We thank you for the honour of being invited to attend this event. Pro Hanhikivi ry 22.10.2010 We are extremely sorry that we are not able to attend the.

Slides:



Advertisements
Similar presentations
New Nuclear Power Plant Project in Finland Veijo Ryhänen TVO Energy Conference Lisbon, 22 February 2006.
Advertisements

Why Geologic Storage Can Not Possibly Solve The High-Level Radioactive Waste Problem by Dr. Gordon Edwards, President, CCNR, Canadian Coalition for Nuclear.
Nuclear Power. Source: Uranium-235 Process: – An unstable uranium nucleus is bombarded with a neutron and splits into two smaller nuclei and some neutrons.
In this lesson What is nuclear power ? What is used for fuel ? What are the side effects ? Where are nuclear power plants ? Are their any power plants.
The Harnessed Atom Lesson Seven Waste from Nuclear Power Plants.
Long Term Storage, The Failure of the Federal Government, and NIMBY.
1 CEER How to balance the public’s concerns and critical infrastructure construction Matti Vainio, Deputy HoU DG ENV – C.5, European Commission.
Proposal for a directive of the European Parliament and of the Council of 9 February 2007 on the protection of the environment through criminal law The.
Enduring Energy through Renewable Energies. Renewable Energy is any energy generated naturally such a sunlight, wind, tides, and geothermal heat.
What is Nuclear Energy? Nuclear energy or atomic energy is the energy that is released spontaneously or artificially in nuclear reactions. The main feature.
SÄTEILYTURVAKESKUS STRÅLSÄKERHETSCENTRALEN RADIATION AND NUCLEAR SAFETY AUTHORITY Protection of the environment from ionising radiation - views of a regulator.
Audrey Campbell.  Nuclear power plants present a hazard to the health and safety of the public because they are subject to accidents.  Example; Chernobyl.
By Devika. Hydroelectric power generation is one of the worlds oldest ways of generating power. Hydroelectricity started off in 1880 and produces 20%
 A nuclear reactor produces and controls the release of energy from splitting the atoms of certain elements. In a nuclear power reactor, the energy released.
Nuclear Power Created by: Joe P, Manny, T.J., and Ryan T Joe P, Manny, T.J., and Ryan T.
The Way Forward in the US: Nuclear Waste Management Allison Macfarlane AAAS San Diego February 19, 2010.
Nuclear Waste Katherine Sanchez Navarro – General Supervisor Shannon McLaughlin – Historian Aleeza Momin – Biologist Rebecca Johnson – Chemist Shahzeb.
MACINTOSH 5.0. A form of energy produced by an atomic reaction, capable of producing an alternative source of electrical power to that supplied by coal,
R I Facer, NENP-NPTDS, IAEA
Energy Resources.
A Nuclear Future Cody Rimes IDS Introduction America is facing some tough decisions when it comes to our power needs. We consume 25% of the.
AP Environmental Nuclear Energy. NUCLEAR ENERGY When isotopes of uranium and plutonium undergo controlled nuclear fission, the resulting heat produces.
Nuclear Energy Chapter 12. Nuclear Fuel Cycle Uranium mines and mills U-235 enrichment Fabrication of fuel assemblies Nuclear power plant Uranium tailings.
Environmental Science
Nuclear Power in the U.K. Fiona Cassidy. Nuclear Power in the U.K. Nuclear power is back on the British Political Agenda Why? U.K has 19 reactors generating.
The Management Strategy for the Bulgarian Part of the Black Sea and its Coastal Lakes Lyudmil Ikonomov Executive Director, Institute for Ecological Modernisation.
Policy and Legal Framework on Soil Contamination Management in Thailand Workshop on Strengthening Contaminated Soil Monitoring in Vietnam, November.
Anni Podimata MEP Member, Committee on Industry, Research and Energy 8th Inter-Parliamentary Meeting on Renewable Energy and Energy Efficiency Budapest,
Comenius Project Lahr Second Year Meeting.
The Benefits of Wind Power: Wins is free and wind farms need no fuel. Wind powers produces not pollution or carbon emissions. The UK is the windiest country.
Solomon Gabert.  Nuclear energy is the potential energy of the particles inside an atomic nucleus. The nuclear particles are bound together by the strong.
Nuclear Waste. What is Nuclear Waste? Waste that results from the use of radioactive materials -Nuclear energy -Nuclear weapons -Hospitals, Universities,
Integrated Used Nuclear Fuel Management Regulatory Information Conference U.S. Nuclear Regulatory Commission March 11, 2009 Steven P. Kraft Senior Director.
Nuclear Waste Karlee Stuart.
Nuclear Energy and Waste By: David Long ( ); Chris Marcyniuk ( ); Adam Foster ( ) IMS3 Sustainability.
Energy. Canada is the largest per capita user of energy because: –We live in a northern climate – heat –Small population with a large land mass – transportation.
Nuclear Waste Disposal By: Tierra Simmons. Nuclear Waste Disposal Controversy Nuclear energy provides enough efficient sources of energy than all fossil.
“We are most fortunate to be living in a brief, bright interval of human history made possible by an inheritance from half-a-billion years of oil-forming.
Copyright © 2012 Pearson Education, Inc. All rights reserved. Chapter 4 The Ethics of Manufacturing and Marketing.
Combined Heat and Power in Copenhagen Copenhagen’s CHP system supplies 97% of the city with clean, reliable and affordable heating and 15% of Denmark’s.
The Curious Absence of New Nuclear Michael Hoeger Presented 02/06/2012.
Nuclear Power Plant How A Nuclear Reactor Works.
DEVELOPMENT OF THE NATIONAL INFRASTRUCTURE FOR NUCLEAR POWER IN VIETNAM DEVELOPMENT OF THE NATIONAL INFRASTRUCTURE FOR NUCLEAR POWER IN VIETNAM Vuong Huu.
NATURAL RESOURCES. Make a list of renewable natural resources.
Lithuanian Electricity Supply Assignment #3 to be announced February 17, due March 8 MS&E 290.
The EU and you – environmental protection Presentation by Claire Bradley – Europe Direct Eastleigh.
THE NUCLEAR ENERGY SURVEY : Nuray ÖZDEMİR Prepared by : Nuray ÖZDEMİR EDIRNE SULEYMAN DEMIREL SCIENCE HIGH SCHOOL APRIL 2009 EDIRNE / TURKEY The use of.
CAPACITY BUILDING FOR BANNING AND PHASING OUT ASBESTOS IN WEST BALKAN COUNTRIES Prof. Dr. Igor Nedelkovski Gauss Institute - Bitola KAPAZ.
Nonrenewable Energy Resources. Oil Rules!!! What is crude oil? Petroleum, or crude oil is a thick, gooey liquid consisting of many combustible hydrocarbons.
16.2 – Nuclear Energy. Objectives Explain how a nuclear reactor converts nuclear energy to thermal energy. Describe the advantages and disadvantages of.
11.2 Non-Renewable Energy Sources Learning Goals: Learn about the variety of non-renewable technologies used to generate electrical energy Explore the.
Energy for our world! NATURAL RESOURCES. Resources Natural resources are essential to the survival and growth of the human race. Types: Renewable- have.
Nature Conservation Priorities Michael Löfroth Ministry of the Environment and Energy.
Environment : Physical environment surrounding us: Air Water: Fresh water, rivers, oceans, etc. Soil: Lands, forests. Broader definition includes urban.
How to Protect the Local Environment
Nuclear power development in Nordic area - Fennovoima project
EU’s CO2 Emissions Trading Scheme – Benchmarks for Free Allocation from 2013 Onwards 9 September 2010 Hans Bergman DG Climate Action European Commission.
Status of German Programme
Australian Energy Scenarios Predicting Uncertainty
Morgan Pedneault Laina Oldford
Nuclear power stations
Nuclear Decisions! This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No.
Fundamental Questions
Conventional Energy: Renewable Resource
Plutonium Reprocessing and Recycling
Anni Podimata, Vice President ITRE
Non-Renewable Resources
Nuclear Decisions! This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement.
Presentation transcript:

