1. Waste-to-energy
Where do our waste go?

2. In our daily life

3. In our daily life
We do make
waste

4. In our daily life
We do make
waste and waste

5. And the amount is increasing

6. And the amount is increasing like this

7. If this continue,

8. If this continue,

9. If this continue,

10. If this continue,
To manage our waste

11. BUT!

12. Have you ever think

13. Have you ever think
Where our waste go?

17. Do really our
waste go there ?

18. of course

19. of course
NOT

20. So, where are our Waste go ?

21. So, where are our Waste go ?

22. In waste management,

23. In waste management,
There are several method

24. In waste management,
There are several method which are

25. In waste management,
There are several method which are
composting

26. In waste management,
There are several method which are
landfill

27. In waste management,
There are several method which are
waste minimization

28. In waste management,
There are several method which are
reuse

29. In waste management,
There are several method which are
recycling

30. In waste management,
There are several method which are
and

31. In waste management,
There are several method which are
waste-to-energy

32. waste-to-energy

33. Well, have you heard about

34. Well, have you heard about
waste-to-energy or
energy-from-waste?

36. energy

37. energy

38. energy

39. energy

40. In US,

41. In US,
there are 25
waste-to-energy plant
are operating

42. They are fuelled by
26.3 million tones of

43. They are fuelled by
26.3 million tones of
Municipal Solid Waste

44. and have generating

45. and have generating
capacity of 2700 MW
of electricity

46. While

47. Denmark
While In

48. 27% of the waste
Denmark
that produced in
While In 2004

49. Was incinerated for

50. Was incinerated for

51. Was incinerated for

52. while

53. while
the remaining

54. while
the remaining

55. while
the remaining

56. while
the remaining

57. There are a lot of
benefits when using
waste-to-energy

58. Such as

59. energy production

60. reduction of
greenhouse
gases

61. alternative to land filling of
non-recyclable wastes

63. Recycling and WTE

64. land

65. start small,

66. start small, for BIG result

67. start now,

68. start now, for better future

69. by: nurul liyana binti bahrin

70. id: 2010631034

71. class: bm111 5b

72. Reference
• C.S. Psomopoulos, A. Bourka , N.J. Themelis (2008). Waste-to-
energy: A review of the status and benefits in USA. Waste
Management , 1718-1724.
• Cioffe, N. (n.d.). Waste to Energy. Retrieved from visual.ly:
http://visual.ly/waste-energy
• M. Munster, H.Lund (2007). Use of waste for heat ,electricity and
transport-Challenges when performing. Energy , 636-644.
• Porteous, A. (1998). Energy from Waste: A Wholly Acceptable. 177-
208.