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    Detailed Project Report on RECYCLE OF LEAD ACID BATTERY (LEAD REFINING PROCESS)

    Detailed Project Report on RECYCLE OF LEAD ACID BATTERY  (LEAD REFINING PROCESS)
    Detailed Project Report on RECYCLE OF LEAD ACID BATTERY (LEAD REFINING PROCESS)
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      RECYCLE OF LEAD ACID BATTERY 
      (LEAD REFINING PROCESS)
      [CODE NO.3822]
       
       
      About 60% of lead produced world-wide is derived from ore. Lead ore is minedin many countries around the world, though three quarters of world output comesfrom only six countries: China, Australia, USA, Peru, Canada and Mexico. Smallamounts are mined in several countries in Europe, with the biggest producer being Sweden. Total production has been at a similar level since the 1970s; new mines open or are expanded to replace old mines. (Note: all these mines contain at least two metals (also zinc, sometimes silver, gold and copper) so lead extraction is not the only reason for the mining.).
       
      Lead is naturally sourced from an ore called Galena. However the biggest ore of Lead Available above the Surface of the Earth are various types of Lead Scraps. Lead Acid Battery Scrap being the primary source of Lead Scrap. There are other sources of Lead Scrap as well but any Lead Recycling plant can be confidently dependent on Lead Acid Battery Scrap as its continuous and consistent source of Raw Material.
       
      Lead is the 4th most widely used Metal on earth.Lead has highest rate of recycling among all Ferrous & Non-Ferrous Metals.Lead is the only metal on earth which retains its 100% Chemical & Physical properties, irrespective of any number of recycling.Worldwide production of recycled Lead is now about 3 times more than producing Prime Lead.
       
      Lead Acid Batteries Come fit with any vehicle and have a fixed life. After their usage, the batteries are collected by the Dealer who is fitting a new battery in the vehicle. For the returned old battery the dealer of course considers a discount on the new battery. This way the Scrap batteries are sourced and the channelized to various scrap dealers and through them to Lead recycling Plants. This way the Scrap Battery finds its way to be recycled.
       
       
      Recycling by definition is the reuse of materials, either pre-consumer or post-consumer, that would ordinarily be considered waste. Recycling helps lessen the amount of waste that goes into landfills, helps reduce the amount of toxic chemicals absorbed into the earth and, in some cases, significantly reduces manufacturing costs and energy consumption. 
       
      Battery Recycling is good for the Earth and good for future generations. Battery Recycling is the act of processing used or abandoned Batteries, which would otherwise be considered waste and harmful to our environment.  Many communities have curbside Battery Recycling services to help out and there are Battery Recycling centers all across the country where Spent Battery can be brought. Often times Battery Recycling centers pay you for dropping Spent Battery off, so it’s a win-win situation.
       
      Lead can end up in water and soils via corrosion of leaded pipelines in water transporting procedure and through corrosion of leaded paints. It cannot be broken down; it can only be converted to other forms.
       
      Lead accumulates in the bodies of water organisms and soil organisms. These will experience health effects from lead poisoning. Health effects on shellfish can take place even when only very small concentrations of lead are present. Body functions of phytoplankton can be disturbed when lead interferes. Phytoplankton is an important source of oxygen production in seas and many larger sea-animals consume it. That is why we now start to wonder whether lead pollution can influence worldwide balances.
       
      Several Battery Recycling Plants are end point of this supply chain. These Factories Break these batteries and Extract Lead bearing material which is then fed in to the Smelting Furnaces. This Lead Bearing Material is a mix of Lead and Lead Oxide. This mixture is smelted in Smelting Furnaces to Produce Cure Lead.
      This crude Lead is later refined to a purity of 99.98%. This Lead Produced will now find its way towards a Lead Acid Battery Manufacturing company. The loop is closed here and the cycle begins again.
       
      Lead Acid Batteries are recyclable due to the very nature of Lead. Lead can be recycled almost any number of times. Of course there are process losses but this recyclability of Lead has brought environmental and business sustainability to the Lead Acid battery Industry. Lead Acid Batteries have been irreplaceable for past several years due to this very important factor. Lithium Ion batteries fail miserably in the recyclability factor. Currently the process is not profitable for Entrepreneurs Individually and also the process is too complex due to the complex chemistry of the Lithium Ion Batteries.
       
