Melbana Energy Limited · ASX:MAY

Melbana Energy — MEO Australia — SEAAOC Conference 2010

19 slides from Melbana Energy's conference presentation, Sep 23, 2010

  1. Slide 1: SEAAOC Conference

    Disclaimer This presentation includes certain forward-looking statements that have been based on current expectations about future acts, events and circumstances. These forward-looking statements are, however, subject to risks, uncertainties and assumptions that could cause those acts, events and ci

  2. Slide 2: LNG demand – strong historical growth

    LNG demand – strong historical growth Most forecasts suggest tripling by 2030 140 Asian Net Gas Imports China 120 100 80 Other 60 South Korea 40 Japan 20 Mtpa Source: BP Statistical Review 2009 0 1970 1975 1980 1985 1990 1995 2000 2005 • Market has evolved from  Niche fuel  Predominantly Japanese

  3. Slide 3: ~25 Tcf of regional gas remains undeveloped

    ~25 Tcf of regional gas remains undeveloped Best quality resource is in production, remaining resources challenged Timor-Leste Evans Shoal-2 DST-1: 25 MMcfd 2500m DST-1A: 5.5 MMcfd 8% Abadi 10 Tcf Indonesia Greater 4% Australia Sunrise Barossa-1 % Barossa DST-1: <1 MMcfd CO2 Evans 16% DST-2: 30 MMcf

  4. Slide 4: Cost of Carbon?

    Cost of Carbon? A major challenge for undeveloped gas resources 4

  5. Slide 5: CO2 emissions intensity

    CO2 emissions intensity Projects must deal with carbon to achieve Environmental Approvals CSG gas gathering 875 km pipeline to Darwin   Developed Developed Developed Developed Developed Developed Developed Devel’d Devel’d Gas production emissions intensity Drivers: • CO2 content in reservoir gas -

  6. Slide 6: Geo-sequestration is an option

    Geo-sequestration is an option Substantial initial capital costs and long term monitoring required • Substantial baseline and ongoing CO2 monitoring program • Economy of scale = large identified resources • Gorgon Project – an example of CO2 sequestration Gorgon CO2 Seismic Baseline Survey - 2009 So

  7. Slide 7: Bio-sequestration is another

    Bio-sequestration is another Emerging industries are building sequestration capability Origin Energy & BG Tree planting Algae Industry Pilot Plant • Origin Energy and BG contract for tree planting − Cost of $29 per tonne captured CO2 • GLNG Irrigation Project − Combined saline water disposal and car

  8. Slide 8: Methanol production also sequesters CO2

    Methanol production also sequesters CO2 And can sanitise gas with moderate CO2 content for LNG production Sequestration in companion Methanol plant 9% CO2 Feed Gas Example 74% of feed 67% of revenue LNG US$1.36bn/yr 480 mmscfd LNG Plant 3.0 Mtpa (at average 2006-present $ 4.5 Tcf, Japan LNG import p

  9. Slide 9: Tassie Shoal Projects – an integrated approach

    Tassie Shoal Projects – an integrated approach A modular hub ready for gas – with a wide quality tolerance range... Accommodation and Control Platform (ACP) Methanol Plant LNG Plant (5,000 tpd/1.75 Mtpa Stage 1 only) (3.0 Mtpa) (For CO2 sequestration) MEO 100% MEO 50%, Air Products 50% LNG Tank (170

  10. Slide 10: Methanol plant – de-risking reservoir uncertainty

    Methanol plant – de-risking reservoir uncertainty Uses a fraction of the gas resource required for an LNG plant 30 Uneconomic (unless blended) 25 2 Methanol Plants 1 Methanol Plant 3 Mtpa LNG + 1 Methanol Plants 20 CO2 Content (%) 3 Mtpa LNG + 2 Methanol Plants 15 10 CO2 sequestration Uneconomic 5 (

  11. Slide 11: ~25 Tcf of gas seeking a regional solution

    ~25 Tcf of gas seeking a regional solution TSMP provide CO2 solution to unlock regional value Timor-Leste 2500m Abadi Indonesia Greater Australia Sunrise Barossa Evans Shoal Caldita Blackwood Joint Petroleum NT/P68 (100% MEO) Heron Development Evans Shoal-2 Area DST-1: 25 MMcfd DST-1A:Tassie Shoal 5

  12. Slide 12: Implications of a regional solution

    Implications of a regional solution The bulk of undeveloped gas resources could be commercialised >20 Tcf = 3.0 Mtpa LNG Plant = 1.75 Mtpa Methanol Plant Potential Gas Developed • Sufficient undeveloped gas within 150km of Tassie Shoal to support at least: − 5 x 1.75 Mtpa Methanol Plants; & − 4 x 3.

  13. Slide 13: Tassie Shoal Methanol Project (TSMP)

    Tassie Shoal Methanol Project (TSMP) Brings the gas processing plant to gas field – eliminating long pipelines Davy Process Technology M5000 Plant in Trinidad + = Methanol Plant on Concrete Gravity Structure (CGS) • Off-the-shelf technology • DPT, Arup & Aker Kvaerner designs ExxonMobil’s Adriatic L

  14. Slide 14: Methanol Demand – China Only

    Methanol Demand – China Only High forecast demand growth 25 Million tonnes per annum (Mtpa) 20 15 Fuels (direct use and additives) 10 5 Chemicals & other - 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 11.8 x 1.75 Mtpa forecast Methanol Plants • Strong growth averages more than one 1.7

  15. Slide 15: Timor Sea LNG Plant (TSLNGP) – no floating risks

    Timor Sea LNG Plant (TSLNGP) – no floating risks “MEO plans smallest footprint 3.0 Mtpa LNG plant” Conventional Concrete and Steel LNG Tanks Conventional Concrete Gravity Based Structure • One 3.0 Mtpa module • 170,000 m3 LNG storage • Arup, Air Products and Worley Air Products 3.0 Mtpa LNG Arup sel

  16. Slide 16: Prelude and Greater Sunrise FLNG

    Prelude and Greater Sunrise FLNG “Shell plans world’s biggest ship at Australian field” Source: http://royaldutchshellplc.com 16

  17. Slide 17: Heron gas discovery – potential LNG size field

    Heron gas discovery – potential LNG size field Studies used acoustic impedence on 3D seismic to model porosity High impedance at Early structure Heron-2 well bore conforms with 12,800,000 ==> 6% better porosity implies preservation due to gas charge Low impedance = possible better reservoir quality

  18. Slide 18: Artemis–1: WA-360-P

    Artemis–1: WA-360-P “~12 Tcf prospect, strategically located near existing/planned LNG projects” East Artemis Prospect (~12 Tcf) Songa Venus Multiple commercialisation options WA-361-P (MEO 50%) Pluto Project (4.5 Tcf) 1 train under construction Perseus Expansion needs gas North Rankin WA-360-P (MEO

  19. Slide 19: Concluding remarks

    Concluding remarks The pieces are coming together... • Proposed Tassie Shoal development hub Robust economic solution for all undeveloped gas TSMP sequesters CO2 into methanol derivatives LNG project approved for low CO2 gas • 100% equity in two NT/P68 gas discoveries Seeking partner to appraise

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