Panel Discussion - Thorium: the future of energy?

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Objective Capital's Industrial Metals, Minerals & Investment Summit 2010
London Chamber of Commerce and Industry
3 November 2010
Speaker: Ahmet Arda

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Panel Discussion - Thorium: the future of energy?

  1. 1. INDUSTRIAL METALS, MINERALS AND MINEABLE ENERGY INVESTMENT SUMMIT 2010 LONDON CHAMBER OF COMMERCE & INDUSTRY ● WEDNESDAY, 30 NOV 2010 www.ObjectiveCapitalConferences.com Thorium: the future of energy? Ahmet Arda – CEO, AMR Resources
  2. 2. AMR Resources Ltd Rare Earths, Minor Metals & Thorium Project TURKEY www. amrminerals.co.uk
  3. 3. AMR Resources Ltd. (AMR), is a mineral exploration company with a long term strategy of discovering and advancing big deposits with strong production potential - Mine-to-Market Strategy 100% ownership of mineral exploration licences in Turkey covering approximately 1860 sq km in Turkey – a country rapidly emerging as a location where the potential for finding and developing an economic deposit is favourable. The exploration licences are located in an area, named Isparta Angle in Southwestern Turkey which is recognised as having a unique structural and geological history. AMR’s exploration licence area is a composite of exploration project ground held under title by the AMR Group and designated as AKSU DIAMAS PROJECT Company Overview
  4. 4. Why Thorium ? Only Uranium-235 (U-235), Plutonium-239 (Pu-239) and Thorium/Uranium-233 (U-233) are being used all over the world as Nuclear Energy Fuel. U-235 Only 0,7% of the total Uranium recovered from the nature is U-235. Pu-239 There are no minerals containing Pu. At the Reactors run by Uranium Fuel, Pu is created due to the break-down of Uranium. U-233 In the nature Thorium is found as Th-232. By absorption in very small amounts of U-235 or Pu-239, Thorium is converted to U-233 and all of it is used as a nuclear fuel. To be able to produce 1,000MW electricity 1,000Kg Thorium would be sufficient. The only Thorium producing country is India. It is known that India is producing about 1000-1500 Tons of REO/year. Since, it is known that the Monazites of India are containing 7-8% of Thorium, it is estimated that Thorium Production of India is approximately 100 Tons/year. During the last years apart from countries like India, USA, China, Russia, Canada and Norway and also Nuclear Reactor Manufacturing firms like Westinghouse, AREVA and GE put a certain weight on Nuclear Reactor Technologies based on Thorium but currently prefer not to disclose anything. THORIUM
  5. 5. Why Thorium ? USA based firm Thorium Power which has been active for many years, has been in cooperation with Russia’s Kurchatov Institute. On December 2008, Thorium Power has established a joint venture with one of the leading groups of India, Punj Lloyd, in the field of Thorium Fuel. The overall Thorium Resource of the world currently known is calculated according to the Th content of the monazites containing ratios between 0,1% and 7-8%. As in Norway, generally Monazites are in fine grain sizes of 40-50µ, and the Th containing minerals in them are in the grain size of 1-2µ. Besides the ones in India, one of the largest Thorium Resources currently known is Lemhi Pass deposit in USA which belongs to Thorium Energy Inc. and its proven reserve is 194 Ton ThO2 and probable reserve is 3,579 Ton ThO2. China is producing Thorium as a result of their Rare Earth production. Any Thorium Resource based on THORITE Mineral is not known in the world yet. THORIUM
  6. 6. Why Thorium ? The rationale behind Thorium fuel SIGNIFICANT BENEFITS • Huge global thorium (Th) resources – not in pockets • Excellent material properties in reactor operations • Superior proliferation resistance • Efficient plutonium (Pu) destruction • Generated fissile material (U233) can be re-used in LWRs • Improved environmental credit in a closed fuel cycle • Improved waste characteristics (less volume and toxicity / more stabile) • Can be used in existing commercial reactors • Ordinary fuel fabrication techniques can be applied • Licensable in ordinary regulatory environment Source: Global Th-Resources, tons; Australia 300,000 India 290,000 Norway 170.000 USA 160,000 Canada 100,000 Others 90,000 South Africa 35,000 Brazil 16,000 Malaysia 4,500 *US Geological Survey
  7. 7. ■ India has nuclear and Thorium as main energy strategy ■ Use surplus Pu-239 as seed fuel ■Only 450 kg Th/år Indian 500 MWe Thorium reactor construction WORLDWIDE ACTIVITES ON THORIUM Why Thorium ? India Russia The prototype of Thorium’s design will be tested in a commercial 1,000-megawatt reactor in Russia. Scientists at Kurchatov have been crucial to Thorium’s work.
