Supercritical steam collision material thermal decomposition condensation reduction device

Abstract

The invention discloses a supercritical steam collision material thermal decomposition condensation reduction device, which is mainly composed of a molten salt bath, a combustion chamber, a flue gas tank, an air preheating tank, a combustion engine, a fuel tank, a waste heat recovery tank, a high pressure plunger pump, a high pressure spraying device, a steam generator, a first steam coil a secondsteam coil, a steam header, a sub-cylinder, a steam collider, a first material thermal decomposition coil, a second material thermal decomposition coil, a condensation reduction bed, a conveyor, a first wind turbine, a second wind turbine, a delivery pipe, a first cooling tower, a second cooling tower and the like. The advantages of the supercritical steam collision material thermal decompositioncondensation reduction device include: 1. superheated steam is produced instantaneously, and the heat efficiency is very high; 2. steam temperature and pressure can be adjusted alone; 3. multi-stagewaste heat recovery can be made, and smoke exhaust temperature is low; 4. any limescale and sewage can't be generated, and no exhaust gas can be discharged; 5. in material thermal decomposition, the supercritical steam collision material thermal decomposition condensation reduction device is energy-saving and efficient, and the decomposition is adequate; 6. the device has multiple use, and the industrial process is integrated.

Description

technical field [0001] The invention belongs to the field of thermal decomposition of substances. Specifically, it is a supercritical steam collision material thermal decomposition condensation reduction device. Background technique [0002] With the continuous and rapid development of the requirements for material concentration, distillation, drying, extraction and refining in industrial development, people put forward higher requirements for these technical equipment. Traditional concentration, distillation, drying, extraction, and refining equipment are complex in process, bulky and bulky, high in investment costs, manpower-intensive, and energy-intensive, and can no longer meet the needs of current industrialized mass production. The present invention improves the original steam generation system and adds a thermal decomposition system and waste heat recovery system, so that the equipment can fully decompose substances and implement various kinds of substance separation...

AI Technical Summary

Problems solved by technology

Traditional concentration, distillation, drying, extraction, and refining equipment are complex in process, bulky and bulky, high in investment costs, manpower-intensive, and energy-intensive, and cannot meet the needs of current industrialized mass production.

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