the rate of burning and the amount of heat produced by coal are determined by its calorie level. This must be taken into account if you want to heat your home easily, reliably and for a long time. Insufficiently dried firewood part of the heat generated during burning is spent on moisture removal, i.e. not all of the heat is used to heat the house. Moisture released from firewood collects combustion products (soot particles) and, acquiring a new (sticky) form, covers the internal parts of the heater, chimney walls, with soot deposits.

 Even a small amount of such plaque impedes the normal operation of the device, reduces its effectiveness, accelerates wear and corrosion, and creates a fire hazard (especially in the chimney).

 In addition, each millimeter of plaque increases the cost of solid fuel by an average of 10%, since an undesirable "insulating" layer takes a significant amount of heat. A part of the soot that does not remain inside the device, but is emitted in the form of black smoke to the outside, is also not a desirable factor. These are substances that were supposed to burn, but not burned; they reduced the burning time and reduced the amount of possible heat. It is not necessary to speak about the undesirable effects of these substances on the environment during their distribution in the air.

 To avoid these undesirable factors accompanying the combustion process, and make optimal use of the energy potential of solid fuels, there are special substances that suppress negative reactions and stimulate the combustion of fuel.

 "Vitamins" for fuel are a mixture of special crystals, catalytically affecting the combustion process and splitting the evolved resins. Even the smallest remains of moisture are destroyed, so that soot cannot stick to the details of the heating system. It simply burns, thus prolonging the burning time. The remaining clean parts of the heater ensure efficient and fast thermal conductivity. White and clean smoke from the chimney does not pollute the environment.

 With constant use of this tool, heating efficiency, more economical consumption of solid fuel, cleanliness of the heating system, durability of its parts, safety of operation of the device are ensured. Along with this reduced environmental pollution.