A kind of flue gas desulfurization comprehensive training system

A kind of flue gas desulfurization comprehensive training system

CN
  • CN 204,632,228 U
  • Filed: 03/19/2015
  • Issued: 09/09/2015
  • Est. Priority Date: 03/19/2015
  • Status: Active Grant
First Claim
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1. a flue gas desulfurization comprehensive training system, is characterized in that:

  • this system forms primarily of flue gas generation systems, flue gas desulphurization system and flue gas monitoring system;

    Source of the gas adding set (2), static mixer (3) that described flue gas generation systems comprises boiler (1) and is connected with the outlet pipe of boiler, described boiler (1) is positioned at the starting point of a whole set for the treatment of scheme, cyclinder gas, by measuring apparatus and fluidic system, is added system in the elbow position of boiler flue by described source of the gas adding set (2) quantitatively;

    Described flue gas desulphurization system comprises the electric control valve (4), blower fan (5), wet desulphurisation system (6), adsorption tower (7) and the chimney (8) that are connected successively by pipeline, be connected to after described wet desulphurisation system (6) and surmount pipeline (39), can skip adsorption tower (7) by valve transfer, described blower fan (5) is the power source of boiler gas flowing in flue;

    Described flue gas monitoring system comprises gas sensor (9), Temperature Humidity Sensor (10), platinum resistance thermometer sensor, (11), air velocity transducer (12), pressure transducer (13), little differential pressure sensor (14), pH on-line computing model (15), material level gauge (16), pitot tube (17), touch-control all-in-one machine (18), described gas sensor (9) is distributed on flue and chimney (8), described Temperature Humidity Sensor (10), air velocity transducer (12) is installed on airduct, described platinum resistance thermometer sensor, (11) is loaded on adsorption tower (7), for detecting adsorption tower (7) internal temperature, described pressure transducer (13) is installed on the top closure place of adsorption tower (7), for detecting the internal pressure of adsorption tower (7), described little differential pressure sensor (14) is arranged on steelframe, described pH on-line computing model (15) is installed on the sidewall of lye tank (27), for monitoring the pH value change of lye tank (27) interior alkali lye, described material level gauge (16) is installed on lye tank (27), the liquid level utilizing the ultrasound wave launched from top to bottom to monitor in lye tank (27) changes, described pitot tube (17) is connected with little differential pressure sensor (14) by tracheae, described touch-control all-in-one machine (18) controls behaviour for the operation of system.

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