Air-flowing type low energy consumption intelligent waste liquid burning processing device

Abstract

The invention discloses an air-flowing type low energy consumption intelligent waste liquid burning processing device, wherein an air-flowing type atomizer is connected with the inlet of a primary combustion chamber; the outlet of the primary combustion chamber is communicated with the inlet of a secondary combustion chamber; the second combustion chamber is connected with a heat exchanger; the outlet of a heat exchanger is connected with the inlet of a water cold dust remover; the outlet of the water cold dust remover is further communicated with the inlet of an absorbing tower; an absorbing liquid pump is communicated with an absorbing liquid storage tank and the absorbing tower; the outlet of the absorbing tower is further communicated with the inlet of a cloth bag dust remover; and the air subjected to dust removing by the cloth bag dust remover is conveyed to a chimney by a draught fan and finally discharged into the atmosphere. According to the air-flowing type low energy consumption intelligent waste liquid burning processing device, high-concentration liquid is atomized through friction fission action of a high speed air flow to a liquid membrane, thereby being beneficial for combusting the waste liquid in the primary combustion chamber sufficiently; and meanwhile the combustion temperature and the combustion time can be adjusted effectively through an automatic system, so that high-concentration organic waste liquid can be decomposed sufficiently.

Description

Technical field: [0001] The invention relates to an environmental protection treatment equipment, in particular to an airflow type low-energy consumption intelligent waste liquid incineration treatment equipment. Background technique: [0002] In our country, industrial wastewater has become one of the environmental pollution sources. The treatment and utilization of industrial wastewater is a long-term and important research topic. The current domestic waste liquid incinerators have the main shortcomings: on the one hand, high energy consumption, high toxic content of flue gas emissions, and secondary pollution and operation A series of problems such as high operating cost, incomplete combustion, and short service life; on the other hand, the proportion of automation control in the complete set of equipment is not high. When the incinerator is working, many parts still need manual control, which requires a large investment. At the same time, manual control cannot effectively ad...

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Problems solved by technology

The treatment and utilization of industrial wastewater is a long-term important research topic. The main shortcomings of the current domestic waste liquid incineration devices are: on the one hand, there are generally high energy consumption, high toxic content of exhaust flue gas, and easy to produce secondary pollution. There are a series of problems such as high operating costs, incomplete combustion, and short service life; on the other hand, the proportion of the automation control part in the complete set of equipment is not high. When the incinerator is working, many parts still need manual control, which requires a large investment At the same time, manual control cannot timely and effectively adjust the oil delivery volume, temperature, pressure, and air intake according to the changes in the treatment of waste liquid in each link of the incinerator, which will easily cause insufficient combustion of waste liquid, pollute the air or waste burning oil

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