TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Method: The method comprises: removing a portion of chemicals that are acidic to maintain the fermentation at a pH of 4-9, where the acidic chemicals comprise volatile fatty acids; fractionating at least one of the resources, where the resources are lipids, chemicals, biogas or biomass; and adding a microorganism, bacteria, butyric acid producing bacteria (preferred), cellulosic bacteria, Clostridium acetobutylicium, yeast, an industrial yeast, brewer's yeast, Trichoderma reesei, fungi, protozoa, earth worm microbes, termite microbes, cecum microbes, rabbit cecum microbes and/or horse cecum microbes. In the method, the resource comprises chemicals, where the method comprises either: separating at least one of the chemicals in a chemical separation unit including an ion exchange technology; or shunting at least a portion of the chemicals to a biogas generator that is a second fermenter containing the rumen, and fermenting the chemicals and the rumen in the biogas generator to generate biogas, where the chemicals comprise at least one of volatile fatty acids, long chain fatty acids, acetic acid, propionic acid, isobutyric acid, butyric acid, isovaleric acid, valeric acid, lactic acid or hexanoic acid. In the method, the resource comprises biomass, where the method comprises: one of fractionating or separating the biomass through particulate separation; dewatering the biomass; and drying the dewatered biomass. In the method, the organic feedstock is: an adulterated feedstock, where the dewatered biomass is a soil enhancer having live microbes; a feed grade feedstock, where the dewatered and dried biomass is a high protein animal feed; and an adulterated feedstock, where the dewatered and dried biomass is a dry fertilizer. In the method, the fermenting step is performed under non-sterile conditions. In the method, the resource comprises lipids, chemicals, biomass and biogas, where the method comprises: one of fractionating and separating the resource lipids, chemicals, biomass and biogas through particulate separation; and producing at least one of a chemical product, a lipid product, a biogas, a biomass product, a fertilizer, high protein animal feed, a soil enhancer with live microbes, acetic acid, propionic acid, isobutyric acid, butyric acid, isovaleric acid, valeric acid, lactic acid and/or hexanoic acid. Preferred Components: The organic feedstock comprises catering waste, biodiesel waste, agricultural waste, food processing plant waste, wood pulp, shredded paper, paper mill sludge, cotton gin waste, sewage sludge, slaughter house waste, organic fraction of municipal solid waste and/or algae. The rumen comprises a rumen from a ruminant animal, a bovine rumen (preferred), a sheep rumen, a goat rumen, a deer rumen and/or a bison rumen. In the system: the grinder/mixer is configured to receive microorganism, bacteria, butyric acid producing bacteria (preferred), cellulosic bacteria, Clostridium acetobutylicium bacteria, yeast, industrial yeast, brewer's yeast, Trichoderma reesei, fungi, protozoa, earth worm microbes, termite microbes, cecum microbes, rabbit cecum microbes, and/or horse cecum microbes; and the resource comprises chemicals, where the fermenter is configured to remove a portion of the chemicals that are acidic to maintain the pH of 4-9, and to fractionate the resources (lipids, chemicals, biogas or biomass). The system comprises: the chemical separation unit that is configured to separate the chemicals; a biogas generator configured as a second fermenter to receive the rumen and at least a portion of the chemicals to utilize to generate biogas, where the system is configured to be operated under non-sterile conditions; the fermenter configured to fractionate the resource chemicals, biomass, lipids and biogas, where the chemical separation unit is configured to generate the chemical product; and a biomass separation unit configured to generate the biomass product. The biogas generator is configured to generate biogas from the chemicals. The chemical product comprises acetic acid, propionic acid, isobutyric acid, butyric acid, isovaleric acid, valeric acid, lactic acid and/or a hexanoic acid. The biomass product is fertilizer, high protein animal feed or a soil enhancer having live microbes. The power generation and heat recovery units are configured to generate power and heat, where one of the generated power or heat is utilized in the system. EXAMPLE - Ground catering waste (450 ml) was mixed with artificial saliva (1 l) to obtain a fermentation liquid. The resultant fermentation liquid was then placed in the fermentation container and inoculated with bovine rumen (500 ml). Then the fermentation was carried out in incubator maintained at 39 degrees C. The fermentation was maintained on a 24 hour cycle using a daily process of removal of material and feeding, to obtain a mat of material at the top of the culture, a liquid layer below the mat, and a layer of settled material at the bottom. Then the liquid layer was separated to obtain the volatile fatty acids including acetic acid, butyric acid, valeric acid and hexanoic acid.