NOVELTY - The configuration has a plasma waste and biomass processing unit (54) and an algae biodiesel and biomass production unit (55) both connected to a steam and gas turbine unit (56) connected to a process control and monitoring unit (57). The waste and biomass production unit has carbon dioxide capture function as well as a plasma converter (4) and is connected to a carbon dioxide marketable product production unit (58). A coal syngas generator unit (59), connected by the steam and gas turbine unit output, has an output connected to the waste and biomass processing unit.    USE - Structural configuration of environmentally safe waste and biomass processing for increasing efficiency of electric power and heat generation.    ADVANTAGE - When generating electricity and thermal energy, efficiency of solid municipal and industrial waste and biomass processing is increased, while emission of carbon dioxide into atmosphere is reduced due to carbon dioxide capture from pyrolysis gas and carbon dioxide is instead fed to an algae biodiesel and biomass production unit. Steam and gas turbine unit capacity is increased due to supply of thermal energy released during pyrolysis gas cooling to the heat recovery steam generator of the steam and gas turbine unit. Environmental safety of waste and biomass processing is increased, by achieving additional high temperature effect on pyrolysis gas that minimizes formation of furans and dioxins whose value does not exceed 0.01 nano-grams per cubic meter. Environmental safety of waste and biomass processing is increased due to processes in the plasma converter take place at average temperature of up to 2000 degrees Celsius. Environment-friendly and chemically resistant basalt-like slag is produced for use as construction material containing sodium and heavy metals of given leach rates. Range of processing is expanded due to introduction of autonomous coal dust gasification process in the waste processing for purposes of coal waste processing. Range of waste and biomass processing products is expanded due to production of algae biomass and oil as raw material for pharmaceutical and fragrance industries and production of dry ice from carbon dioxide as well as usage of carbon dioxide for different purposes such as production of high-efficiency nitrogen fertilizer such as carbamide, arrangement of carbon dioxide steam and carbon dixoide catalytic conversion into methane and methanol, drink carbonation, production of shielding gas for use during welding works with semi-automatic welding machines, and mold drying during production of easily oxidizing metals such as aluminum. Economic efficiency is increased and payback period is decreased for complexes implementing environmentally safe method of waste and biomass processing due to high temperature plasma waste and biomass processing together with algae biomass and liquid fuel production.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for environmentally safe waste and biomass processing to increase efficiency of electric power and heat generation.    DESCRIPTION OF DRAWING(S) - The drawing shows the flowchart of a structural configuration for environmentally safe waste and biomass processing.    Plasma converter (4)    Plasma waste and biomass processing unit (54)    Algae biodiesel and biomass production unit (55)    Steam and gas turbine unit (56)    Process control and monitoring unit (57)    Carbon dioxide marketable product production unit (58)    Coal syngas generator unit (59)