Australia approves seabed site where a Japanese company will store carbon pollution
Associated Press (AP)
Associated Press (AP)· 2 min read
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🗞️ Driving the news: Australia has designated an offshore seabed site where Japanese energy company Inpex plans to store up to 443 million metric tons of CO₂ over 35 years
• Located 260 kilometres offshore from Darwin in the Timor Sea, the project marks another step in the expansion of carbon capture and storage (CCS), a technology increasingly central to industrial decarbonization debates
🔭 The context: The project would inject captured CO₂ into the West Peron deep saline aquifer, with the nearby Ichthys liquefied natural gas facility expected to be its primary customer
• Inpex is required to complete environmental assessments and secure additional government approvals before injection begins
• While the International Energy Agency recognizes CCS as a climate mitigation tool, its net-zero scenario assigns it less than 5% of emissions reductions by 2050
🌍 Why it matters for the planet: CCS could help reduce emissions in difficult-to-decarbonize sectors such as steel, cement and shipping
• However, environmental groups warn that dredging, drilling, underwater noise, chemical discharges and increased marine traffic could threaten dugongs, turtles, seabirds and whales
• Critics also argue CCS risks prolonging fossil fuel dependence rather than accelerating phase-outs
⏭️ What’s next: Inpex will continue environmental assessments and pursue regulatory approvals before making a final investment decision and commencing CO₂ injection
• The project could eventually accommodate emissions from additional companies, while Australia and Japan continue positioning CCS as part of their climate strategies
💬 One quote: : “We see it as a greenwashing tactic that fossil fuel companies are using to green light continued pollution instead of doing the obvious choice of ramping down production and phasing out fossil fuels.” - Australian Marine Conservation Society campaigner Chelsea Deng
📈 One stat: 443 million metric tons of CO₂ — the maximum storage capacity of the proposed Australian offshore site over 35 years, according to Inpex
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