We thank you for the honour of being invited to attend this event. Pro Hanhikivi ry We are extremely sorry that we are not able to attend the meeting and talk about this important issue. However, we hope that this brief presentation will express our thoughts to you. Hanna Halmeenpää Vice Chairperson Pro Hanhikivi ry Helena Maijala Chairperson Pro Hanhikivi ry

Pro Hanhikivi ry Presentation of Pro Hanhikivi Association to the Blue Ribbon Comission Eurajoki Finland

The association Pro Hanhikivi has now worked intensively with voluntary workers for over three years in Pyhäjoki, in the surrounding areas and on national level in order to get the problems of nuclear power construction, nuclear power usage and their environmental hazards to be viewed critically in the nuclear power decisions. Pro Hanhikivi ry

We have criticized the nuclear power construction in general and especially the Fennovoima project. One of the most important reasons for this has been the fact that Fennovoima company does not have a solution for the final disposal of the used nuclear fuel, i.e. high- level waste in spite of their plan to construct a new nuclear power plant in northern Finland. Fennovoima Oy does not have a solution for the final disposal of the high-level nuclear waste

Pro Hanhikivi ry Fennovoima Oy’s project puts in danger endangered habitat types and species on this land uplift coastal area, important resting areas of arctic migratory birds and the good ecological state of the Bothnian Bay coastal waterways. This project does not represent sustainable use of areas.

Pro Hanhikivi ry Long distance discharge of cooling waters to deep sea area would be less detrimental than discharging waters on the very shallow coastal area. Best available technique? (BAT) Better alternative for the environment would still be: cooling tower solution, which would prevent heat discharges and eutrophication of the sea.

Pro Hanhikivi ry We have also criticised the decision-in-principle given by the municipality and the Parliament because it has been given without the existence of the prerequisites for the decision. Nuclear energy is not a sustainable solution economically, ecologically, socially or culturally Because the whole process is very controversial and contains a lot of mistakes and shortcomings (even illegalities?), in our opinion, we have made a complaint to the EU commission and appealed in this matter to the EU Parliament. The European Union will deal with this complaint and appeal.

