Carbon pricing refers to the mechanism by which governments capture the external costs of greenhouse gas (GHG) emissions, such as the result of heat waves and droughts or flooding and sea level rise, and tie them to the original emitters.
Go to: How carbon pricing works.
Due to the spread of carbon pricing schemes (see the carbon regulation map below) and the inevitable rise of the price of carbon, the commodities sector — the highest emitting industry in the world — is now faced with discontinuing high-emission activities, reducing emissions or continue business as usual and pay an increasing price for their emissions. This unavoidable trend is disrupting the economics of global supply chains and is the main factor in your organization’s carbon risk.
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Additional costs in a $110 per tonne carbon price scenario, compared to 2019 commodity prices [Wood Mackenzie, 2020, Frank et al 2017]
2019 price c. $330/t
2019 price c. $1,800/t
2019 price c. $600/t
2019 price c. $1,600/t
2019 price c. $2,200/t
2019 price c. $420/t
Carbon pricing is a tool to incentivize businesses and industries to reduce their GHG emissions. Carbon pricing schemes work by creating a financial disincentive for emitting GHGs: that is, by increasing the cost of high-carbon activities.
The two main types of carbon pricing are:
1. Carbon taxes:
Carbon taxes place a direct tax on each unit of carbon dioxide equivalent (CO2e) emitted in high-emitting industries, such as commodities like fossil fuels (e.g. coal, oil, natural gas) or metals and mining (e.g. steel, aluminum). The tax is typically levied at the point of resource extraction, production or import.
2. Cap-and-Trade systems:
Emissions trading, or Cap-and-Trade, sets a cap on the total amount of GHG emissions allowed in a jurisdiction and creates a market incentive for decarbonization. The regulatory body or government allocates a set number of emissions allowances which can be bought, sold or traded between companies or industries. Companies can exceed their allowance, by purchasing surplus allowances from other companies. Cap-and-Trade systems are designed to reduce emissions over time, by gradually reducing the overall cap.
Carbon Border Adjustment Mechanisms (CBAM) function in a similar way to carbon taxes, but are not strictly taxes. The EU's CBAM will ensure highly traded, carbon intensive imported products face a comparable carbon price to those produced within the EU.
Carbon risk generally refers to the potentially negative consequences that companies and industries face due to the emission of greenhouse gases (GHGs), the resulting climate change impacts and the global transition to a net-zero economy. Carbon risks could be regulatory, physical, reputational or financial.
For example, regulations designed to reduce industry emissions (such as carbon pricing mechanisms) can increase costs for high-emitting companies.
Companies and their investors are increasingly recognizing the urgency of assessing, reporting and managing carbon risk, in order to mitigate risks early and seize opportunities in the net-zero transition.
Carbon tax: A carbon tax is a direct tax imposed on GHG emissions, levied per unit of carbon emissions.
Carbon pricing: Carbon pricing refers more broadly to the approach of putting a price on carbon, through carbon taxes, carbon fees, as well as cap-and-trade systems, creating an economic incentive for emissions reductions.
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