Amplitude Energy Hits 49m Net Pay at Juliet-1 in Proven Otway Gas Reservoir

Amplitude Energy's Juliet-1 well has struck gas in the Waarre C reservoir with 49 metres of net pay and a gas water contact below total depth — a result that validates the geological model and keeps the upside volume open ahead of wireline logging.
By William Hadrian -
  • Juliet-1 intersected at least 60 metres of gross gas-bearing interval and 49 metres of interpreted net pay in the Waarre C reservoir, reaching total depth of 2,299m TVDSS on 7 September 2026 ahead of schedule and under budget.
  • The gas water contact is interpreted as being below total depth, meaning the full gas column was not drilled through — preserving upside in the resource volume that wireline logging will now help quantify.
  • Three converging technical signals — elevated gas readings, elevated LWD resistivity, and 49 metres of net pay consistent with offset Waarre C fields — support the probable hydrocarbon interpretation.
  • Juliet-1 sits adjacent to the existing Casino, Henry, Netherby pipeline, meaning potential tie-in infrastructure is already in place if the well is developed.
  • Wireline pressure and sample data expected within days will be the next material catalyst, informing resource volume estimates and the decision on whether to complete Juliet-1 as a producing well.
Summarise with AI:

Juliet-1 strikes gas: 49 metres of net pay in Waarre C reservoir

Amplitude Energy has intersected a high-quality gas-bearing Waarre C reservoir at its Juliet-1 exploration well in the Offshore Otway Basin, recording at least 60 metres of gross gas-bearing interval and 49 metres of interpreted net pay. The well reached total depth safely on 7 September 2026, ahead of schedule and under budget.

Parameter Detail
Well name Juliet-1
Permit VIC/L24, Offshore Otway Basin
Total depth 2,299m TVDSS
Reservoir intersection depth 2,129m TVDSS
Gross pay At least 60 metres
Net pay (interpreted) 49 metres

Preliminary drilling and logging data recorded elevated gas readings in the Waarre C reservoir, coinciding with elevated resistivity readings on Logging While Drilling (LWD) tools, consistent with probable hydrocarbon presence. The gas water contact is currently interpreted as being below total depth, a point that carries meaningful implications for the well’s upside potential.

Juliet-1 Subsurface Depth and Reservoir Metrics

What Waarre C means for investors

The Waarre C formation is the same geological unit intersected in other Waarre C reservoirs at offset fields, giving investors a direct benchmark for reservoir quality and thickness. Juliet-1 is located adjacent to the existing Casino, Henry, Netherby (CHN) pipeline.

Logging While Drilling (LWD) is a technology that records real-time subsurface data as the drill bit advances, including resistivity readings that signal hydrocarbon presence. When those resistivity readings spike in the same interval where elevated gas is detected, that is the technical signature for probable hydrocarbons — and that is exactly what Juliet-1 delivered.

Three technical signals support that interpretation:

  • Elevated gas readings recorded in the Waarre C reservoir
  • Elevated resistivity on LWD tools coinciding with those gas peaks
  • 49 metres of interpreted net pay consistent with offset Waarre C fields

The gas water contact being interpreted below total depth is a particularly positive indicator. It means the productive interval is not yet fully defined at its base — the well did not drill through the entire gas column. That preserves upside potential in the resource volume that wireline logging will now help to quantify.

Results to date are described by the company as in-line with pre-drill expectations for reservoir quality and thickness. This is not a miss. It validates the geological model used to target Juliet-1 as an offset to the CHN fields.

Ahead of schedule: what happens next

The Juliet-1 programme is currently ahead of schedule and budget, with a clear forward work programme now underway. All activities are expected to complete over approximately the next two weeks.

  1. Wireline logging — pressure and sample data collection in coming days to inform resource volume estimates and determine initial gas composition
  2. Completion decision — once wireline results are reviewed, a decision on completing the well will be made
  3. Well clean-up and suspension — clean-up operations to inform reservoir deliverability, followed by suspension of the well
  4. Laboratory analysis — further work to confirm gas composition, including any non-hydrocarbon gas content such as CO₂, N₂, and H₂S, which have not yet been quantified

One important caveat investors should hold front of mind: no estimate of petroleum reserves or contingent resources is being reported at this stage. The intersection of a gas-bearing reservoir does not, of itself, confirm the presence of commercially recoverable hydrocarbons. Interpretation of the data is ongoing and remains subject to further logging, testing, and evaluation.

Amplitude Energy’s strategic position in southeast Australian gas

The Juliet-1 result sits within a broader portfolio strategy that AEL has been building across the Otway and Gippsland Basins. The company is operator and 50% working interest holder in VIC/L24, with O.G. Energy holding the remaining 50% interest.

One factor that could reduce future development infrastructure requirements, if the well is developed, is Juliet-1’s location adjacent to the existing CHN pipeline. That proximity means potential tie-in options are available without the need for standalone pipeline construction.

AEL’s wider portfolio includes undeveloped discovered resources at the Annie and Manta gas fields, as well as a suite of Otway and Gippsland Basin exploration prospects. The company supplies the southeast domestic gas market through long-term customer contracts while retaining exposure to spot market pricing — meaning successful exploration at Juliet-1 feeds directly into the company’s capacity to grow supply.

Wireline results expected in coming days will be the next material datapoint for investors watching this well. The pressure and sample data collected will shape the resource volume picture and the decision on whether to complete Juliet-1 as a producing well.

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Frequently Asked Questions

What did Amplitude Energy find at the Juliet-1 well?

Amplitude Energy intersected a gas-bearing Waarre C reservoir at Juliet-1 in the Offshore Otway Basin, recording at least 60 metres of gross gas-bearing interval and 49 metres of interpreted net pay, with the gas water contact interpreted as being below total depth.

What does it mean that the gas water contact is below total depth at Juliet-1?

It means the well did not drill through the bottom of the gas column, so the full productive interval has not yet been defined — this preserves upside in the resource volume, which wireline logging will now help to quantify.

What is the Waarre C reservoir and why does it matter for Juliet-1?

The Waarre C is a proven geological formation intersected at other producing offset fields in the Otway Basin, giving investors a direct benchmark for reservoir quality and thickness — Juliet-1's results were described as consistent with those offset fields.

What happens next after Juliet-1 reached total depth?

Over approximately the next two weeks, Amplitude Energy will conduct wireline logging to collect pressure and sample data, make a completion decision based on those results, and carry out laboratory analysis to confirm gas composition including any non-hydrocarbon content such as CO₂ and H₂S.

Has Amplitude Energy confirmed a commercial gas discovery at Juliet-1?

No — the company has not reported any estimate of petroleum reserves or contingent resources at this stage, and has stated that the intersection of a gas-bearing reservoir does not, of itself, confirm the presence of commercially recoverable hydrocarbons.

William Hadrian
By William Hadrian
Partnerships Director
William supports Discovery Alert subscribers across Australia and overseas, helping them tailor alerts, troubleshoot technical issues, and optimise platform settings to suit their workflow.
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