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ENERGY FROM WASTE PRESENTED  By  A.SAJIDAS DIRECTOR ,BIOTECH INDIA
INTRODUCTION     In accordance with the fast growing population, the demand for energy and the discharge of waste are also increasing day by day.
WASTE TREATMENT METHODS Centralised De Centralised
DE CENTRALISED WASTE MANAGEMENT Merits No Collection No- Transportation  Treatment at Source  Small Investment Limited space for treatment Hygienic Collection, Segregation and treatment   Effective, efficient and Eco-Friendly Waste Management De Merit More Treatment Plants requires
DE CENTRALISED TREATMENT Suitable Place  ,[object Object]
 Hotels
 Hospitals
 Schools
 Factory Canteens
 Markets
 Slaughter Houses etc.  ,[object Object]
BIO METHANIZATION TECHNOLOGY This treatment technology applies to  microbes / bacteria living in the absence of atmospheric oxygen. It is also called Anaerobic Digestion because this is taking place without the presence of oxygen. The out put from this  treatment technology is biogas and bio manure
ADVATAGES OF THE TECHNOLOGY Prevents deforestation  Improves the public health  Get biogas from this treatment  Reduces pollution , Save LPG Thus maintaining ecological balance  Makes environment beautiful and clean
BIOGAS 1 CUM Bio Gas is 	           =	Diesel  0.42 litter               ” 			=	Kerosene 0.62 litter              ”			=	Firewood  3.5 Kg.                ”			=	L.P.G. 0.43 Kg.               ”			=	Electricity  1.50 KW
ENERGY FROM DOMESYIC WASTE Domestic waste treatment plant is capable of  treating  solid food waste as well as waste water from the kitchen. Traditional septic tanks are  replaced by  these  plants. Through  the installation of Latrine attached plants  human excreta  can be treated hygienically and Bio Gas is generated from the plant.  It is a very good fuel for Domestic Cooking  and Lighting.
FROM  KITCHEN  TO  KITCHEN DOMESTIC BIO WASTE TREATMENT PLANT
FROM KITCHEN TO KITCHEN DOMESTIC BIO WASTE TREATMENT PLANT
TOILET LINKED BIOGAS PLANTS(ECO FRIENDLY TOILET) The human excreta (night soil) discharged from the domestic household are converted into bio gas by applying anaerobic digestion . For the people living in coastal areas, marshy lands and high water table places, this type of toilets are suitable. Here also the construction of separate septic tank can be avoided.
TOILET LINKED BIOGAS PLANTS (ECO FRIENDLY TOILET )
TOILET LINKED BIOGAS PLANTS (ECO FRIENDLY TOILET )
INSTITUTIONAL PLANTS  Waste of food materials and other bio degradable wastes generated in Factory canteens, Convents, Hospitals, Hostels, Hotels and other industrial organizations can be treated in an eco-friendly way for the production of cooking gas in very large scale
INSTITUTIONAL BIO ENERGY PROGRAMME
WASTE TO ELECTRICITY PROGRAMME BIOTECH has completed the installation of 52 Nos. power generation projects using market /slaughter house waste.  The power generated from these projects is being utilized for energy requirements of the concerned markets and to meet the in-house requirements of the projects.
ECO FRIENDLY WASTE TO ELECTRICITY PLANT DEVELOPED BY BIOTECH FAST DEGRDA- BLE DIGESTOR (REACTOR) BIO GAS GAS FILTER PRE  DIGESTER 1 DEGRDA- BLE WASTE GENE- RATOR TREATED SLURRY SLOW DEGRDA- BLE PRE  DIGESTER 2 WASTE ELECTRI- CITY ORGANIC MANURE LIQUID  FERTLIZER STREET LIGHT
WASTE TO ELECTRICITY PLANTNedumbaseryGramaPanchayat, Kochin
WASTE TO ELECTRICITY PROJECTKadakalGramaPanchayat
WASTE TO ELECTRICITY PROJECTKadakalGramaPanchayat
WASTE TO ELECTRICITY PROJECTKadakalGramaPanchayat
WASTE TO ELECTRICITY PROJECTSreekaryamGramaPanchayat
WASTE TO ELECTRICITY PROJECTS
WASTE TO ELECTRICITY PROJECTS
TECHNICAL SUPPORT FROM BIOTECH BIOTECH renders services such as:….. ,[object Object]

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Malasia energy from waste

  • 1. ENERGY FROM WASTE PRESENTED By A.SAJIDAS DIRECTOR ,BIOTECH INDIA
  • 2. INTRODUCTION In accordance with the fast growing population, the demand for energy and the discharge of waste are also increasing day by day.
