NOVELTY - Treatment of unburied solid wastes, involves: gathering wastes in an area and spraying deodorizing organisms performed by moving the solid wastes into the waste receiving area, pre-classifying the solid wastes to remove large-sized objects from a continuous classification conveyor, spraying bacterial strains and yeast into the solid waste, to facilitate decomposition of organic substances and proteins, reduce odorizing toxic gases, and prevent the generation of hydrogen sulfide, carbon dioxide, ammonia; continuously filter-separate to classify the organism-sprayed solid wastes.    USE - Treating unburied solid wastes.    ADVANTAGE - The process allows minimizing the amount of buried wastes, reducing pollution, saving resources and recycling into useful products including industrial heating oil, combustible gas mixture, biological charcoal (biochar) fertilizer and biological briquette (biocoal) which are useful for daily life service and bring about numerous economic benefits, especially promote capital recovery capability of the solid waste treatment projects currently having difficulties in economic efficiency.    DETAILED DESCRIPTION - Treatment of unburied solid wastes, involves: gathering wastes in an area and spraying deodorizing organisms performed by moving the solid wastes into the waste receiving area, pre-classifying the solid wastes to remove large-sized objects from a continuous classification conveyor, spraying bacterial strains and yeast into the solid waste from which the large-sized objects have already been removed, to facilitate decomposition of organic substances and proteins, reduce odorizing toxic gases, and prevent the generation of hydrogen sulfide (H2S), carbon dioxide (CO2), ammonia (NH3); continuously filter-separate to classify the organism-sprayed solid wastes by combining manual and mechanical methods (screening, magnetic-sorting and wind-sorting) into 5 separate groups in preparation for the next treatment steps; subjecting the post-filter-separated plastic wastes to pyrolysis to recycle the thin-film nylon plastic wastes into industrial heating oil PO; destructive-burning the persistent organic mixture by gasification method, synthesizing into a combustion gas mixture, obtaining a renewed energy source; carbonizing the clean organic mixture in an inert atmosphere and vacuum to obtain a biological charcoal (biochar) fertilizer for cultivation and an environmentally friendly energy source, i.e. biological briquette (biocoal).