Pro Hanhikivi ry In spite of what Fennovoima repeatedly claims in public (e.g. to you yesterday) they do not have the necessary estate and water areas in Pyhäjoki so that the project could be carried out according to the plan. They neither have the management to a harbor area that has been presented in the plan nor the place to take water to the cooling system. The Fennovoima does not own the land! This matter is disputed continuously If they are forcing us to it, we will be ready to go to the court in this matter Fennovoima does not have the green (land) and dark blue (sea) areas Harbor Cooling water Hanhikivi peninsula

Pro Hanhikivi ry When the first nuclear reactor was decided to be built in Eurajoki in the 1970's, it was promised that nuclear waste will not remain there. This high-level waste was indeed exported for several years from Finland to the former Soviet Union. Now, however, Onkalo is being built in Eurajoki which is to be taken into use in 2020 although there are disputes about the long- term safety of the storage methods of waste..

Pro Hanhikivi ry We, the citizens of Pyhäjoki and Simo, (Simo is the second alternative location of the Fennovoima’s nuclear power plant,) are in a way in the same situation as was Eurajoki in the 1970's that high-level waste should not stay in our residential area. Fennovoima has presented plans to store the waste in the Onkalo in Eurajoki. Because the owners of the Onkalo (Posiva Oy) are not willing to make agreements with Fennovoima, the company must probably build their own cave somewhere and then naturally the new places Pyhäjoki or Simo or both as being the targets of nuclear power plans may come into question.

Pro Hanhikivi ry The final disposal place is now being built by the companies but the supervision of the waste burial places will be transferred to the State of Finland when the final disposal ends. Will the funds reserved for the disposal be enough at the stage when the actual business, i.e. the production and selling of electricity have ended? Have the funds remained or has some economic recession possibly cut down the funds reserve? It is been estimated that the mere demolition of the nuclear power plant costs even about four times as much as does the construction.

Pro Hanhikivi ry With respect to the usable life of nuclear power, the production of extremely dangerous waste is ethically and completely immoral. In order to gain short-term advantages, there is willingness to pass on the risks to the future generations, to last for eternity. Risks of nuclear power are far too big when compared to advantages The high-level nuclear waste removed from the reactor, in other words, the most dangerous waste is being kept and cooled under very risky circumstances, in water basins on the location of the nuclear power plant for dozens of years before the possible final disposal.

Pro Hanhikivi ry The image given to the public about the final disposal of nuclear waste and its success is usually very positive in Finland, as if all the problems had been solved. Without taking a stand to the technical problems of the final disposal, it is impossible to predict how the storage would succeed during the coming thousands and tens of thousands of years.

Pro Hanhikivi ry When taking into account the development of the current civilisation and how human being may possibly act in the future, it is very likely that the waste will not remain untouched in the way planned and for the period of time planned,... in other words forever. This subject has been dealt with in the documentary “Into Eternity” by Mr Michael Madsen in a very interesting way.

Pro Hanhikivi ry Will Finland be an exporter of electricity produced with nuclear power and importer of nuclear waste in the future? Will Finland become a nuclear waste reservation? Unfortunately, the decisions of the Parliament from last summer also indicate this. The most scary scenarios (e.g. the Finnish Innovation Fund SITRA’s report in 1994) have seen the industrial future of Finland to be based on these and on the excavation of uranium.

Pro Hanhikivi ry Nuclear waste management Investigation of STUK (Radiation and Nuclear Safety Authority Finland) into the long-term safety of Posiva’s (Olkiluoto) project. Finnish Academy of Science and Letters, former Secretary General, Professor Matti Saarnisto: The prognosis on the safety of the final disposal place after the beginning of the next glacial period are only speculation and do not base on scientific facts. And as we know: !! In the USA, the Yucca mountain project has been run down because after 20 years of research the geological long-term safety could not be verified. !! The final disposal location of Gorleben in Germany has faced similar problems. In the Asse II low-level and intermediate-level waste grave the waste barrels have started to leak, although they were supposed to last there for thousands of years.

Pro Hanhikivi ry Supply of fuel causes massive environmental damages Uranium is searched from 1000 locations in Finland. This is straightforward about 15 year-process of mapping the targets. The targets are put in line worldwide, mining industry starts in the best ones. The Finnish targets will be taken into use, sooner or later

Pro Hanhikivi ry Energy and waste is politics – What does the Finns want? Finns do NOT want more nuclear power: 51% of citizens is against and only 34% in favour of it (Research carried out by Taloustutkimus 3/2010) In Finland almost all need of energy could be produced with renewable energy. We do not want more nuclear power and more nuclear waste!

Pro Hanhikivi ry Renewables – Yes Nuclear power and waste – No Nuclear power creates an unnecessary risk. We want Finland to have a sustainable climate and energy policy.

Pro Hanhikivi ry Thank you for your attention! – association - information Helena Maijala, &Hanna Halmeenpää, Chairperson Vice Chairperson