NATURAL -ORIGIN ENZYMATIC BIOREMEDIATION WITH WIDE APPLICABILITY, THE SUBSTRATE BEING AN ENVIRONMENT CONSISTING OF EXTRACTS FROM OLEAGINOUS VEGETABLE SOURCES ADDED TO AN ISOMER MIXTURE

摘要

The present development brings a technical innovation for manipulating natural-origin enzymatic elements developed by using enzymes for biopolymerization of a specific environment with digester/biodegrades characteristics, using as substrate an environment consisting of extracts of oleaginous vegetable sources added to a mixture of isomers, where there is a synthesis reaction creating expressive conditions for bioremediation of liquid carbon substances in the environment, in water, soil or non-porous surfaces. It is a process of using enzymes for bioremediation in a substrate, which due to its basic substances' characteristics, presents an inexpressive toxicity, high floatability degree and the ability to absorb contaminant in a ratio weight/weight in the range of 2.000% to 2.500%, and in the ratio volume/volume in the range of 100% to 200%. In the present process we present a technological innovation for manipulation of natural-origin enzymatic elements, using them in a specific way and for a specific purpose, which due to these characteristics, when in contact with liquid carbon substances provide a considerable reduction of the biodegradability time and the transformation of the bioremediator/polluent mix when collected in fully organic compost.