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Micro Controller based Burner Automation

Introduction

The factory contains an 'acid regeneration plant', where Spend Acid is regenerated to Hydro Chloric Acid, which is the desired output of the plant. For this regeneration of the acid a burner control system is required. The temperature range of the burner is between 9000c -12000c.The reactants required for regeneration plant are Iron Chloride and Spend Acid vapourises and breaks down into H2O and Acid. Iron Chloride also breaks down into Iron Oxide and Chlorine.

The Chlorine reacts with the water to produce Hydro Chloric Acid (HCL). Here the Spend Acid is regenerated for further use in the plant. After the splitting of the molecules at high temperature it is allowed to cool down at 1050c.The cooled gas is then allowed to pass through water. But H2O molecules get vaporized. The Iron molecules in the substrates becomes solid and can be easily separated .The condition of the HCL Acid does not change and get dissolves in water to form the Spend Acid again.

Operation

In our project 'MC Based Burner Automation' first we have to check and control the starting condition, ie to ignite the burner. To ignite the burner we have to check the following condition.

1. Check the pressure from the LPG.
2. Check the air flow to the burner.
3. Some necessary parameters etc.

If the flame is OK then the process starts and within minutes the burner gains its temperature range of 9000C-12000c.

Here first we have to check the LPG preassure and airflow in the combustion tube, to flame the burner. If both are OK, the system is set 'silent' for one minute. If both the LPG preassures and airflow is not OK, the process will be halted. To flame and continous working of burner, we have to use two LPG's, Pilot LPG and main LPG. The Pilot LPG is ON first. If both the preassure and airflow are OK, the pilot LPG and ignition are turn ON for 10 seconds. This 10 sec time is for proper starting of 'flame' in the burner.

In any case the flame is absent, the system will be halted. If flame is OK, the Pilot LPG will close. Before closing the valve, the main LPG valve is opened for supplying the fuel. This burner is in working condition. After that the process explained at introduction takes place in 'Acid Regeneration Plant'.

Here in the circuit, we utilize AT89c52 mc, which is similar to at 89c51, except in the 8kb internal flash memory. This flash memory helps to make use of program easily and is double in length than the 9c51. Also a LCD is used for displaying the parameters like LPG preassure, Main LPG ON, air flow, flame etc. The programming is done in 'Embedded c' version. Also relays are used in circuit, which helps to control the various devices.

           

   

 

 



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Related Projects : : : Human Area Networking,GSM Unmanned Arial Photography Using Remote Flying Robot,GSM Prepaid EB, Phone Bill System,Wireless Unmanned Tanker Robot,Electronic Vehicle Identification In The Intelligent City,Electronic Passport Using RF-ID,Dynamic Car Parking Negotiation And Guidance Using An Agent-Based Platform,Dumb Signs system using Speech Communication,GSM Real Time Street Light Control Systems,Design Of A Color Sensing System For Textile Industries,GSM Petrol Reader Systems,GSM Path Planning For Blind Person Using Ultrasonic,GSM Path finding System,GSM Energy Meter Debugger Systems,Component Pick-And-Place Scheduling Robot,Nav Multi Processor System,Bomb Detection Robotics Using Embedded Controller,Blind navigation system using RFID for indoor environments,Automation Of Ration Products Distribution System,Automatic Energy Management Systems,Automatic Conveyor for Industrial Automation,GSM Automated And Unmanned Control System Of Railway Crossing,Attendance Monitoring Intelligent Classroom,An Automatic Mobile Recharger Station,Zigbee Based Wireless Sensor Network for Sewerage Monitoring

 

 

 

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