What is Smokeless Blue?

Can coal be blue? It can, although in reality ... it's black. The secret lies in the way it is burned: it happens completely smokelessly, without sparks, with a blue flame. It is distinguished by: high calorific value and much lower emission parameters (the amount of harmful substances emitted in the exhaust gases). And just this - the concern for the environment and our future - was the main stimulus to create an innovative, ecological product, which is Smokeless Blue.

The traditional method of burning coal - often in outdated furnaces or boilers - contributes to significant air pollution, which in turn translates into health hazard for all of us. Meanwhile, the solution seems simple. It is enough if the previously used type of fuel is replaced by a low-carbon fuel - Smokeless Blue.

This innovative fuel can start a real revolution in the way of heating in Polish homes. It can cause that we will breathe with cleaner, healthier air. In a word: we will live more healthily.

Smokeless Blue is made of high quality hard coal. However, it does not burn, like ordinary coal, an orange-yellow flame, with a lot of sparks, but mild and light blue (like gas). That is where its name comes from. As a result of the process to which it has been subjected, Smokeless Blue has a higher calorific value and much lower emission parameters.

Its impact on the environment is unquestionable - it reduces the emission of harmful substances. The numbers speak for themselves.

Its additional advantage, in addition to reducing the emission of pollutants, is its adaptability to current heating devices. We can burn the Smokeless Blue in a traditional furnace or boiler.

The Smokeless Blue tests - carried out so far in five Polish cities Jedlina-Zdrój, Roszków, Żywiec, Kraków (Swoszowice), Zabrze - confirm its advantages. It was shown that the emission of dust responsible for the so-called smog is10 times lower than in the case of ordinary coal. The atmosphere gets as much as 20 times less benzo (a) pyrene, a highly carcinogenic compound from the PAH group (polycyclic aromatic hydrocarbons). On the other hand, the tests carried out in Roszków in Silesia, where the Smokeless Blue found its way to most of the houses, showed in the air a several-fold decrease in the level of PM10 dust concentration. Everything speaks for the fact that the Smokeless Blue may become the fuel of the future. The fuel of the cleaner, healthier world.

During the combustion of ordinary coal, the temperature in the hearth is very variable in time and unstable, rising sharply at the beginning and falling after a short while. With Smokeless Blue, combustion is much more even and gives a stable temperature range, making it easier to control heat. This reduces the amount of fuel required.