      Lead Acid Battery Recycling Plant / Battery Recycling Plant Owners should be responsible enough to know that Lead is toxic and should can cause harm to the environment / people if not handled properly. They should select the best of Equipment to make sure that profits are made but sustainably and responsibly.
      The battery contains 70% lead, 20% acid and 10% plastic case.  In recycling process batteries are broken cover of batteries is removed and acid is drained out for neutralization. Top portion is hammered for shredding of plastic and the lead posts fixed in the top are released. Furnace smelting is done for approximately 5 hours at over 1000?C lead and slag is tapped separately. Refining is done by lowering the temperature thereby decreasing the solubility of impurities. 
       
       
      COST ESTIMATION
       
       
      Plant Capacity            40 MT/Day  
      Land & Building (1000 sq.mt.)  Rs. 62 Lac    
      Plant & Machinery               Rs. 1.25 Cr 
      Working Capital for 1 Month    Rs. 11.43 Cr 
      Total Capital Investment        Rs. 13.47 Cr 
      Rate of Return                          92%
      Break Even Point                      21%
       
       
      INTRODUCTION
      FACTORS INFLUENCING HIGH COLLECTION RATES OF LEAD ARE:
      RECYCLING PROCESSES
      LOCATION FOR PLANT
      SOME AMAZING BENEFITS OF BATTERY RECYCLING
      REDUCTION IN WASTE SENT TO LANDFILLS AND TURNING THEM INTO 
           NEW PRODUCTS
      COMPOSITION OF REFINED LEAD / PURE LEAD
      PURE LEAD SPECIFICATION
      COMPOSITION OF REFINED LEAD / PURE LEAD
      AVAILABLE BATTERY TYPES
      A) ACID VS. ALKALINE
      WET VS. DRY
      CATEGORIES
      VEHICULAR BATTERIES
      I)  LEAD-ACID
      THE CHEMICAL REACTION IN A LEAD-ACID BATTERY:-
      II) SEALED VS. FLOODED
      III) DEEP-CYCLE BATTERIES
      BATTERY CATEGORIES FOR VEHICULAR BATTERIES
      IV) "HOUSEHOLD" BATTERIES
      RECYCLING OF MAJOR LEAD PRODUCTS
      LEAD-ACID BATTERIES
      COLLECTION OF BATTERIES
      PREPARATION OF LEAD-ACID BATTERIES
      REFINING/COMPOSITION CONTROL
      ADDITION OF OTHER TYPES OF SCRAP
      SHEET, PIPING, CABLE SHEATHING
      END-OF-LIFE VEHICLES
      ELECTRICAL AND ELECTRONIC PRODUCTS
      CATHODE RAY TUBES
      CONSTRUCTION OF SEALED LEAD ACID BATTERIES
      REACTIONS OF SEALED LEAD ACID BATTERIES:-
      SEALED LEAD ACID BATTERIES CHARACTERISTICS
      BATTERY CAPACITY
      BATTERY VOLTAGE
      BATTERY SELF-DISCHARGE
      THE ABOVE DATA IS SHOWN IN THE FOLLOWING GRAPH
      BATTERY INTERNAL RESISTANCE
      BATTERY LIFE
      LEAD INGOT APPLICATIONS
      LEAD INGOTS
      BATTERY
      ROLLED EXTRUSIONS
      PIGMENTS
      CABLE SHEATHING
      LEAD INGOTS FOR CAST LEAD BULLETS
      LEAD ALLOYS
      BATTERY SCRAP – RAW MATERIAL FOR RECYCLING
      DESIGN OF A STARTER BATTERY
      RECYCLING OF LEAD-ACID BATTERIES
      GENERAL CONSIDERATIONS
      TECHNICAL STEPS IN BATTERY RECYCLING
      DISMANTLING OF BATTERY CASES AND FEED PREPARATION
      HAMMER MILL CRUSHING WHOLEBATTERIES
      FIG- HAND SORTING OF COARSE FEEDFRACTION
      HAND SORTING OF COARSE FEED FRACTION
