1 / 42

It’s here - the Nuclear Industry!

It’s here - the Nuclear Industry!. How Nuclear Energy Works. Impact of Nuclear Radiations on Humans. Existing Nuclear Plants in India. Proposed Nuclear Plants in India. Approximate Impact Area of Nuclear Accidents in India. OK, If Not Nuclear Then What? (Alternatives).

reuben
Download Presentation

It’s here - the Nuclear Industry!

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. It’s here - the Nuclear Industry! How Nuclear Energy Works Impact of Nuclear Radiations on Humans Existing Nuclear Plants in India Proposed Nuclear Plants in India Approximate Impact Area of Nuclear Accidents in India OK, If Not Nuclear Then What? (Alternatives) The Politics of Nuclear Energy in India References How You Can Contribute

  2. How Nuclear Energy Works Radiation at EACH STAGE home

  3. Fuel Enrichment Uranium Mining Power Generation Waste Disposal RADIATION INCREASES multifold at each stage!

  4. Radioactive Waste • Generated at each stage - Mining, Enrichment, Power Generation • Waste from Enrichment has been used in Depleted Uranium (DU) bombs used in Iraq • Even 21st century science has NO ANSWER for Nuclear Waste Disposal • Waste contaminates (beyond scope for inhabitation) a huge area in its vicinity for 1000’s of years What about the Environment & People? Is it Safe? home

  5. Radiation Contaminates Always • Even if there is NO NUCLEAR ACCIDENT • Around a Uranium Mine • Around an Enrichment Facility • Around a Nuclear Plant • Around Nuclear Waste An area of 30-35 km radius gets contaminated by nuclear radiation regularly! home

  6. Radiation Spares Nothing • Impacts Vegetation - Agriculture • Trees near Jaduguda Uranium Mines have DEFORMED SEEDS • Agricultural produce is bound to carry unacceptable amounts of radioactive content • Impacts Animals • Radioactive Boars on the rise in Germany (thanks to Chernobyl) • Impacts Human Beings home

  7. Nuclear Accidents Are Worse! • Chernobyl : An area of 1,00,000 sq km is UNINHABITABLE for 20,000 years. FOREVER. Date: 26 April 1986 Plant Capacity: 900 MW

  8. Nuclear ‘Meltdown’ in the USA • Three Mile Island, Pennsylvania: Happened in 1979 due to the meltdown of fuel rods • Health effects mostly unstudied or kept clandestine home

  9. Impact of Nuclear Radiationon Humans Cancer in the next 2 to 60 years Deformed babies - FOREVER! The pictures that follow may be disturbing Jump to Existing Nuclear Plants in Indiaonly if you are extremely week-hearted home

  10. 40 Years Old Uranium Mines in Jaduguda, Jharkhand home

  11. home

  12. Near Rawatbhata Power Plant Near Kota, Rajasthan home

  13. home

  14. After Chernobyl Nuclear Disaster 1986 home

  15. home

  16. After American Bombing in Iraq Depleted Uranium (DU) Bombs made out of The Waste from Uranium Enrichment home

  17. home

  18. Semey: USSR’s Nuclear Testing Site During Cold War home

  19. home

  20. Still Nuclear Plants are being pushed in India… home

  21. Existing Nuclear Plants in India Before the Indo-US Nuclear Deal home

  22. Nuclear Plants in India (2010) Narora, UP - 440 MW Rawatbhata, Raj - 2,580 MW Kakrapar, Gujarat - 1,840 MW Tarapur, Mah - 1,400 MW Kaiga, Karnataka - 880 MW Kalpakkam, TN - 940 MW home

