资源环境科技发展态势分析平台

The MCA released today a report by Commodity Insights, a specialist advisory firm, on the outlook for thermal coal demand in the Asia Pacific region.

This presents a challenge to work harder to reduce emissions in the region to meet Paris Agreement goals, including through the use of technology such as carbon capture, utilisation and storage (CCUS).

The report updates 2018 analysis of seaborne thermal coal demand in the Asia Pacific region to 2030 and projects that Asian thermal coal imports are expected to grow by more than 270 million tonnes (Mt) to 1.1 billion tonnes per annum.

This forecast is sensitive to assumptions about technology costs and additional steps countries may take to respond to climate change.

Australian thermal coal is amongst the highest quality in the world, enabling more energy to be produced with less CO₂ emitted per kWh of electricity produced than most alternative sources.

It is critically important to achieve global net zero emissions, and there are clearly challenges ahead in the Asia-Pacific region in relation to emissions reduction, requiring consideration of low-emissions technologies such as CCUS, renewables, gas and nuclear power to meet Paris Agreement goals.

Australia’s minerals industry has commenced implementation of the MCA Climate Action Plan, focused on driving low-emissions technology within operations and across mine sites, transparency and reporting and knowledge sharing.

As the world recovers from COVID-19 and works towards a zero net emissions future, Australian minerals companies will play a central role in providing the resources needed to grow sustainably in coming decades.

In 2019-20, Australia’s exports of thermal and metallurgical (steel-making) coal were worth $54.6 billion which was 11.5 per cent of Australia’s total export revenue ($474.8 billion).

An update of the medium term outlook for metallurgical coal is expected in 2021.

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201027 Technology to help meet future emissions challenges.pdf

201027 Technology to help meet future emissions challenges.pdf