TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Method: Production of biofuels further comprises: (c) production of biodiesel from oil raw materials, e.g. cultured algae with carbon dioxide (CO2) from (a) as a source of carbon, oleaginous seed oil, or treated and/or not treated chip shop oil. The oleaginous seeds are jatropha, rapeseed, soybean, palm, and castor. In the method, methanol synthesis processed gas from gasification or other processes from (a) selected from the fermentation of beet pulp is used in the column purification of the core base for the transesterification. Production of bioethanol or bioethanol and sugar in (a) is from a plant juices from storage twin beet juice or other materials or any of their mixtures. The raw material is sugar cane. The biofuels and/or chemicals obtained in (b) are butanol, butadiene, hydrogen, acetaldehyde, aldol, acetals, ethyl acetate, ethylene, diethyl ether, ethanolamine, biogasoline, biodiesel, or biogas pyridine. Transformation of bioethanol from (b) is carried out with natural or synthetic zeolites. In the production of bioethanol of (a), biomass boilers are installed to the production process, where the biomass boilers are fired with wood waste, biomass waste selected from wood chips, pellets or forest dredge, bagasse, dried beet pulp, pruning of crops, bamboo, or waste processes that transform the bamboo, organic waste or any of their mixtures. Pyrolysis and gasification in (a), are fed with waste wood, pruning, bamboo, dried beet pulp, sugarcane bagasse, organic wastes, or their mixtures. Fermentation of beet juice was carried out by the addition of invertase, where invertase is added to juice or flow, or being immobilized on different substrates. Production of bioethanol from (a) is obtained by hydration of ethylene obtained by pyrolysis or thermal cracking of biomass. The chemicals or their derivatives obtained are submitted, in the same plant, sulfonated, chlorinated, aminated, or oxidized. The biodegradable bioplastics are obtained by the polymerization of organic compounds or from fermentation. The organic compounds are glycerine or other byproducts of (a), (b), or (c). The fermentation process is fed with flow rates of the plant's own production of bio-waste from the same or other materials unrelated to it. In the method, hydrogen cyanide (HCN) is derived from methane found in methanogenesis, the ammonia found in the plant, and oxygen. The HCN is used to lengthen or to produce methacrylates. In the method, obtained chemicals from bio-ethanol in (a) or by-products obtained in (a) are solvents, resins, drugs, or biodegradable plastics, adhesives, fertilizers, manure and compost, antifreeze, urea, melamine, aromatics or any chemical which may be used as biofuel. The method also uses municipal solid waste or tires to produce chemical compounds. The CO2 from the fermenters are used for the production of oil and/or hydrocarbons through fixation with micro-organisms in lagoons and/or bioreactors. Setting for the production of hydrocarbons is carried out with Botriococus brauni. Green filters are used to purify vinasse and other effluents from the plant. The lime kilns are used to produce calcium oxide (CaO) for producing acetylene. The method also produces furfural by acid treatment from pulp, lignin, bagasse, bamboo, or other cellulosic materials and/or lignocellulose. The furfural is used to produce biofuels or other chemicals in biorefineries. The replacement therapy is performed by hydrolysis of beet cossette used in a mixing vessel through the use of inorganic chemicals, various enzymes, and/or a mixture of both addition products for obtaining a juice hydrolysis which might provide sugars, especially monosaccharides, resulting in improved ethanol yield per ton of beets processed. The beet cossette undergo an initial process of physical treatment, such as shredding or chopping. Aside from diffusion, it also comprises addition of acids and/or enzymes to cossette beet, resulting in a mixed process of diffusion and hydrolysis prior to fermentation of beet mass. The enzymes used are bets-glucanase, endoglucanase, exoglucanases, and xylanases. EXAMPLE - No suitable example given.