  8. 8. Why Thorium ? Thorium in Norway Fen area This geological site in the Telemark region is an ancient volcano that contains a unique collection of minerals. Rare earth elements and uranium in addition to at least 1 million tons of thorium are also of commercial interest. Thorium Norway ASA Three parties have mineral rights in Fen : The historic iron miner Cappelen Holding ASA, the Norwegian state and Thorium Norway AS. The latter shares the vision for a cheap and disruptive thorium energy infrastructure. 1 million tons of Th contain minimum 300 yrs of global energy. 1 ton of Th powers the city of Oslo for 1 year - using the MSR ! Debate and opinion Some see thorium taking over from North Sea oil. Vocal environmentalists have criticized both the Accelerator Driven System proposed by Dr Egil Lillestøl and varying Water Reactors proposed by Thor Energi AS. A stable majority of public opinion perceives thorium as acceptable as opposed to uranium. Links Fen area (in Norwegian) Thorium Norway AS Thor Energi Cappelen Holding Egil Lillestøl Norsk Thorium © Thorium ElectroNuclear Ltd Svarvargatan 5, 11249 Stockholm, SWEDEN http://www.torium.se
  9. 9. Why Thorium ? The Report In February 08 Thorium report committee chairman Mikko Kara handed over the document to the Norwegian Minister for Oil and Energy. The Molten Salt Reactor actually comes out in style : The Report recognizes the fact that the MSR is the only GenIV machine that can run on a closed thorium fuel cycle. Also thorium energy should be recognized as CO2-free and sustainable. a Nordic collaboration is recommended Our commentaries to the Report We think that more emphasis should be have been focused in practical detail on reactor safety, operation simplicity, non-proliferation and cost. The committee echoed the Norwegian Geological Survey, NGU, that mining costs for Fen thorium are uncertain. We remind that 10 000€ per kg Th is fully acceptable. Due diligence in Fen will reveal primary revenue streams from Rare Earth Elements REEs allowing for high environmental standards. Thorium Electro Nuclear published commentaries to the Thorium report on the Minister's website. The MSR was mentioned in the Norwegian technical weekly TU. © Thorium ElectroNuclear Ltd | Svarvargatan 5, 11249 Stockholm, SWEDEN | http://www.torium.se
  10. 10. Nuclear power is set to make a comeback Nuclear industry has huge potential for new technologies and new approaches Miners can easily mine thorium instead or as well as uranium Thorium is the Greener alternative to traditional nuclear fuel promising alternative energy source that is safe and sustainable Using Thorium as Nuclear fuel could generate low cost power 1 Kg Th = 1 MWe Substantial long term investment upside Thorium as an additional Greener investment potential to an investors nuclear portfolio along with uranium and nuclear technology Why Thorium ?
  11. 11. Energy Extraction Comparison Uranium-fueled light-water reactor: 35 GW*hr/MT of natural uranium 1000 MW*yr of electricity 33% conversion efficiency (typical steam turbine) 3000 MW*yr of thermal energy 32,000 MW*days/tonne of heavy metal (typical LWR fuel burnup) 39 MT of enriched (3.2%) UO2 (35 MT U) Conversion and fabrication 365 MT of natural UF6 (247 MT U) 293 MT of natural U3O8 (248 MT U) Thorium-fueled liquid-fluoride reactor: 11,000 GW*hr/MT of natural thorium Conversion to UF6 1000 MW*yr of electricity 50% conversion efficiency (triple- reheat closed-cycle helium gas-turbine) 2000 MW*yr of thermal energy 914,000 MW*days/MT 233U (complete burnup) 0.8 MT of 233Pa formed in reactor blanket from thorium (decays to 233U) Thorium metal added to blanket salt through exchange with protactinium 0.8 MT of thorium metal 0.9 MT of natural ThO2 Conversion to metal Uranium fuel cycle calculations done using WISE nuclear fuel material calculator: http://www.wise-uranium.org/nfcm.html
  12. 12. Waste generation from 1000 MW*yr uranium- fueled light-water reactor Mining 800,000 MT of ore containing 0.2% uranium (260 MT U) Uranium fuel cycle calculations done using WISE nuclear fuel material calculator: http://www.wise-uranium.org/nfcm.html Generates ~600,000 MT of waste rock Conversion to natural UF6 (247 MT U) Generates 170 MT of solid waste and 1600 m3 of liquid waste Milling and processing to yellowcake—natural U3O8 (248 MT U) Generates 130,000 MT of mill tailings Enrichment of 52 MT of (3.2%) UF6 (35 MT U) Generates 314 MT of depleted uranium hexafluoride (DU); consumes 300 GW*hr of electricity Fabrication of 39 MT of enriched (3.2%) UO2 (35 MT U) Generates 17 m3 of solid waste and 310 m3 of liquid waste Irradiation and disposal of 39 MT of spent fuel consisting of unburned uranium, transuranics, and fission products.
