An internal heating type low temperature carbonization thermal state simulation detection device and method

Abstract

The invention discloses an internal heat low temperature dry distillation thermal state simulation detection device and method. The outlets of a combustion blower, a gas blower and an oxygen supply device are respectively communicated with the oxidant gas inlet, the gas inlet and the oxygen inlet of a heating unit through pipelines, and each pipeline is provided with a regulating monitoring control device; the furnace body is internally provided with a flame path, the wall surface of the flame path is provided with multiple flame holes, and the heat output port of the heating unit is piped into the flame path; the furnace body is internally filled with semi-coke which is arranged outside the flame path; and the furnace body is provided with multiple detection devices, and the detection ends of the detection devices are piped into the flame path or the detection ends of the detection devices are piped into the semi-coke in the furnace body. The physical-chemical process in the internalheat low temperature dry distillation furnace can be reflected in a simulation way through the offline test so that the theoretical guidance can be provided for solving the problems appearing in industrial production, the time required for solving the problems can be reduced without influencing production and the economic loss can also be reduced.

Description

Technical field [0001] The invention belongs to the field of coal low-temperature dry distillation detection devices, and specifically relates to an internal heating type low-temperature dry distillation thermal state simulation detection device and method. Background technique [0002] my country is rich in low-metamorphic coal resources. Low-temperature dry distillation can obtain coal gas, blue charcoal and tar. It is an effective method for the separate utilization of low-metamorphic coal and has been rapidly developed in recent years. At present, vertical internal heating furnaces are mainly used, and the main problems are as follows: (1) Low-temperature dry distillation currently has low-calorific value gas in large quantities and low quality, lack of effective utilization methods, and easy to cause environmental problems; (2) water basin soaking and quenching , The water and heat consumption is large, the product moisture content is high, it is easy to cause pollution and ...

AI Technical Summary

Problems solved by technology

However, in industrial applications, there is a problem of easy slagging at the end (the side of the furnace) of the fire hole (the channel through which high-temperature gas enters the furnace), which directly affects the normal operation of the furnace

So far, such problems in coal low-temperature carbonization furnaces will not only appear in the oxygen-enriched carbonization process, but also in the low-temperature carbonization process with air-assisted combustion; once they occur in the production process, it will take a long time to explore, improve and adjust time, not only production will be affected, but also huge economic losses will be caused

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