A process considered to be one of the best solutions for this is the use of syngas. SYNGAS is a shortened term from Synthetic Gas which characterizes the mixture of hydrogen, carbon monoxide and an end result of a process called GASIFICATION. This is commonly taken in a course of synthesizing gas from coals and biomass. Several attributes from this energy source are very helpful in terms of reducing the amount of toxic chemicals from the air and greenhouse gases. It aims to provide suitable gases for vehicles, and can also be used in generating electricity. Gasification of Waste to Energy procedure is an example of nature-friendly method. Normally, when gasification process takes place, there are air contamination emissions but these can be cleaned up in order to avoid air pollution.

Moreover, studies show that syngas as a fuel is very helpful to our societal needs. It is common to utilize energy from minerals as fuels. It is good to know that generating fuels from waste product can be done now through gasification because if the society tends to always depend on mineral fuels, these minerals will be used up and the reproduction of more reserves will take some time.  Hence, the use of syngas lays its significance for human development, environmental protection, and for general welfare because of its contribution to reduce waste pollution and greenhouse gases, and as well as minimizing the threatened lost of mineral deposits. The lost of these minerals as one of our natural resources may cause severe environmental damage.

These are just among the importance of synthetic gas in our society. For most of the time, it is a must to adopt energy source which are renewable than that of non-renewable class simply because it will take thousands of years before nature could eventually reproduce more to substitute these minerals for regeneration. And if that happens there will be no more resources in our land and when global warming would get at its worst, what will happen to the future? We can't turn back the hands of time to regenerate all, could we?