Method for detecting heat economic life of industrial boiler
A technology of industrial boilers and detection methods, applied in special data processing applications, instruments, electrical digital data processing, etc., can solve the problems of not considering the economic benefits of industrial boilers, being unable to adapt, wasting energy maintenance funds, etc.
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[0152] The following is an example of the detection process of the thermal economic life of industrial boilers in actual operation:
[0153] 1. Now take a 20t / h oil-fired saturated steam boiler (with a rated pressure of 2.5Mpa) as an example to determine its thermal economic life. The operating characteristics of this steam boiler are that the load change law of operation in one day is: X=0.308+ 0.121·t-0.00504·t 2 ;[t is time, the value range is (0~24h)]. The relationship between the change of the steam boiler load and the change of the available energy efficiency is:
[0154] n ex (X)=0.115+0.750·X-0.406·X 2 +0.003·X 3 .
[0155] Table 1 Test data of available energy efficiency of 20t / h oil-fired saturated steam boiler changing with heat load
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[0157] Table 2 Historical data of available energy efficiency of 20t / h oil-fired saturated steam boiler over time
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[0160] Table 2 continued
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[0162] The relationship of the availa...
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