Coal Pulveriser Ignition permit | Coal Mill Ignition Energy | Coal Mill ignition permit logic

[@abhishekhkhemriya8871]

Nice explanation Sir

[@prateeksrivastava9189]

Very nice explained. Keep it up.

[@kpatelbla]

Thanks for watching.

[@vibhanshu1]

Best explanation sir

[@kpatelbla]

Thanks for watching

[@satcool-ps1uv]

Nice explain sir

[@kpatelbla]

Thanks for watching

[@jagdishkandekar917]

Dear Sir,please make a video related with that why we are not using number of heaters in large scale and its effects .like 4 HP heaters instead of 3 etc.

[@kpatelbla]

Actually we can only add Sensible heat corresponding to Condensate & FW pressure as steaming is not permissible in Economiser therefore number of heater must be design to take above consideration.

[@NatarajanKumar-ie1mx]

What is meant by Backup Trip in LFO

[@kpatelbla]

Back up trip related to AC power 110 Volt AC failuire which cause OIL VALVE & Air valve will be inoperative.

[@boilerdepartment5709]

Ye burners k burnout ki kia reasons ho skti haan

[@kpatelbla]

Improper opening of SADC.
Improper velocity of pulverised coal.
Age factor of old burner.
Volatile matter variation in coal for long run.

[@boilerdepartment5709]

@kpatelbla sadc means sec air control dampers

[@kpatelbla]

Yes

[@vibhanshu1]

Sir in our 250 MW BHEL boiler design coal flow is 185 tph when coal CV is 3300 kcal per kg, if CV of coal drops what is the maximum coal flow we run in boiler

[@kpatelbla]

You should refer BHEL document it is mentioned in it name as worst coal.

[@vibhanshu1]

@@kpatelbla okay sir, but I dont have it

[@kpatelbla]

Is it exectly 250 MW BHEL, or 270 MW ?

[@vibhanshu1]

Seven mills provided

[@rajkumarshahu4981]

Sir, ek question tha mera. HP exhaust temp. Pe turbine tripping kyo diya jatah. Kya logic h. Pls reply

[@kpatelbla]

HP exhaust temperature agar increase kar raha hai to iska matalab turbine me steam enter karne ke baad exhaust nahi ho raha hai, yesa Sirf start up time hota hai jab lambe samay tak Turbine ko rolling me rakha jata hai Unit ko synchronized nahi kiya jata hai to churning se steam temp exhaust par increase ho jata hai. Turbine blade ke liye dangerous hai. Normally steam jab Turbine me work done karke exhaust hota load condition me turbine blade ka temp within normal range Hota Hai.