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Business

Fair Work Commission Rejects Inpex Bid to Block Gas Strikes

by Chief Editor June 14, 2026
written by Chief Editor

The Fair Work Commission (FWC) has denied an application by gas giant Inpex to halt industrial action at its Northern Territory facilities, ruling that the potential economic impact of the strikes does not justify federal intervention. Deputy President Michael Easton determined that while the strikes could cause production delays, there is insufficient evidence that these stoppages would inflict significant damage on the Australian economy or pose a genuine threat to public safety, according to the official FWC decision.

Why did the Fair Work Commission reject the Inpex injunction?

The FWC ruled against the injunction because Inpex failed to provide compelling evidence that production stoppages would cause irreparable economic harm. According to Deputy President Michael Easton, while Inpex gas production is valued between $15 million and $22 million daily, periodic shutdowns are a common feature of the LNG sector. The commission noted that Inpex did not prove these lost hours could never be recovered. By dismissing the company’s claims, the FWC affirmed that protected industrial action remains a legitimate tool for workers, provided it does not cross the threshold of endangering national security or public infrastructure.

Why did the Fair Work Commission reject the Inpex injunction?
Did you know?

The Australian LNG sector accounts for a significant share of global supply. Industry analysts often monitor these disputes closely because any disruption in Darwin can ripple through Asian energy markets, which rely heavily on Australian exports for power generation.

How does this impact the ongoing industrial dispute?

Following the FWC ruling, the Offshore Alliance confirmed that industrial action will continue across the Ichthys onshore and offshore facilities. The union, which represents more than 400 workers, is seeking improved employment conditions and a 3 per cent annual pay increase. Despite the legal setback, the commission observed that both parties have made progress toward a new Enterprise Bargaining Agreement (EBA). The Offshore Alliance stated on social media that the strikes will persist until a “benchmark industry standard” agreement is reached.

Comparing claims: Economic damage vs. standard disruption

Party Core Argument
Inpex Stoppages threaten critical export revenue and reliability for Asian partners.
Fair Work Commission Stoppages are manageable; evidence of systemic economic damage is not compelling.

Is there a risk to Northern Territory energy supplies?

The FWC found no “real threat” to public safety regarding gas supplies to the Northern Territory’s Power and Water Corporation. During private hearings, evidence indicated that the utility provider had already implemented contingency measures to handle potential disruptions. According to Deputy President Easton, history suggests these measures are effective, ensuring that hospitals and essential services remain powered even if industrial action forces a temporary reduction in gas flow.

What happens at a Fair Work Commission hearing
Pro Tip:

When tracking industrial disputes in the energy sector, look for “protected action ballots” and FWC hearing transcripts. These documents provide the most accurate timeline of negotiations between unions and large-scale producers like Inpex.

Frequently Asked Questions

  • What is the Offshore Alliance? It is a coalition of unions representing workers in the offshore oil and gas industry, currently negotiating for better pay and conditions at Inpex.
  • Why was the Inpex application for an urgent order dismissed? The FWC ruled that the company failed to prove the strike would cause significant economic damage or endanger the public.
  • What happens next in the Inpex dispute? Industrial action continues while both parties work toward finalizing an Enterprise Bargaining Agreement.

Stay informed on the latest developments in Australia’s energy sector. Subscribe to our weekly newsletter for updates on industrial relations and market trends.

June 14, 2026 0 comments
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Tech

New Method Could Maximize US Oil and Gas Production

by Chief Editor May 31, 2026
written by Chief Editor

The Hidden Trillion-Dollar Reservoir Beneath Our Feet

For decades, the energy industry has operated under a frustrating reality: after the initial excitement of hydraulic fracturing, the majority of oil and natural gas remains trapped deep underground. In many unconventional shale formations, we successfully extract only 3% to 10% of the oil and 5% to 30% of the natural gas. The rest? It stays locked in tiny, microscopic pores, effectively abandoned.

But a quiet revolution is brewing at the National Energy Technology Laboratory (NETL). Researchers are shifting the narrative from “finding new reserves” to “maximizing what we already have.” By unlocking these trapped resources, the U.S. Could fundamentally reshape its energy security and domestic production efficiency.

Decoding the Subsurface with Nuclear Magnetic Resonance

The breakthrough lies in Nuclear Magnetic Resonance (NMR) spectroscopy. While the term sounds like something straight out of a medical imaging clinic, its application in geology is a game-changer. Think of it as an MRI for rock samples.

By placing shale cores into an NMR unit, researchers can map the internal structure of rocks at the nanometer scale. This technology allows scientists to:

  • Quantify porosity: Measuring exactly how much “void space” exists within a rock.
  • Identify fluid signatures: Differentiating between heavy oil, light oil, natural gas, and water.
  • Analyze wetting properties: Determining how fluids interact with the rock surface, which is critical for extraction efficiency.

Pro Tip: The Power of “Huff-and-Puff”

The “huff-and-puff” method involves injecting gases—such as CO2 or natural gas—into a reservoir, letting it soak, and then extracting the mobilized fluids. NMR is the “eyes” that allow researchers to see exactly how these gases move oil out of nanopores that are thousands of times smaller than a human hair.

Simulating the Extreme Subsurface

Laboratory results are only useful if they reflect reality. The NETL team utilizes advanced pressure vessels to simulate the brutal conditions found miles beneath the earth’s surface, reaching pressures of 10,000 psi and temperatures of 100 degrees Celsius.

Petrolern P.A.S.S Talk#27 by Dr Angela Goodman: Estimating Prospective CO2 Storage Using CO2 SCREEN

By observing fluid movement under these extreme conditions, engineers can test surfactants and injection strategies in real-time. This reduces the risk and cost of field-scale operations. Instead of guessing how a reservoir will react to a new injection, companies can now model the outcome with high-precision digital 3D maps of fluid distribution.

Did you know? Some of these nanopores are so little that standard microscopic analysis cannot see them. NMR provides the only reliable way to measure fluid dynamics in these incredibly tight spaces.

Future Trends: Efficiency as the New Discovery

The future of the energy sector isn’t just about drilling more wells; it’s about drilling smarter. As we move toward a more sustainable energy mix, the ability to squeeze more production out of existing infrastructure is vital for maintaining affordable and reliable energy supplies.

Expect to see:

  • Enhanced Oil Recovery (EOR) 2.0: Using high-tech gas injection strategies in shale, rather than just traditional reservoirs.
  • Digital Twins: Using NMR data to create digital models of reservoirs, allowing for precise, data-driven extraction decisions.
  • Carbon Utilization: The use of CO2 in “huff-and-puff” cycles could potentially serve as a dual-purpose strategy: boosting oil recovery while sequestering carbon deep underground.

Frequently Asked Questions

What is the “huff-and-puff” method?
It is an extraction technique where gases (like CO2 or natural gas) are injected into a rock formation, allowed to “soak” into the pores to mobilize oil, and then extracted back out.
Why is NMR technology important for oil recovery?
It allows scientists to “see” inside microscopic rock pores, helping them understand how to move fluids that were previously considered unrecoverable.
Is this technology environmentally friendly?
By increasing efficiency, companies can produce more energy from existing wells, reducing the need for new surface disturbances. Using CO2 for extraction can contribute to carbon sequestration efforts.

What are your thoughts on the future of energy extraction? Do you believe technology can bridge the gap between energy demand and environmental goals? Share your insights in the comments below or subscribe to our newsletter for the latest updates on energy innovation.

May 31, 2026 0 comments
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