Origin Energy Limited · ASX:ORG
Origin Energy — Technical Presentation (September 2011)
20 slides from Origin Energy's technical presentation, Sep 20, 2011
Slide 1: Upstream and Talinga Gas Processing Plant
Upstream and Talinga Gas Processing Plant Presented by Paul Zealand Chief Executive Officer, Upstream Origin Operational Review and Asset Visit 19-20 September, 2011
Slide 2: Origin responsible for APLNG upstream program
Origin is responsible for the upstream program for Australia Pacific LNG leveraging Origin’s 14 years’ CSG production experience … Origin and APLNG exploration and production permits in the Surat and Bowen basins … and addressing a high quality and diversified acreage position 2|
Slide 3: APLNG Reserves and Upstream Production Costs
APLNG has sufficient gas to underpin two trains, with 3P reserves of 14,742 PJ and an additional 10,050 PJ of contingent resources … APLNG Reserves and Resources Upstream Gas Production Costs Upstream Production Costs Train 1 Train 2 3C = 10,050 2C = 4,041 Lower unit Ramp and Tail cost gas 3P = 14,7
Slide 4: APLNG holds acreage in both regions' sweet spots
Australia Pacific LNG holds acreage in both of the regions’ “sweet spots” – Spring Gully/Fairview and the Undulla Nose • Australia Pacific LNG’s CSG position has the following characteristics: • Prime acreage in both Queensland CSG “sweet spots” of Spring Bowen Basin Gully/Fairview (Bowen Basin) and
Slide 5: Production characteristics alongside best US regions
The Spring Gully/Fairview and Undulla Nose regions have production characteristics ranking alongside the best producing regions in the US Field Net Coal Gas Content Permeability Australia Spring Gully/Fairview ** *** *** Walloons - Undulla Nose *** ** *** Walloons - Eastern *** * ** Walloons – North
Slide 6: Gas Plant construction sequence mirrors reservoir permeability
Gas Plant construction sequence mirrors reservoir permeability Surat Simplified CSG Permeability Key Unconventional Phase 1B Reservoir Characteristics Phase 2 • Net coal • Gas content/Saturation • Permeability • Natural Fracture Networks • Rock Strength Numbers represent (”fraccability”) the locatio
Slide 7: CSG – Production History
CSG – Production History 120 Non Operated Fields: Spring Gully Spring Gully Spring Gully Talinga Phase 1&2 Phase 3&4 Phase 5 & 6 Phase 1 Fairview. 100 47 PJ/a. 12 PJ/a APLNG share Kenya. 30 PJ/a. 12 PJ/a APLNG share 80 Talinga 60 Kenya PJ/a Denison Trough Spring Gully 40 Peat Moura 1990-2000 Fairvie
Slide 8: Talinga Gas Processing Plant
Talinga Gas Processing Plant
Slide 9: The Talinga Gas Processing Plant
The Talinga Gas Processing Plant 9|
Slide 10: Darling Downs Power Station (DDPS) Pipeline
Darling Downs Power Station (DDPS) Pipeline - Wallumbilla to DDPS via Talinga • 205 km and potentially up to 400 TJ per day to Darling Downs Power Station • Pipeline installed and commissioned with low pressure gas 10 |
Slide 11: Key Infrastructure/Facilities are located on APLNG properties
Key Infrastructure/Facilities are located on APLNG properties Turinga and Rockwood 11 |
Slide 12: Talinga Construction
Talinga Construction O origin [2 Yjijmcd
Slide 13: Talinga Rehabilitation
Talinga Rehabilitation The above images illustrate the rehabilitation efforts to reinstate the environment in areas where wells have been installed 13 |
Slide 14: New Generation Drilling Rigs
New Generation Drilling Rigs Savanna Drill Rig 406 14 |
Slide 15: Design Evolution – Compressors
Design Evolution – Compressors Spring Gully • Spring Gully has a 4 stage Talinga Spring Gully reciprocating compressor Talinga model: - Vibration - No flexibility to inlet conditions • Talinga has a combination of screw & reciprocating compressors: - No vibration - Large range of suction pressure fl
Slide 16: Design Evolution – Water Treatment Plants
Design Evolution – Water Treatment Plants Spring Gully • Spring Gully had the Talinga Spring Gully first Reverse Osmosis Talinga (RO) for CSG • Spring Gully completed the first creek discharge • Spring Gully water is also used for irrigation (Pongamia) • Talinga applied Lessons Learnt from Spring Gu
Slide 17: Design Evolution – Ponds
Design Evolution – Ponds Spring Gully Talinga Spring Gully Talinga • Spring Gully has had very little flexibility between ponds • Talinga has transfer and flexibility between most ponds • Spring Gully’s ponds are clay lined • Talinga’s ponds are HDP lined and are of a higher specification • Spring G
Slide 18: Design Evolution – Wellheads
Design Evolution – Wellheads Spring Gully Talinga Spring Gully • Spring Gully’s Talinga wellheads have: - No automation - 1 operator per 15 wells - Slow install (6 welds) - Hydra pack with oil and service requirements - Flexi hose which results in high maintenance requirements - Larger drill pads •
Slide 19: Operations Capability
Operations Capability • Production capacity was doubled in 14-15 months • Jobs were sourced through local labour • Manning and automation will be minimised with central control S Integrated Operations Centre, Brisbane • APLNG’s upstream operations have internal support capability for: – Engineering
Slide 20: Thank you
Thank you
Origin Energy — Technical Presentation (September 2011) on 6ix