  13. 13. Waste generation from 1000 MW*yr thorium- fueled liquid-fluoride reactor Mining 200 MT of ore containing 0.5% thorium (1 MT Th) Thorium mining calculation based on date from ORNL/TM-6474: Environmental Assessment of Alternate FBR Fuels: Thorium Note: Special Thanks to Kirk Sorensen of Teledyne Brown Engineering Inc. for these slides Generates ~199 MT of waste rock Milling and processing to thorium nitrate ThNO3 (1 MT Th) Generates 0.1 MT of mill tailings and 50 kg of aqueous wastes Conversion to metal and introduction into reactor blanket Breeding to U233 and complete fission Disposal of 0.8 MT of spent fuel consisting only of fission product fluorides
  14. 14. AMR Project Area Location General Location of the Aksu Diamas Project
  15. 15. AMR Project Area Overview AMR exploration licence area is a composite of adjoining ground held under title by AMR Group and designated as ; 135 Lıcences coverıng 185,608 hectares AMR, is advancing the following exploration projects collectively called the Aksu Diamas Project, within the Isparta Angle –Turkey Thorite and REE Mineralizations in, Canaklı 1-2-3-4 , Kuyubasi, Cobanisa, Kurucaova, Kuzca, Derekoy 1, Derekoy 2, Beskonaklar, Pecenek, Karaseki and Golcuk and possibly other structurally controlled locations in Licence Areas.  Potential mineral commodities in hard volcanic rocks namely Karakaya Tepe (Golcuk) and Gonen Area-target minerals are Radioactive Minerals and Base Metals. AMR also owns an extensive exploration database which contains information about further prospective sites in Turkey. This database provides the Company with a competitive advantage to identify prospective areas for project generation in Turkey. All projects are 100% owned by AMR
  16. 16. Exploration Success: Resource Inventory Technical Summary Findings Potential Th & REE Deposits in the Aksu Diamas Project Name of Deposits Estimated Resource CANAKLI 1 A 50.000.000 Ton CANAKLI 1 150.000.000 Ton CANAKLI 2,3,4 500.000.000 Ton KUYUBASI 80.000.000 Ton COBANISA 150.000.000 Ton KUZCA 1,2,3,4 800.000.000 Ton KURUCAOVA 200.000.000 Ton DEREKOY 1 40.000.000 Ton DEREKOY 2 40.000.000 Ton BESKONAKLAR 1,2,3,4 80.000.000 Ton KIBRIT OVASI 30.000.000 Ton PECENEK 70.000.000 Ton KIZILALAN 40.000.000 Ton KARASEKI 20.000.000 Ton INALAN 30.000.000 Ton
  17. 17. Technical Summary Findings TETRAGONAL AMR THORITE GRAINS The tetragonal nature of the thorite crystals which were obtained during processing of samples from the recent drilling at Çanaklı THORIUM MINERALISATION
  18. 18. EDS Analysis results Quantitative Results AMR 2 Element Net Counts Weight % Atom % Formula Compnd % O 8092 19.31S 66.52 --- Na 115 0.12 0.29 Na2O 0.16 Si 16403 8.17 16.02 SiO2 17.47 Th 54838 67.92 16.13 ThO2 77.29 U 2742 4.48 1.04 UO2 5.08 Total 100.00 100.00 100.00 Thorium in our Thorite
  19. 19. ORE TYPE : Mantle Origin, Heavy Mineral Sand like, Liberated, Pyroclastic Tuff MINING METHOD Quarry : Hydromining - Dredge Concentrator : Hydrocyclone + Spiral + Magnetic Seperator TOTAL RESOURCE : Up to 2 Billion Ton RECOVERABLE RESOURCE BY CONVENTIONAL METHODS : Up to 700Million Ton (35%) (-0,70mm+0,015mm Fractions) AVERAGE GRADE : 1 Kg / Ton TREO 0,1 Kg / Ton Nb2O5 5 Kg / Ton TiO2 60 Gr / Ton ThO2 1 Kg / Ton ZrO2 30 Kg / Ton Fe3O4 (Micronized Magnetite) RECOVERABLE PRODUCTS BY CONVENTIONAL METHODS : 700,000 Ton TREO 3,500,000 Ton TiO2 700,000 Ton ZrO2 70,000 Ton Nb2O5 42,000 Ton ThO2 21,000,000 Ton Fe3O4 (Micronized Magnetite) MINING AND CONCENTRATOR PLANT ESTIMATED OPERATIONAL COST : USD 2–2.50 per Ton IMPORTANT NOTE : The rate of the Recoverable Resource by Conventional Methods is 35% of the Total Resource. This amount was obtained by numerous Gravimetrical Tests applied to our ROM Material. We are aware of the presence of the liberated economical minerals within grain size of -15/25µ. In order to gain these fine economical minerals, Flotation Mineral Enrichment studies are continuing. Once successful Flotation Test-Work is achieved the Recoverable Resource would reach up to 60-70%. Our Resources
  20. 20. Our Thorite (75% Thorium)
  21. 21. ABC Yolu, ABC Plaza Kat:4 34460 Istinye, Istanbul Tel: +90 212 323 3435 Fax: + 90 212 229 5463 amr@amrmadencilik.com.tr AMR Resources Ltd Alliance House 12 Caxton Street London SW1H 0QS Tel: +44 20 7799 1000 Fax:+44 20 7799 1020 ahmet.arda@amrminerals.com www.amrminerals.co.uk Madencilik İşletmeleri San. ve Tic. A.Ş. We are members of:

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