Diesel furnace drying method

Abstract

The invention belongs to the technical field of furnace drying, and particularly relates to a diesel furnace drying method. The diesel furnace drying method comprises the following steps that (1) diesel combustors are installed; (2) a 15-ton diesel storage tank, four oil pumps, two air compressors and matched distribution boxes are installed on site; (3) a smoke exhaust system is installed; and (4) temperature measurement and control are conducted. The diesel furnace drying method has the beneficial effects that diesel is used as fuel, the special diesel combustors are utilized, flue gas generated by diesel combustion is fed into a furnace through a special guide pipe, the temperature of the furnace rises steadily according to a set furnace drying curve by controlling the temperature of flue gas fed into the furnace, accurate control over the temperature of the whole furnace can be realized under 800 DEG C through the diesel furnace drying method, the temperature can continue to rise according to the furnace drying requirements above 800 DEG C, the highest furnace temperature can reach 1300 DEG C, the technology is mature, operation is flexible, the temperature of a combustion chamber is even and controllable, a better furnace drying effect can be realized, the method can be applied and popularized to heating furnaces and other industrial furnace drying furnaces, and the methodis worth popularizing.

Description

technical field [0001] The invention belongs to the technical field of ovens, and in particular relates to a diesel oven method. Background technique [0002] Newly built industrial furnaces need to be baked before they are put into use. When the self-produced gas fuel in the factory area cannot be supplied, how to complete the furnace baking operation safely and securely, generally choose liquefied petroleum gas, liquefied natural gas or pipeline natural gas for the furnace . The procedures before the oven are complicated, the oven preparation period is long, and there are risks of combustion and explosion caused by gas fuel leakage during the oven process. Traditional industrial furnace oven oven methods mostly use coke oven gas, mixed gas, liquefied petroleum gas or natural gas, etc. Fuel for oven. However, due to the large constraints of fuel supply conditions such as external gas supply pipelines, the pressure of gas fuel transported by pipelines fluctuates greatly, w...

AI Technical Summary

Problems solved by technology

The procedures before the oven are complicated, the oven preparation period is long, and there are risks of combustion and explosion caused by gas fuel leakage during the oven process. Traditional industrial furnace oven oven methods mostly use coke oven gas, mixed gas, liquefied petroleum gas or natural gas, etc. fuel for oven

However, due to the large constraints of fuel supply conditions such as external gas supply pipelines, the pressure of gas fuel transported by pipelines fluctuates greatly, which has a great impact on the oven effect, and there are risks such as combustion and explosion caused by gas fuel leakage.