The present application relates to the technical field of
waste gas purification, in particular to a kind of high-efficiency
waste gas purification
system using
nanomaterials.The main purpose is that
waste gas passes through nanocarbon felt layer, not only causes the waste of nanocarbon felt layer edge, after long time use, the part of waste
gas passing through also leads to the problem that nanocarbon felt
central region is prone to blockage, and the following technical scheme is proposed, comprising: exhaust fan, fixedly arranged air inlet box at the output end of the exhaust fan, two pipes one fixedly arranged at the output end of the air inlet box.The present application is passed through elastic expansion
pipe, and the opening and closing
assembly is used to shield the air inlet of air inlet box and
pipe two respectively, with the
impact of waste gas on elastic expansion
pipe, so that baffle one rises and falls on air inlet box, to shield the effect of air inlet box, baffle two rises and falls in pipe two, to shield the effect of pipe two, and the wind pressure lifting
assembly is used to convert the
impact force of waste gas in the latter half of pipe two into the force of lifting elastic expansion pipe.