Aluminium Is Entering A New Era

 | May 24, 2021 06:12PM ET

The path to a net-zero economy has dual implications for aluminum on both the supply and demand side. That may see the aluminum market shift into deficit in the medium term. In the short run, rising disruption from China has already suppressed production growth this year.h2 The dual-implication from ‘green’ recovery and net-zero economy/h2

The path to a net-zero economy has dual implications for aluminum. First, the supply growth of primary aluminium is contained, especially from China. As the world's largest primary aluminum producer, China's total capacity is likely to hit its 'cap' during the country's 14th Five Year Plan (FYP) and primary production could plateau in the longer term.

Secondly, world aluminum demand growth is set to shift up a gear driven by energy transition-related sectors such as transportation and renewable energy from China, the US and Europe. This is also driven by major economies' pursuit for 'net-zero' and the speeding up of steps towards electrification and renewable energy. That's a trend that has already seen a fascinating growth in electric vehicles sales in European countries and China.

This trend could see the global aluminum market continue tightening into a deficit towards 2025. Elsewhere, the price will need to stay higher for longer so to incentivise more supply. The increasing awareness about climate change among consumers along with growing pressure on producers to adopt low carbon materials should boost demand for low carbon aluminium, leading to a massive structural deficit of aluminum with a low carbon footprint in the future.

h2 Primary supply growth to plateau/h2

The last decade has seen rapid capacity growth, especially from China. However, as the country is now pushing towards peak carbon and carbon neutrality, this puts pressure on the growth of primary aluminum production growth. The state authorities have been in talks to work out a plan to align with national goals. The Nonferrous Metals Industry Association (CNIA) has set a provisional goal to bring emissions to a peak by 2025 and cut them by 40% by 2040.

In 2020, total carbon dioxide emissions from primary aluminium smelting were 420mln tonnes, and the target is to see this peak by 2025. This suggests that China should insist on a cap of total primary aluminium smelting capacity under 45 mln tonnes. These targets are based on certain assumptions that include:

  1. The efforts from industry to bring emissions down by technology innovations and more investment
  2. An increase in the usage of renewable energy, which is tied to ongoing capacity migration to Yunnan province

These targets would presumably imply a steady increase of secondary aluminium productions as it contributes to aluminium supply at a much lower energy and emissions intensity that are both below 5% compared to primary aluminium. Yet it’s a big uncertainty as the secondary supply of all metals is notoriously inelastic and subject to many changing conditions. The base case assumption is that secondary production will need to grow by CAGA 5.8% in the next five years, faster than the primary.

h2 China primary aluminium supply trajectory
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