NOVELTY - A waste to liquid hydrocarbon refinery system comprises waste and biomass gasification subsystem, and Fischer-Tropsch hydrocarbon synthesis subsystem; electricity generation and heat co-generation subsystem for energy auto-sustainability of the process; and hydrogen (mainly renewable) generation and injection subsystem, which is major modification to conventional gas to liquid, where increased synthetic fuel output is achieved. The gasification subsystem has a combination of Pyro-electric thermal converter (10) and plasma arc (14).    USE - For transforming any municipal solid wastes and hazardous industrial wastes, biomass or any carbon containing feedstock into synthetic hydrocarbon, particularly diesel and gasoline and/or electricity and cogen heat, or into methanol or any other alcohol (claimed).    ADVANTAGE - The WTLH refinery solves modern society problem of waste processing for any type of carbon containing waste (municipal, industrial, hazardous), without any environment emissions outside the imposed limits both by EPA (US) and European environmental laws and Directives and no further generation of any kind of secondary wastes; solves the modern society problem of fossil fuel dependence, by reducing need for fuel imports, reducing dependence on limited stock fuel resources and increasing stock safety reliability; immediately introduces synthetic diesel and gasoline at the transportation and industry market, without the need of any modification on the existing and currently used equipment; solves summer fire problems in dry countries by creating a useful market for any type of biomass and forest residues conversion into synthetic hydrocarbons; solves instability of international market prices of fossil fuels, by creating fuel alternatives locally produced with local feedstock and with an even better technical specification than its fossil fuel counterparts; produces high quality synthetic hydrocarbon fuels, where final synthetic diesel and naphtha species are used directly, with no need of technical changes, in all usual appliances that currently uses fossil fuel diesel and naphtha products (like transportation appliances) and whose properties perform much better than fossil fuel counterparts on what concerns ASTM D975 standard specification for diesel fuels, EPA requirements and EU EN590 standard specification for diesel fuels, namely the WLHRS diesel products have no sulfur, no aromatics and cetane number almost twice the corresponding fossil fuel counterparts; produces high quality fuels with significantly lower environmental emissions than its fossil fuel counterparts, particularly when generated with renewable feedstock, in which synthetic fuels are by itself renewable; and produces renewable synthetic hydrocarbon fuels when feedstock is of renewable origin (like biomass), and final synthetic diesel and naphtha species yields has a significant increase when compared with conventional methods, e.g. 150% yield increase for biomass and municipal solid waste feedstock, and also reduces waste naturally resulting from its use in the whole system that complies with recycling and waste reduction measures advised and regulated for any specifically dedicated waste processing and reduction unit, where synthetic hydrocarbons, electricity, heat and vitrified and metal sub-products are all market valuable outputs and there are no environment emissions or residues coming out of the whole system, making it an environmentally sound and sustainable tetra-generation solution. The WTLH refinery system is able to produce synthetic hydrocarbon fuels using any carbon containing feedstock; is synthetic and renewable hydrocarbon fuel production refinery; is able to process any kind of waste with all gaseous, liquid or solid emissions well below the maximum limits imposed by the EU-Directive 2000/76/CE of the European Parliament for the incineration case; allow not only for a fuel production cost not greater than the mean fossil fuel counterpart but will also have a synergistic effect on local industries as technology providers. Thus has the potential for tremendous positive impact on the economy and stock safety of fossil fuels; and achieves several improvements relatively to the conventional gas to liquid, coal to liquid or biomass to liquid processes. Gasification is modified to cope with any type of carbon containing feedstock (no matter if waste, biomass or fossil fuel origin) while Fischer-Tropsch (FT) products yield will increase from the conventional 6:1 up to a value between 2:1 to 1:1 (each ton of feedstock will allow production of 0.5 to 1 ton of FT products). Thus have a carbon conversion ratio close to 100% (instead of the conventional 65%).    DETAILED DESCRIPTION - A waste to liquid hydrocarbon refinery system comprises waste and biomass gasification subsystem, and Fischer-Tropsch hydrocarbon synthesis subsystem; electricity generation and heat co-generation subsystem for energy auto-sustainability of the process; and hydrogen (mainly renewable) generation and injection subsystem, which is major modification to conventional gas to liquid, where increased synthetic fuel output is achieved. The gasification subsystem has a combination of Pyro-electric thermal converter (10) and plasma arc (14) which are required for large scale processing of waste and biomass and at the same time ensure no environment emissions. The whole gasification subsystem is composed of waste and biomass feedstock reception hangar, Eddy current separator (7), and density separator (8); molten bed pyro-electric thermal converter reactor in a high temperature, up to 1500 degrees C, and high pressure (up to 25 bar) anaerobic molten iron environment; combination of cyclone particle/ash separator and plasma arc reactor; and gas cleaning line where the improved synthetic gas stream (15) coming out of the plasma arc reactor will be cooled in a gas thermal exchanger (16) and further subjected to a quencher and scrubber cleaning process reactor (18). The hydrogen generation and injection subsystem is introduced, where hydrogen is locally generated up to a convenient predefined amount.    DESCRIPTION OF DRAWING(S) - The figure shows schematic view of waste to liquid hydrocarbon refinery system base case.    Eddy current separator (7)    Density separator (8)    Pyro-electric thermal converter (10)    Plasma arc (14)    Improved synthetic gas stream (15)    Gas thermal exchanger (16)    Quencher and scrubber cleaning process reactor. (18)