NOVELTY - The system of the interrelated and mutually coordinated chemical engineering processes that continuously and simultaneously gasify and utilize of an organic or carbon element content raw material or bio-hazardous waste or an organic-inorganic material or municipal solid waste (MSW) and completely or entirely decompose and transform the raw material, synthesize synthetic gas (syngas) and water steam gas mixture, and melt inorganic materials that are made further treatment and correspondingly processed into consumable and fully marketable materials/products, is claimed.    USE - The system is useful for interrelated and mutually coordinated chemical engineering processes that continuously and simultaneously provide thermo-chemical gasification, energy generation, and clean utilization of municipal solid waste or an organic-inorganic material mixture.    ADVANTAGE - The system of chemical engineering processes: does not need or use fossil fuel, electric power, mineral additives, technological water, and oxygen supplied from outside or external sources; excludes an emission to outside atmosphere of nitrogen oxide gases, carcinogenic or hazardous gases, and air pollutant macro- and micro-particles, excludes production of ash or secondhand waste and makes a carbon dioxide emission; and generates electric energy and utilizes all types of unsorted organic-inorganic waste, making a substantial area of the zone clean, ecofriendly, waste-free, air-pollution-free and self-reliant for electricity, thermal-energy, and building/road material and simple metal goods.    DETAILED DESCRIPTION - The system of the interrelated and mutually coordinated chemical engineering processes that continuously and simultaneously gasify and utilize of an organic or carbon element content raw material or bio-hazardous waste or an organic-inorganic material or municipal solid waste (MSW) and completely or entirely decompose and transform the raw material, synthesize synthetic gas (syngas) and water steam gas mixture, and melt inorganic materials that are made further treatment and correspondingly processed into consumable and fully marketable materials/products of syngas fuel, electricity, methanol or gasoline, chemical materials, glassy slag and concrete/road filling materials, multi-metal alloy and cast metal goods, greenhouse made green mass, and hot water, is claimed. The system of chemical engineering processes: produces dry gas mixture in which 94-96 vol.% is synthetic gas (syngas) comprising 47.5-48.5 vol.% of hydrogen gas and 46.5-47.5 vol.% of carbon monoxide gas; regenerates 93-97 vol.% renewable energy of the gasifying raw material or MSW and an efficiency of the use of the generated energy by the system of the chemical engineering processes 83-87 vol.%; supports or facilitates an operation of the similar technological system or a set of the separately located technological systems or thermo-chemical or chemical reactors or kilns or furnaces or ovens that treat organic-inorganic materials or only inorganic materials or ores or minerals; gasifies 1000 kg of the raw material with potential energy capability of 1100-4800 kcal/kg, produces 400-1400 kg of syngas, which generates 500-2500 kW-h of electricity; and has an average one kilogram of the treated or processed raw material or MSW or sludge or coal or turf or schist having a potential energy capability more than 1100 kcal/kg, to self-generate all electric and thermal energy needed for continuous and simultaneous operation of the system. The syngas has the potential energy capability of 3600-4000 kcal/kg-syngas. A substantial part of the thermo-chemical and chemical engineering processes is provided in a vertical thermochemical reactor at the maximum temperature of 1750-18500 degrees C, where the processes inside the reactor occur without flame, with lack of air and oxygen but in a syngas and water steam reducing atmosphere, and the processes exclude an emission of nitrogen ballast, nitrogen oxides, and hazardous and carcinogenic gases. The first part of the produced syngas is used as a burning fuel to overheat water steam in a heating-recuperating subsystem for further delivery of the overheated steam into the thermo-chemical reactor, the second part of the produced syngas is returned back to the reactor and used in the reactor as a chemical reagent to facilitate all thermochemical processes occurring within the reactor, and the third part of the produced syngas is directly converted into electric power. The process or productivity control or optimization of the thermo-chemical processes occurring inside the reactor are provided using variations in quantity or volume or pressure of the water steam blown in the reactor at 5 atm-10 atm and 1750-20500 degrees C, and the process or productivity control is made without an inertia delay in modes or regimes of the processes occurring within the reactor. The syngas combustion for electricity generation and water steam overheating processes generates dust-free, nitrogen oxide-free, nitrogen ballast-free, and unpolluted gas emission comprising pure carbon dioxide and water steam mixture, which is absorbed by a green mass growing in a greenhouse, resulting in both green mass production and elimination of the carbon dioxide emission in an outside atmosphere. The generated electricity is directly supplied to external consumers or an electric energy transmission and distribution system, which plays a role of reliability must-run (RMR) or local electricity generation stations.    DESCRIPTION OF DRAWING(S) - The drawing shows a conceptual scheme of the system for interrelated, linked, and mutually coordinated chemical engineering processes.    Waste accumulator (1)    Heater (2)    Reactor (3)    Cyclone (4)    Scrubber. (5)