NOVELTY - A wind, light disposable electric and industrial organic wastewater natural gas system comprises wind removing electric collection (1), disposable photovoltaic (2), and electric quantity collection and preparing device (3) in which electric quantity collection and preparing device is connected to water electrolytic groove (4), wastewater collection purification device (5) through electrolytic solution preparing device (6) is connected to water electrolytic groove, water electrolytic groove of anode is connected to oxygen storage tank (7), and cathode is connected to hydrogen storage tank (8).    USE - A wind, light disposable electric and industrial organic wastewater natural gas system (claimed).    ADVANTAGE - Product increases yield, reduces energy consumption, is environment-friendly, and has high efficiency.    DETAILED DESCRIPTION - A wind, light disposable electric and industrial organic wastewater natural gas system comprises wind removing electric collection, disposable photovoltaic, and electric quantity collection and preparing device in which electric quantity collection and preparing device is connected to water electrolytic groove, wastewater collection purification device through electrolytic solution preparing device is connected to water electrolytic groove, water electrolytic groove of anode is connected to oxygen storage tank, cathode is connected to hydrogen storage tank, outlet of oxygen storage tank is sequentially connected to gasification device (9), low temperature methanol washing device (11) and gas mixer (13) are connected, inlet of gas mixer and outlet of hydrogen storage tank are connected, low temperature methanol washing device and gas mixer are sequentially between carbon dioxide analysis collection device (12) and carbon dioxide reduction device (10), inlet of carbon dioxide reduction device and outlet of hydrogen storage tank entrance are connected, and gas mixer is connected to chemical reaction device outlet (14). An INDEPENDENT CLAIM is included for use of wind, light disposable electric and industrial organic wastewater natural gas system which involves collecting working power supply from wind removing electric collection and disposable photovoltaic through electric quantity collection and preparing device for water electrolytic groove, feeding industrial organic wastewater through wastewater collection purification device and preprocessing wastewater, introducing into electrolytic solution preparing device, adding 20-30 mass% concentration of potassium hydroxide as alkaline solution of water electrolytic groove, applying less than or equal to 10 V of direct current voltage through electric quantity collection and preparing device to water electrolytic groove, oxygen from anode and hydrogen from cathode are introduced into oxygen storage tank and hydrogen storage tank, mounting compressor, heat exchanger, and flow control valve in outlet of oxygen storage tank and hydrogen storage tank, controlling oxygen outlet temperature, pressure, and flow rate according to coal gasification process, performing carbon dioxide reduction reaction to adjust gas outlet temperature, pressure, and flow rate, mixing gasification agent into oxygen from oxygen storage tank and water vapor from gasification device, performing rich contact reaction of gasification agent from gasification device and coal producing carbon monoxide, obtaining hydrogen and carbon dioxide from crude coal gas, determining variety of the coal gasification device, determining coal, gasification binding reaction, crude coal gas, and components of gas, compressing raw gas through compressor, cooling in heat exchanger, performing decarbonation and desulfurization in low temperature methanol washing device (11), decompressing low temperature methanol washing device in carbon dioxide absorbent collection analysis device (12) and performing absorbed carbon dioxide analysis and collection, refining gas, carbon dioxide analysis collection device to collect carbon dioxide from reduction reaction of carbon dioxide reduction device (10) and hydrogen storage tank, mixing carbon monoxide in gas mixer (13) and refined gas to form mixed refined coal, using online measuring device to detect hydrogen-carbon mixing ratio in which synthesis gas needs best carbon-hydrogen ratio, regulating hydrogen flow rate in hydrogen storage tank and refined gas in gas mixer, mixing, and passing into synthesis tower through chemical reaction device (14).    DESCRIPTION OF DRAWING(S) - The drawing shows a process flow diagram of use of wind, light disposable electric and industrial organic wastewater natural gas system. (Drawing includes non-English language text).    Wind removing electric collection (1)    Disposable photovoltaic (2)    Electric quantity collection and preparing device (3)    Water electrolytic groove (4)    Wastewater collection purification device (5)    Electrolytic solution preparing device (6)    Oxygen storage tank (7)    Hydrogen storage tank (8)    Gasification device (9)    Carbon dioxide reduction device (10)    Low temperature methanol washing device (11)    Carbon dioxide analysis collection device (12)    Gas mixer (13)    Chemical reaction device outlet (14)