Could capturing and storing carbon reduce the mining industry's environmental impact?

Capturing and storing carbon emitted during mining operations has gained significant attention recently. This potential solution could significantly mitigate the mining industry's environmental impact, making it a topic of great importance.

Why is energy storage a challenge in the mining industry?

The challenge, however, is that the mining industry requires an immense amount of energy storage capacity and for much longer time periods than much of the current battery technology can provide. “We are hoping that as the technology grows, [the storage capacity and duration] will increase.”

Can re-integration improve the mining sector's environmental sustainability?

Primarily, the key findings indicate the significant potential of RE integration, CCS technologies, energy efficiency management, and improvements to reduce the carbon footprint and transform the mining sector's environmental sustainability.

What is the mining sector's circular energy and carbon management?

The mining sector's circular energy and carbon management involves implementing strategies and technologies that minimize energy consumption and reduce GHG emissions (Alsarhan et al., ).

What are effective carbon pricing policies for the mining sector?

6.10. Policy Recommendations for the Mining Sector Effective carbon pricing policies for the mining sector should consider several factors. First, policies should be designed to minimize negative impacts on competitiveness, potentially through mechanisms like border carbon adjustments.

Can energy storage be a source of untapped financial value for mining companies?

In the first two modalities of decarbonisation, energy storage becomes a source of untapped financial value for mining companies. As demand for renewable energy generation and storage grows, the demand for products that only mining companies can produce also grows, from lithium and cobalt and manganese to copper and aluminium.