About two and a half weeks ago during a scheduled longwall move, an area of the North Goonyella Mine in Australia began registering higher gas levels. The mine also has recorded slightly elevated temperatures caused by low-level oxidation of some coal. These types of events do occur from time to time in underground mines.

Mine management quickly assessed the facts, took appropriate steps, removed people from underground, contacted the Queensland Mines Inspectorate and industry experts, and began mobilizing resources to correct the situation.

Steps taken have included pumping nitrogen near the face to reduce levels, with recent indications that process is yielding success with current gas levels below their peak.

'The health and safety of employees is always the number-one priority at Peabody. Our gas monitoring and safety systems are designed specifically for these types of events and detected the elevated levels of gas in a timely manner,' said Peabody President -Australia George Schuller. 'We will continue to conduct our response efforts in a safe and sustainable way, with our employees returning underground when it is safe to do so.'

Peabody is well over halfway through the two-month longwall move at this point, with the majority of major equipment already transferred and 78 shields remaining to be moved. Services such as power, ventilation and normal water management activities in the mine continue, and the mine is shipping from inventories.

The longwall move, which was expected to be completed in September, is now targeted for completion in the early part of the fourth quarter. Prior to this time, the company had been trending to the upper end of its 2018 metallurgical coal sales volume targets, and those targets have not been revised. The company will continue to communicate progress as it occurs.

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Peabody Energy Corporation published this content on 19 September 2018 and is solely responsible for the information contained herein. Distributed by Public, unedited and unaltered, on 19 September 2018 21:47:09 UTC