      MELTING AND REDUCTION OPERATIONOF PASTE AND BATTERY FINES
      FIG. : ROTARY DRUM FURNACE FOR BATTERYSCRAP RECYCLING
      MELTING OF GRIDS, TERMINALS ANDBRIDGES
      REFINING OF CRUDE LEAD
      FIG. :-  REFINING OF CRUDE LET IN A KETTLE
      GAS CLEANING SYSTEM
      FIG. : OFF-GAS CLEANING SYSTEM OF A LEADRECYCLING FURNACE
      RECYCLE OF LEAD ACID BATTERY PROCESS
      (LEAD REFINING PROCESS)
      PROCESS DESCRIPTION
      SCRAP PRETREATMENT
      SMELTING -
      PRETREATMENT
      SMELTING:-
      REFINING
      REFINING -
      LEGISLATION ON BATTERY SCRAP
      SALIENT FEATURES OF BATTERIES LEGISLATION
      OPERATIONAL ASPECTS OF BATTERY CHANNELIZATION
      IMPACT OF BATTERIES LEGISLATION ON SUPPLY-DEMAND
      MARKET SURVEY
      GREEN RECYCLING
      GLOBAL PICTURE
      KEY MARKET PLAYERS
      SUPPLY-DEMAND OF LEAD SCRAP IN INDIA
      THE MARKET SIZE
      COST, RECYCLABILITY: MAJOR ADVANTAGES
      TRADE IN LEAD
      CONSUMPTION OF LEAD
      LEAD-ACID BATTERIES
      THE COMPOSITION OF AN AVERAGE LEAD-ACID BATTERY
      THE APPLICATIONS OF LEAD AND LEAD-ACID BATTERIES
      THE PROPORTION OF DIFFERENT BATTERY TYPES USED IN ELECTRIC BICYCLES
      INDIAN SCENARIO
      BATTERY COLLECTION
      LEAD ACID RECYCLING EQUIPMENTS
      SMELTING
      REFINING
      INGOT STACKING MACHINE
      BATTERY BREAKING AND SEPARATION
      REFRACTORY
      BATTERY CUTTING MACHINE
      POLLUTION CONTROL EQUIPMENT & MATERIAL HANDLING
      IMPACT OF IMPROPER BATTERY DISPOSAL
      GLOBAL HEALTH IMPACT OF IMPROPER BATTERY DISPOSAL
      LEGAL IMPACT OF IMPROPER BATTERY DISPOSAL
      FINANCIAL IMPACT OF DISPOSING BATTERIES
      ANALYTICAL CONSIDERATIONS –L
      ANALYTICAL CONSIDERATIONS - FIELD SCREENING METHODS FOR LEAD
      GREEN RECYCLING OF USED LEAD ACID BATTERIES (ULAB)
      GUIDELINES/STANDARD OPERATING PROCEDURES FOR THE 
            ENVIRONMENTALLY SOUND MANAGEMENT/RECYCLING OF ULAB
      BEYOND COMPLIANCE MEASURES IN ULAB RECYCLING INDUSTRY
      PROCESS FLOW DIAGRAM
      THE WHOLE LINE FOR LEAD BATTERY RECYCLING
      PHOTOGRAPHS OF PRODUCT
      LEAD BATTERY – TOUCHES OUR LIVES
      SUPPLIER OF MACHINERY
      ACS LEAD TECH
      MACHINERY PHOTOGRAPHS
      SMELTING
      REFINING
      INGOT CASTING MACHINE
      BATTERY BREAKING AND SEPARATION
      REFRACTORY
      BATTERY CUTTING MACHINE
      POLLUTION CONTROL EQUIPMENT& MATERIAL HANDLING
      AW MATERIALS PHOTOGRAPHS
      RECEIVING
      FINAL PRODUCT
       
      APPENDIX – A:
       
      01. PLANT ECONOMICS
      02. LAND & BUILDING
      03. PLANT AND MACHINERY
      04. OTHER FIXED ASSESTS
      05. FIXED CAPITAL
      06. RAW MATERIAL
      07. SALARY AND WAGES
      08. UTILITIES AND OVERHEADS
      09. TOTAL WORKING CAPITAL
      10. TOTAL CAPITAL INVESTMENT
      11. COST OF PRODUCTION
      12. TURN OVER/ANNUM
      13. BREAK EVEN POINT
      14. RESOURCES FOR FINANCE
      15. INSTALMENT PAYABLE IN 5 YEARS
      16. DEPRECIATION CHART FOR 5 YEARS
      17. PROFIT ANALYSIS FOR 5 YEARS
      18. PROJECTED BALANCE SHEET FOR (5 YEARS)
       
       

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