Melbana Energy Limited · ASX:MAY

Melbana Energy — 7th Methanol Markets & Tech, 2012

20 slides from Melbana Energy's conference presentation, May 11, 2012

  1. Slide 1: Tassie Shoal Methanol Project

    Tassie Shoal Methanol Project 7th Methanol Markets & Tech, 10-11th May 2012 Shanghai, China

  2. Slide 2: MEO Australia Portfolio Overview

    MEO Australia Portfolio Overview Australia and South East Asia Focus |||||| BANGKOK THAILAND CAMBODIA ANMAR MANORA G 22 // 44 88 G JASMINE BUALUANG Gulf of Thailand TERIPANG SERUWAY PSC ARUN GURAME LEMURU r SALEM S A L 0 kilometers 25.00 E KUALA LANGSA M North Sumatra Indonesia PNG SS O OUU TT H H M

  3. Slide 3: Strong Partnerships with Global Majors

    Strong Partnerships with Global Majors Proven Ability to Attract Major Industry Players Eni (2011) • Farm-in for 50% interest in NT/P68 • Full carry for up to 3 wells and 3D seismic program • Full carry to FID (including appraisal) plus US$75m payment to MEO for additional 25% interest • Potential v

  4. Slide 4: Tassie Shoal Projects

    Tassie Shoal Projects Overview • Offshore north west Australia Australia • Methanol: 2 of 1.75MTA plants, built in two stages (TSMP1 & TMSP2) • LNG: 3MTA LNG plant (TSLNG) • Federal & State Government Environmental approvals in place • Major Project Facilitation status 430 hectares with water depth

  5. Slide 5: Tassie Shoal is Centrally Located

    Tassie Shoal is Centrally Located A Shallow Water Development Site • Methanol production provides a monetisation path for regional high CO2 resources 5 MEO Australia Limited

  6. Slide 6: Methanol vs LNG Production

    Methanol vs LNG Production Higher CO2, Smaller Resources Suit a Methanol Development 1. If a large resource with high CO2, sequestration becomes an option for LNG production. 2. If smaller resource with high CO2, methanol production is an economic 1 alternative 3 3. For mid-size resources 2 with mod

  7. Slide 7: The Case for Methanol

    The Case for Methanol Assessment of Economics, Practicality, Diversity • Economics – Huge capex savings vs FLNG (~US$7B) – ~US$2B capex savings vs an onshore methanol plant – New markets for methanol, huge growth potential • Practicality – Avoid CO2 separation issues – Avoid CO2 sequestration/reinje

  8. Slide 8: TSMP Concept a Practical Solution

    TSMP Concept a Practical Solution Design Issues with Floating or LNG Only Developments Avoided AVOID CO2 separation issues SMR converts CO2 to methanol AVOID floating vessel motion issues AVOID CO2 offshore reinjection complexities AVOID long pipelines to onshore facilities 8 MEO Australia Limited

  9. Slide 9: TSMP Designed Using Industry Leaders

    TSMP Designed Using Industry Leaders Final selections of partners will be made during FEED/EPC 9 MEO Australia Limited

  10. Slide 10: Overall Design Concept

    Overall Design Concept Methanol Plants & LNG Plant Accommodation and Control Platform Accommodation and (ACP) Control Platform (ACP) LNG Plant (~3 MTA) Methanol Methanol Plant Plant LNG Plant (1.75 MTA Stage 1 only) (1.75 MTA Stage 1 only) (~3 MTA) MEO 100% LNG Tank (170,000 m3) LNG Tank (170,000 m3

  11. Slide 11: Siting on Tassie Shoal

    Siting on Tassie Shoal Preliminary Layout Optimizes use of Shallow Water Site • 14 metre water depth • Shorter pipelines – 275kms closer to regional resources than a Darwin 14m onshore base • Lower construction costs – SE Asian construction and towing to Tassie Shoal • Avoids coastal construction an

  12. Slide 12: TSMP Design uses Proven Technology

    TSMP Design uses Proven Technology Davy Process Technology & Concrete Gravity Base Structure  Process plant based on Davy  Enhanced ‘stick-build’ on deck in + = Process Technology plants casting basin  Concrete Gravity Base structure  Installed by ballasting in 14m water  Transported as a barge

  13. Slide 13: TSMP Topsides Key Features

    TSMP Topsides Key Features Davy Process Technology SMR Process • Optimal design to convert high CO2 feed gas to synthesis gas 13 MEO Australia Limited

  14. Slide 14: Accommodation and Control Platform (ACP)

    Accommodation and Control Platform (ACP) • Separated from plant and storage • Bridge connection to production/processing plant 14 MEO Australia Limited

  15. Slide 15: TSMP Operations & Logistics

    TSMP Operations & Logistics Onshore Base in Darwin, NW Australia • Capital City support facilities • Existing offshore support base, under expansion Darwin, Australia – Logistics support: supply base, supply & crew boats, helicopters • TSMP primarily controlled on-site via Accommodation & Control Pl

  16. Slide 16: TSMP Casting Basin Site Selection

    TSMP Casting Basin Site Selection South East Asia Focus • Potential construction sites inspected • Development costs estimated • Key Criteria: – Area – Ground conditions – Channel depth – Fabrication facilities – Workforce skills – Tow distance and risks 16 MEO Australia Limited

  17. Slide 17: Modular Commercial Structure

    Modular Commercial Structure Current focus on TSMP1 Upstream JV(s) Midstream JV(s) Downstream Offtaker(s) Methanol SPA(s) Current Focus Area JV or GSA Supply LNG SPA(s) 17 MEO Australia Limited

  18. Slide 18: Commercial Status

    Commercial Status • Preliminary discussions held with key methanol market participants • Expressions of Interest received for 8.3MTA methanol offtake from TSMP1 (capacity 1.75MTA) • Forward Plans – Continue exploring synergies between TSMP1 offtake sale to Foundation Buyers and midstream/upstream in

  19. Slide 19: Overall....

    Overall…. • Tassie Shoal Methanol Projects have distinct competitive advantages – Uses CO2 in SMR process – Centrally located – Shallow water design reduces costs – Construct in low cost SE Asian location – Environmental Approvals in place • Expansion potential offers benefits for foundation investo

  20. Slide 20: Thank you for your interest

    Thank you for your interest For more information ….www.meoaustralia.com.au 20 MEO Australia Limited

Melbana Energy — 7th Methanol Markets & Tech, 2012 on 6ix