  23. Proposed Nuclear Plants in India After the Indo-US Nuclear Deal home

  24. Post Indo-US Nuclear Deal Kumhariya, Haryana 2,800 MW Narora, UP - 440 MW Rawatbhata, Raj - 2,580 MW Bargi, MP 1,400 MW Mithi Virdi, Gujarat 8,000 MW Kakrapar, Gujarat - 1,840 MW Haripur, WB 10,000 MW Tarapur, Mah - 1,400 MW Kovvada, AP 8,000 MW Jaitapur, Mah 9,900 MW Kaiga, Karnataka - 880 MW Kalpakkam, TN - 940 MW Existing Plants Koodankulam , TN 9,200 MW Proposed Plants home

  25. Approximate Impact Area of Nuclear Accidents In India home

  26. Impact of Nuclear Accidents in India Can you imagine the massive loss of Human Lives, Forests, Agriculture, Animals, Economic Activities? For 1000’s of years! Existing Plants Proposed Plants home

  27. OK, If Not Nuclear Then What? Feeding Electricity to the Super Power in making… home

  28. Improving Existing Energy Efficiency • India can save 30-40% of its electricity deficit by simple Conservation techniques • Improving the efficiency of existing power plants (we are way behind international standards at the moment) • Decentralizing electricity generation to reduce long distance transmission losses The cost of implementing these Efficiency Improvement Measures is MUCH LESS THAN that of setting up New Plants home

  29. Conserving Electricity • We can save 30%increased demand of electricity by 2013 by using energy efficient electrical infrastructure at home • Fans, Incandescent Bulbs, Tube Lights • Refrigerators, ACs, Air Coolers • Electric Water Heaters • Computers, TVs, DVD Players, Set-Top-Boxes (active mode) home

  30. Use Renewable Sources • They are Cheap • They are Unlimited • They don’tKill • They are ‘un-researched’ Spend the millions & billions on research of Renewable Energy rather than on Nuclear America is the world’s largest producer of Wind Power Solar Energy has the potential to feed Earth 1000 times Solar Water Heaters in Bangalore save 900 MW of peak load. Already! home

  31. India’s Electricity Scenario Government declares • Projected energy by all Nuclear Plants = just 60,000 MW • Hardly 10% of the electricity deficit home

  32. Why RISK Indian lives for just 10% of electricity? home

  33. The Potential of Renewable Sources • Latest studies indicate that Wind Energy& Solar Energyhold the keys to sustained development! Wind Energy Solar Energy home

  34. The Politics of Nuclear Power in India Ever heard of a lucrative Wind or Solar Scientist post?

  35. Why is Nuclear Power Promoted in India? • Current energy policies are designed to benefit foreign MNCs General Electrics Westinghouse Areva Newspapers admit that THEY ARE HERE FOR A $40 BN BUSINESS home

  36. Why is Nuclear Power Promoted in India? • Profit for MNCs who will provide reactor designs • Commission for Indian Politicians, Intellectuals, Scientists Investment at the 9,900 WM Jaitapur Nuclear Plant • `10,00,00,00,00,00,000 • One Lakh Crores only! All Nuclear Plants in India offer lucrative prospects for these Patriots! home

  37. Why is Renewable Energy Unknown? • Very less or No Scope for Investment (read profit) • Giants MNCs in the Nuclear Power sector are too strong to let the Renewable Energy sector grow • And hence, almost No Solar or Wind Scientists Renewable Industry Nuclear Industry home

  38. Why SPOIL Indian lives for their Profit? home

  39. And Our Government’s Gift for US • The Nuclear Civil Liabilities Bill by our government says that: • Any foreign company WILL NOT be held liable for any nuclear accidents on Indian soil, whatsoever They WILL NOT pay any Compensation We CAN NOT sue them in Indian or Foreign courts home

  40. The World Has Started Protesting Nuclear Energy

  41. The ‘West’ is Disowning Nuclear Power • Most Americans are against Nuclear Power • Major concerns: • Continuous radiation emitted in normal functioning of Nuclear Plants • Nuclear Waste disposal • Threats of nuclear accidents • Australia has never built a Nuclear Power Plant! home

  42. Wondering What You Can Do About This? • Understand the politics of promoting Nuclear Power in India • Spread awareness about this massive public betrayal Jago Re !

More Related