Detailed Project Report on bio gas plant

Energy  is becoming a scarce and costly input in the  world. Oil which  accounts  for  a  sizeable  portion  of  our   energy consumption,  has  been making a very heavy tax  on  our  foreign exchange resources. Other than coal, we must also find  alternate resources  of energy centred around solar, wind, tidal  and  bio-gas. An effective bio-gas programme leads to efficient use of cow dung  for gas recovery and partial supplement to  plant  nutrient requirement.  Bio-gas  programme leads to  improvement  in  rural living including rural sanitation. Conventional bio-gas  digesters  set  up  in  India   were predominently  of the Khadi Village Industries Commission  Model. Recently  Janta Bio-gas plant designed by Planning  Research  and Action Division (PRAD) of State Planning Institute, Lucknow based on  bio  gas  technology  has proved  to  be  comparatively  more economical. Several Janta Biogas plants have been constructed  in Uttar Pradesh and a few in Haryana. Now a days, the main problem before the farmers is the short supply  of fertilizers. That time has gone when the farmers  were totally  dependent on fertilizers. Not only this that,  there  is shortage of fertilizers. But over and above the basic need of the land is that in addition to fertilizer the vegetable or  composed manure is must in order to increase the fertility of the land and also to get good quality of crop. The  second problem of farmer is the short supply  of  fuel. The availability  of wood from forest  is very less and at all if it is available then, it is cost as high that an ordinary farmer cannot afford to have. The another mode of fuel is kerosene  oil, which is also seen in short supply oftenly. In addition to it the price  per liter for kerosene is going on increasing day by  day. So  in these circumstances the only source of cheap  fuel  before the farmer is the dry gobar Uplay. Now  the question is this that how far is it  advisable  and correct to use this animal waste as a fuel. In the same way it is also  wise  to use the Gobar as a manures in  the  fields.  Gobar itself  contains a large or big quantity of energy which  can  be taken  out  and used as a fuel. For the purpose  of  getting  out energy from Gobar we have to get it be operated through Gobar Gas lant. In  Gobar  gas  plant, the treatment of gobar  is  done  and methane  gas is taken out from it which can be collected  in  gas holder. The rest of the portion i.e. Gobar and water which is  in slurry  from  is must more rich in terms of Nitrogen and  can  be used  as a manure. If we get fuel as well as the manufacture for the  farms it is a multipurpose and much more beneficial. So  the use  of gobar in this way would reduce the difficulties of  daily life  up  to  certain  extent and also most  useful.  It  is  not necessary  to use only gobar in gobar gas plant, we can also  the urine and the human stool and urine as a raw material. After treatment in gobar gas plant the slurry thus  obtained is not only it is converted into a rich and energic manure but it is smell-less and also unharmful free from all virus disease.
 

BIO GAS PLANT (EIRI-1040)

Cost Estimation

Plant Capacity                                          8516 Cubic FT./Day
Land & Building (Area 1000 Sq.Mt.)     Rs. 70 Lacs
Plant & Machinery                                    Rs. 8 Lacs        
W.C. for 3 Months                                     Rs. 1.06 Cr.          
Total Capital Investment                         Rs. 1.88 Cr.             
Rate of Return                                          85%  
Break Even Point                                     23%

•    EIRI can modify the Capacity of the Project and Total Capital Investment as per your requirement.
•    Note: The project investment cost and capacity are subject to change without any notice. Future projects may have different values of project cost and capacity.
 

MARKET  SURVEY CUM  DETAILED  TECHNO 
ECONOMIC FEASIBILITY  REPORT covers
 

• Introduction
• Uses and  Applications
• Properties
• Market   Survey  with   future   aspects 
• Present Manufacturers 
• Detailed  Process of  Manufacture 
• Formulations
• B.I.S. Specifications
• Process Flow Sheet Diagram, Plant  Layout,
• Cost  Economics  with Profitability Analysis 
• Capacity 
• Land  & Building  Requirements with Rates
• List & Details  of  Plant  and Machinery with their Costs
• Raw Materials Details/List and Costs
• Power & Water Requirements
• Labour/Staff Requirements
• Utilities and  Overheads
• Total  Capital  Investment
• Turnover
• Cost  of Production
• Break  Even Point
• Profitability
• Land  Man  Ratio
• Suppliers  of  Plant & Machineries and Raw Materials
• Cash  Flow Statement
• Repayment  Schedule
• Interest  Chart
• Depreciation Chart
• Projected Balance Sheet for 5 Years etc.