Tail-gas strong-ionization and purifying gas production assisted zero-emission energy saving machine master device

Abstract

The tail-gas strong-ionization and purifying gas production assisted zero-emission energy saving machine master device referring to a multiple comprehensive purifying and treatment device which is used for high-efficiency zero emission purification of biological degradation-resistant organic waste liquid high in pollution, toxicity and concentration and waste tail gas. The tail-gas strong-ionization and purifying gas production assisted zero-emission energy saving machine master device comprises a fuel steam system which heats organic waste liquid water alcohol high in pollution, toxicity and concentration by waste heat of waste tail gas, a plasma high-energy electron, high-energy discharge catalyzing and high-energy ionization synergic purifying system which catalyzes and purifies of the waste tail gas, a thermal ionization purifying system which can burn and purify in an ultrahigh burning and purifying pulse manner by the waste tail gas, a high-energy fuel and gas optical catalyzing and purifying system which can transform carbon dioxide purified by high-energy electronic high-photoelectricity into fuel, and an energy saving device combustion-supporting assistance complete-burning system which can produce mixed gas high-energy fuel by organic waste liquid high in pollution, toxicity and concentration and water alcohol steam via waste heat to increase power of an engine. The tail-gas strong-ionization and purifying gas production assisted zero-emission energy saving machine master device is applicable to an internal combustion engine.

Description

Technical field [0001] The invention relates to the purification treatment of highly polluted, highly toxic, and highly concentrated organic waste liquid that is difficult to degrade biologically, and energy-containing water-agent-alcohol-agent mixed liquid as an energy-resource utilization economizer and waste heat utilization of exhaust gas of an internal combustion engine. After being heated to steam, the exhaust gas is super-high-temperature enhanced incineration and ionization purification, and the waste heat after incineration and purification of exhaust gas is used to produce a mixture of high-energy fuels. (The energetic water agent can be organic wastewater or energetic water or Brine or water can catalyze the degradation of organic wastewater to produce hydrogen. At present, alcohol reforming is a relatively good method of hydrogen production) is an ultra-high temperature incineration zero-emission ionization purification involving the reuse of highly polluted and har...

AI Technical Summary

Problems solved by technology

[0002] At present, the disadvantages of the tail gas and waste gas ionization purification method in the existing known technology are: large energy consumption, low recycling rate

Images