▎ 摘　　要

NOVELTY - Fresnel high concentration thermoelectric heat extracting comprehensive application device comprises completely based on air synthetic nitric acid ester. A gas separation system is located at initial end of the device. One end of the nitric acid synthesis system and the methanol synthesis system respectively connected with the gas separation system. Other end is connected with the nitric acid ester synthesis system. A high power condensation generating system is carried with a synthetic high temperature reaction box (31). Two ends respectively energy storage box in double circulation cooling and heating system are connected with a water pipe (41) and an oil pipe (45) in series to form a methanol synthesis system and a nitric acid ester synthesis system. A solid hole plate (11) is set on inlet end of the gas pipeline (12) as air inlet pipeline. Two gas pipelines on upper part of gas separating system respectively connected with the two ends of ring-shaped coil pipe annular coil pipe (13). USE - Used as fresnel high concentration thermoelectric heat extracting comprehensive application device. ADVANTAGE - The device is green and environmentally-friendly and using double cooling heat exchange and graphene heating layer heating to generate the product to provide double heat, at the same time, the device can continuously run at high temperature, from " no " to " with " to convert the air into the nitric acid ester substance. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for use method of Fresnel high-power concentrating light thermoelectric comprehensive utilization device based on the synthetic nitrate of air. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of the invention a fully based on air synthetic nitric acid ester. 11Solid pore plate 12Gas pipeline 13Ring-shaped coil pipe annular coil pipe 14Low temperature separating cavity i 15Low temperature separating cavity ii 16Gravity sensing fan blade 17Bottom uniformly heating disc 18Switch 21Carbon monoxide synthesis chamber 22Storage box 23Transmission line 24Electrode 25Air pressure sensor 26Gas analyzer 27Nitric acid synthesis chamber 31Synthetic high temperature reaction box 32Product separating cavity 33Evaporation compressor 34Fluidized bed reactor 36Liquid pipeline 37Methanol collecting chamber 41Water pipe 42Water tank 43Heat exchange box 44Oil tank 45Oil pipe 61Methanol transfer tube 62Nitric acid transmission tube 63Nitric acid ester synthesis chamber 64Heat-resistant temperature measuring instrument 65Graphene heating layer