Misra Boilers Pvt Ltd Focal Point, Ludhiana, Punjab

Salient Features:- Ξ  Higher Thermal Efficiency Ξ  Minimum Refractory In Furnace Ξ  Fluidised Bed Combustion Ξ  Easy In Operational Maintenance Ξ  Dry Steam With High Temperature Ξ  Minimum Radiation Losses Ξ  Higher Free Board Space And Larger Combustion  Volume Ξ  High Effective Heat Transfer Area Ξ  Larger Water Holding And Steam Space Ξ  Customized Design Ξ  Expendable Ξ  Multi Fuel Options   Optional Ξ  Dumping Great For Bagasse Firing Ξ  In Bed Tube For capacity Enhancment Ξ  Steam Super heater For Co-generation Ξ  Ove-Bed/ Under Bed Feeding

Capacity : 800 Kg./hr.

Salient Features:- Ξ  Higher Efficiency Ξ  Minimum Maintenance Ξ  Three Pass To Get Highest Thermal Efficiency Ξ  Steam Super Heat Ξ  Computer Rating And Optimized Design To Provide Max Steam  Generation Per Unit Heat Surfing Ξ  Expandable Ξ  Manufactured To Highest Quality Standard Meeting IBR- 1950, (BS,  ASME For Exports Order) Ξ  State-Of-The-Art Technology Ξ  Multi Fuel Options Ξ  Radiant Coil For Higher Efficiency Ξ  Larger Furnace Volume Ξ  Separate Radiation And Convection  Coils Ξ  Good Quality Dry Steam Ξ  Fluidised Bed Combustion   Optional Ξ  FBC/ Under /Over Bed Firing/ Multi Feed Ξ  Steem Driven Turbo Pumps For Power Boilers Ξ  Steam Turbine For Co-generation  

Salient Features:- ≡  High Efficiency / High Pressure ≡  Noiseless Working ≡  Low Power Consumption ≡  Longer Life  

Ξ  Higher Thermal Efficiency Ξ  Computer Rating And Optimize Design To Provide  Maximum Steam Generation Per Unit Of Heating  Surface Ξ  External/ Internal firing Ξ  Suitable Internal Steam Separator To Ensure Good  Quality Dry Stem Ξ  Dry Steam With High Temperature Ξ  Automatic Water Level Controller And Pressure  Switch To Get Optimal Stem To Fuel Ration Ξ  Suitable For Fluctuating Load Ξ  Large Dial Steam Pressure Gauge, Easily Readable  From a Distance Ξ  Easy Operational Maintenance Ξ  Fusible Plug Provide Additional Safety And  Redundancy Ξ  Muti Fuel Options Ξ  Easy And Quick Erection And Commissioning Ξ  Flue Tube Provided With Stiffness Rings and Stay  Rods To Care Of Expansion And To Reduce  Thermal Stress Ξ  Less Susceptible To Poor Water Quality Ξ  Manufacturing To Highest Quality Standards  Meeting IBR, BS, ASME Code As Required Ξ  Lower Power Consumption Ξ  Higher Steam Storage       Optional Ξ  Fluidised Bed Combustion System Ξ  Water/ Air Pre Heater Ξ  Trema Cyclone Ξ  Agro Waste Fired

  Salient Features:- ≡  High Efficiency / High Pressure ≡  Noiseless Working ≡  Low Power Consumption ≡  Longer Life

The effluent treatment plant is designed to treat the effluent coming from different areas of the plant. The treatment of  different effluents varies with the type of effluent.    Oily Water Effluent Treatment  Oily water effluent treatment plant is designed to treat effluent mainly containing oily effluent. The oily water from the  Transformer Area, Turbine building, Workshop etc is collected in common collection sump from where water is  pumped through the Plate Interceptor. Oil separated from Plate Interceptor is collected in drums & clear water is lead  to central monitoring basin through gravity. Sludge generated from the Plate Interceptor is led to the Sludge Pit for  further treatment.    Service Water Effluent Treatment  The system is envisaged for treatment of effluent mainly containing turbidity and suspended solids. Service water  washing effluent from different areas is collected in common collection pit and then pumped to the flash mixer where  chemical mixing takes place. The effluent is dosed with Alum, Lime and Polyelectrolyte to coagulate and flocculate the  suspended / colloidal matter. Water then flows through the flocculation tank for flocculation and is finally carried over to  tube/lamella settler through gravity where clarification of water takes place. Clarified water is then led to common  monitoring basin through gravity. Sludge generated in the process shall be collected and pumped for further treatment    Coal Handling Plant & Coal Storage Effluent Treatment  Effluent from the Coal handling plant and Coal storage Area is collected and is led through the inlet channel to break  the turbulence. The Effluent then flow to the Coal Slurry Settling pond where the discrete particles settle down and the  clear water flows to the coal decanted water sump. Decanted water is then pumped to the central monitoring basin