OPERATIONS

Arrow supply deal a boost for CBM

The directors of Arrow Energy will probably be smiling today after signing a Memorandum of Unders...

This article is 22 years old. Images might not display.

The deal with Ergon Energy could be equal around 2.7 petajoules of coal bed methane per year for 15 years as the Government utility considers spending $30 million on two new power plants in south-west Queensland.

The MOU provides for assessment and feasibility studies for a 20MW gas fired electricity generator for network reinforcement in the Oakey region in south-east Queensland and 12MW of well-head electricity generation for a coal seam gas development within ATP 683P near the town of Dalby.

Final feasibility studies for the projects are targeted for completion during 2004.

With this agreement, and previously announced arrangements, Arrow now has agreements and MOUs in place to supply up to 11 PJ of gas per annum from its projects (Arrow's net interest 7.4 PJ pa) for a minimum of 15 years to three major Queensland customers.

Arrow shares firmed on the news rising around 10% to 28 cents at the time of print.

TOPICS:

A growing series of reports, each focused on a key discussion point for the energy sector, brought to you by the Energy News Bulletin Intelligence team.

A growing series of reports, each focused on a key discussion point for the energy sector, brought to you by the Energy News Bulletin Intelligence team.

editions

Future of Energy: The Role of Batteries Report 2026

The role of batteries and storage in Australia’s energy transition

editions

Future of Energy Report: Nuclear Power in Australia 2024

Energy News Bulletin’s new report examines what the energy and resources industry thinks of the idea of a nuclear-powered Australia.

editions

ENB CCS Report 2024

ENB’s CCS Report 2024 finds that CCS could be the much-needed magic bullet for Australia’s decarbonisation drive

editions

ENB Cost Report 2023

ENB’s latest Cost Report findings provide optimism as investments in oil and gas, as well as new energy rise.