QRC welcomes Senex Decarbonisation Action Plan

  • Posted 11 October, 2021
  • Media Releases

October 11

Click here for photo of QRC Chief Executive Ian Macfarlane.

Click here for media statement from Senex Energy.


The Queensland Resources Council (QRC) has welcomed the released of Senex Energy’s Decarbonisation Action Plan and its company ambition to reduce greenhouse gas emissions across its operational footprint to net zero by 2040.

QRC Chief Executive Ian Macfarlane said the resources sector had a role to play in reducing greenhouse gas emissions, and that work is well underway across the sector to deliver on that objective.

QRC supports the MCA’s statement regarding the industry’s ambition to achieve net zero emissions by 2050.

“QRC and its members are committed to working together to achieve energy security while taking proactive steps towards a low-emissions economy,” Mr Macfarlane said.

“Senex’s example today is another case study of the significant work already underway in the resources sector to deliver a strong future for the sector, for the economy and to reduce greenhouse gas emissions. It also highlights the important role of gas in moving towards a lower-emissions economy.

“An orderly transition to a low-emissions economy will require an integrated set of national policies, which are technology-neutral.

“QRC supports the Paris Agreement and its emissions reductions goals to limit global warming to well below 2, preferably to 1.5 degrees Celsius, compared to pre-industrial levels.

“Climate change is a critical global challenge, which must be addressed by all parts of society. The resources industry is committed to being part of the global solution.

“In their own operations, QRC members are already working to lower emissions and reduce energy costs by improving energy efficiency, adopting renewable energy, investing in co-generation and implementing demand management.

“The ongoing strength of the resources sector will be essential to realise the benefit of new economy minerals, including their role in new energy sources such as renewables and hydrogen.”