NOVELTY - A high volatile coal cleaning technology comprises coal carbonization topping section module I, oxygen-rich semicoke high-temperature gas turbine working fluid system module II, gas turbine power generation system module III, supercritical/ultra-supercritical steam power generation system module IV, carbon dioxide trap technology module V and dry distillation topping gas product with high value module VI.    USE - High volatile coal cleaning technology.    ADVANTAGE - The technology can reach an efficiency of more than 60% and develops high-temperature dust removal process. The method is simple, has less investment, high efficiency of generating power and has by-product of high-value-added chemicals such as benzene, naphthalene and fuel oil.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for clean recycling of high volatile coal by carbonizing coal in the carbonization topping section to obtain tar, coke oven gas, crude benzene, crude naphthalene and other high temperature gas products, subjecting to dry distillation, hydrogenating part of tar to produce light fuel oil, purifying coke oven gas, and separating carbon monoxide, methane, carbon dioxide and hydrogen gas through pressure swing adsorption of dehydrogenation device; introducing into module II, crushing in the combustion chamber, air pressurizing to generate high temperature and high pressure with dust comprising small amount of oxygen and sulfide gas, removing pre-dust, high-temperature desulfurizing in the catalytic combustion-chamber, and completely removing residual oxygen in the reduce atmosphere of carbon monoxide, hydrogen and methane; electrically removing dust of high-temperature and high-pressure fuel gas, high-temperature filtering to obtain pure gas, passing into the gas turbine power generation system module III, and expanding high-temperature gas; introducing into module IV and heating in the steam boiler to generate supercritical/ultra-supercritical steam to push steam turbine to generate power; and passing separated flue gas into module V to reduce carbon dioxide emission, and recovering waste heat.