  • 3. WASTE TREATMENT METHODS Centralised De Centralised
  • 4. DE CENTRALISED WASTE MANAGEMENT Merits No Collection No- Transportation Treatment at Source Small Investment Limited space for treatment Hygienic Collection, Segregation and treatment Effective, efficient and Eco-Friendly Waste Management De Merit More Treatment Plants requires
  • 5.
  • 11.
  • 12. BIO METHANIZATION TECHNOLOGY This treatment technology applies to microbes / bacteria living in the absence of atmospheric oxygen. It is also called Anaerobic Digestion because this is taking place without the presence of oxygen. The out put from this treatment technology is biogas and bio manure
  • 13. ADVATAGES OF THE TECHNOLOGY Prevents deforestation Improves the public health Get biogas from this treatment Reduces pollution , Save LPG Thus maintaining ecological balance Makes environment beautiful and clean
  • 14. BIOGAS 1 CUM Bio Gas is = Diesel 0.42 litter ” = Kerosene 0.62 litter ” = Firewood 3.5 Kg. ” = L.P.G. 0.43 Kg. ” = Electricity 1.50 KW
  • 15. ENERGY FROM DOMESYIC WASTE Domestic waste treatment plant is capable of treating solid food waste as well as waste water from the kitchen. Traditional septic tanks are replaced by these plants. Through the installation of Latrine attached plants human excreta can be treated hygienically and Bio Gas is generated from the plant. It is a very good fuel for Domestic Cooking and Lighting.
  • 16. FROM KITCHEN TO KITCHEN DOMESTIC BIO WASTE TREATMENT PLANT
  • 17. FROM KITCHEN TO KITCHEN DOMESTIC BIO WASTE TREATMENT PLANT
  • 18. TOILET LINKED BIOGAS PLANTS(ECO FRIENDLY TOILET) The human excreta (night soil) discharged from the domestic household are converted into bio gas by applying anaerobic digestion . For the people living in coastal areas, marshy lands and high water table places, this type of toilets are suitable. Here also the construction of separate septic tank can be avoided.
  • 19. TOILET LINKED BIOGAS PLANTS (ECO FRIENDLY TOILET )
  • 20. TOILET LINKED BIOGAS PLANTS (ECO FRIENDLY TOILET )
  • 21. INSTITUTIONAL PLANTS Waste of food materials and other bio degradable wastes generated in Factory canteens, Convents, Hospitals, Hostels, Hotels and other industrial organizations can be treated in an eco-friendly way for the production of cooking gas in very large scale
  • 23. WASTE TO ELECTRICITY PROGRAMME BIOTECH has completed the installation of 52 Nos. power generation projects using market /slaughter house waste. The power generated from these projects is being utilized for energy requirements of the concerned markets and to meet the in-house requirements of the projects.
  • 24. ECO FRIENDLY WASTE TO ELECTRICITY PLANT DEVELOPED BY BIOTECH FAST DEGRDA- BLE DIGESTOR (REACTOR) BIO GAS GAS FILTER PRE DIGESTER 1 DEGRDA- BLE WASTE GENE- RATOR TREATED SLURRY SLOW DEGRDA- BLE PRE DIGESTER 2 WASTE ELECTRI- CITY ORGANIC MANURE LIQUID FERTLIZER STREET LIGHT
  • 25. WASTE TO ELECTRICITY PLANTNedumbaseryGramaPanchayat, Kochin
  • 26. WASTE TO ELECTRICITY PROJECTKadakalGramaPanchayat
  • 27. WASTE TO ELECTRICITY PROJECTKadakalGramaPanchayat
  • 28. WASTE TO ELECTRICITY PROJECTKadakalGramaPanchayat
  • 29. WASTE TO ELECTRICITY PROJECTSreekaryamGramaPanchayat
  • 32.
  • 38.
  • 40. Waste to electricity projects - 52
  • 41. Integrated waste treatment projects - 7
  • 42. Toilet linked domestic bio gas plants - 160
  • 43. Toilet linked plants in public institutions - 33
  • 44.
  • 45. BIOTECH ROAD SHOW As a part of the awareness programme, BIOTECH is conducting Road Shows
  • 46. PARTNERSHIP OPPORTUNITIES WITH BIOTECH The companies establishing Joint ventures with BIOTECH will have the following benefits Exclusive right for the implementation of projects in a particular area  Permission for using the Intellectual properties right owned by BIOTECH.   Technical support for project study, project preparation, project implementation and operation of waste to energy projects.   THE Joint venture company will get Technology transfer and Technical support for starting production centers in their areas of operation.  Training for the production / fabrication and installation of plants and projects in a specified area. 
  • 47. THANK YOU SHAJERAN Suite 3.02, 3rd Floor, North Block The Amp Walk, 218, JalanAmpang, 50450 Kuala Lumpur, Malaysia