Recovery and utilization method of industrial high temperature and high pressure exhaust gas

Abstract

The invention relates to the technical field of energy source recovery, and specifically a recovery and utilization method of industrial high temperature and high pressure exhaust gas. The high pressure exhaust gas recovery and utilization device used in the method includes an air intake mechanism, an installation mechanism, a transmission mechanism, a pressurization mechanism, an air outlet mechanism, a first sliding seat and second sliding seat. According to the recovery and utilization method, the production of compressed gas can be realized, the pressure energy of the exhaust gas can be changed into the mechanical energy of the transmission mechanism, and the utilization ratio of exhaust gas excess pressure is improved, each tank body is independently arranged, the safety is high, andeach air storage tank is in threaded connection with a pressurization box, an empty gas storage tank can be replaced after pressurization is completed, the requirements of pipeline operation are met;the installation mechanism can move along the sliding seats as a whole, two ends of the installation mechanism are connected with hoses, the installation mechanism can synchronously move by followinga screw on the premise of ensuring the normal circulation of air, so that the needs of the pressurization process are met, the exhaust gas turbulence can be avoided, and the exhaust gas conversion rate is enabled to be higher.

Description

technical field [0001] The invention relates to the technical field of energy recovery, in particular to a method for recycling industrial high-temperature and high-pressure waste gas. Background technique [0002] The waste heat and pressure utilization project is mainly to improve the energy utilization efficiency from the production process. By improving the process structure and adding energy-saving devices, the potential energy and waste heat generated in the production process can be utilized to the greatest extent. [0003] There are many equipments for waste heat utilization, but less equipment for waste pressure utilization. Some utilization equipment mainly uses waste pressure to compress gas, but the safety of the equipment is not high, and it cannot meet the needs of assembly line operations; there is no limit for the circulation process of waste gas. Positional measures make the exhaust gas easy to flow turbulently and affect the utilization effect. Contents o...

AI Technical Summary

Problems solved by technology

[0003] There are many equipments for waste heat utilization, but less equipment for waste pressure utilization. Some utilization equipment mainly uses waste pressure to compress gas, but the safety of the equipment is not high, and it cannot meet the needs of assembly line operations; there is no limit for the circulation process of waste gas. Position measures make the exhaust gas easy to turbulent flow and affect the utilization effect

Images