NOVELTY - Intracellular matter from biological matter (12) is electrically extracted by electrifying a mixture of the biological matter and an electro-conductive liquid (14) by transmitting at least one series of at least two cycles of electrical current into the mixture. Each cycle includes at least one pulse package of the current, and at least one pause of the current.    USE - For electrical extraction of intracellular matter from a biological matter, i.e. biological waste materials, that serves as a source of desirable organic compounds and extracts, e.g. highly concentrated liquid fertilizer, valuable elements and nutrients (i.e. nitrogen, phosphorus, potassium and their oxides), and valuable organic compounds (i.e. phenols, oils and fats), useful as ingredients in the manufacture of a diverse end products of the agricultural, pharmaceutical, cosmetic, and food industries.    ADVANTAGE - The process is cost effective and can be applied to large scale manufacturing environments.    DETAILED DESCRIPTION - Intracellular matter from biological matter (12) is electrically extracted by electrifying a mixture of the biological matter and an electro-conductive liquid (14) by transmitting at least one series of at least two cycles of electrical current into the mixture. Each cycle includes at least one pulse package of the current, and at least one pause of the current.    INDEPENDENT CLAIMS are also included for:    (A) a system for electrical extraction of intracellular matter from biological matter comprising a feed supply unit (16); a processor assembly (28) comprising processor unit(s) (36); a central control unit (34); a power supply unit (60); a liquids/solids separator unit (220); an extract filtration unit (242); and a liquids collection unit (252);    (B) an extract comprising intracellular matter electrically extracted from a mixture of biological matter and an electro-conductive liquid by transmitting into the mixture at least one series of at least two cycles of electrical current;    (C) a process for reducing levels of odor, chemical oxygen demand (COD), and biochemical oxygen demand (BOD) in liquid organic sewage including biological matter comprising electrifying the liquid organic sewage, causing disruption of cells of the biological matter, inactivating the biological matter as a source of the odor, COD, and BOD; and    (D) liquid organic sewage with reduced levels, COD, and BOD.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic diagram of the system for electrical extraction of intracellular matter from biological matter.    Biological matter (12)    Electro-conductive liquid (14)    Feed supply unit (16)    Processor assembly (28)    Central control unit (34)    Processor units (36)    Electrodes (42)    Power supply unit (60)    Liquids/solids separator unit (220)    Extract filtration unit (242)    Liquids collection unit (252)