What are the sector-specific SBTs? 🔎
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Written by Support team
Updated over a week ago

To read about cross-sector SBTi targets, visit this article.

Sector-specific SBTi targets (SDA) only exist for a few sectors at this time.

For the oil and gas sectors: no SBTi target applies to your industry.

For the power sector: the SDA approach is the only SBTi target you can choose.

I - Overview

At the moment, the SBTi is the only organization proposing sectoral trajectories, as this requires a political decision on how to divide up the emissions pie in 2050.

The SBTi sector-specific guidelines are based on relative objectives, since they focus on an objective of “physical intensity” reduction, over scope 1, 2 and 3. See this article to read about relative objectives and physical intensity.

Additionally, SBTi has produced specific approaches for financial institutions, the shipping industry, and the forest, land and agriculture sectors (FLAG).

II - Supporting guidance

Physical intensity target (for scope 1, 2, 3):

This method is only available for the following sectors:

● Power production

● Iron and steel

● Aluminium

● Cement

● Pulp and paper

● Commercial services in building (not real estate)

● Transport of people and goods

  • In a nutshell

You can define "physical intensity targets" as part of the 'Sectoral Decarbonization Approach' (SDA) developed by SBTi. This is the only SBTi method to be sector-specific rather than cross-sectoral. Besides, it is the only SBTi approach allowing a company to set relative objectives: according to its contribution to the total activity of its sector and to its carbon intensity compared to that of its sector.

Companies belonging to several sectors can calculate several SDA objectives.

  • Implementation

The “physical intensity” corresponds to the quantity of CO2 emitted for the creation of a production unit by the company. The physical metric is given by SBTi depending on the company sector. Some examples are ‘the emissions per square meter acquired’ in the building industry; and the ‘emissions per kilowatt created’ in the power generation sector.

SBTi provides a calculation to find the percentage by which the physical intensity of emissions should decrease year-by-year depending on the situation of your company. The calculation takes into account all the following variables:

  1. The measurement of your physical intensity at a reference date prior to 2010 (in scopes 1 and 2 only).

  2. An estimate of the future size of your production/activities at a target year when you want to set your total physical intensity reduction goal.

  3. A unique value assigned by SBTi based on a long-term emission reduction scenario for companies in your sector. This value changes each year based on economic, demographic and industry variables. It is therefore recommended to compute the physical intensity reduction objective every year.

Here is a tool to calculate the annual physical intensity reduction goal.

Special unique guidance for financial institutions

You can find special guidance on sector-specific SBTi targets for financial institutions. There are two guidelines based on emission reduction relative objectives.

  • The SBTi Portfolio Coverage Approach: To set engagement objectives for having a portion of investors fixing their own SBTi-approved science-based targets. Towards following a linear path to 100 percent portfolio coverage by 2040.

  • The Temperature Rating Approach: To determine the current temperature rating of your portfolios and take actions to align SBTi long-term temperature goals.

Other sector-specific approaches for maritime shipping and land sectors

Special guidelines have also just been created and are available on the SBTi website for the Forest, Land and Agriculture sectors (known as the "FLAG project") and for the Maritime Shipping sector.

Where does the SBTi Net Zero certification fit into all of this?

The SBTi Net-zero targets follow on from the short-term objectives. The aim is to commit to a trajectory that will enable the company to reduce its emissions by 90% in absolute terms (or -97% in physical or economic intensity) in scope 1, 2 and 3 by 2050.

This target certifies the company's strong, long-term commitment. Once the target has been set, it is reviewed at least every 5 years, and the company must set itself short-term objectives on a regular basis until it reaches its objective. The submission of a long-term objective implies the submission, simultaneously or not, of a short-term objective.

For specific sectors, the trajectories may vary: the scope 1&2 reduction is set for 2040 for the power and maritime sectors. The specifics of each sector are described in the Net-Zero Standard, figure 9.

III - SBTi setting tool demo

Here is an example of a firm setting its “physical intensity” SBTi target.

  1. The company begins by filling in which approach it wants to take ("SDA"), what is its sector (e.g. the ‘Services - Buildings’ sector), and whether it wants to set a climate target in line with a global warming scenario of 1.5 or 2 degrees.

2. The company enters a base year and the size of its operations that same year, in a unit specific to its sector, given by SBTi (here, the square meters). The company also enters the total quantity of greenhouse gasses they emitted over the base year, under respective emission scopes 1 and 2.

3. The company enters a target year, which it chooses to achieve an emissions reduction trajectory.

4. Finally, the company provides an estimate of its activities' future annual growth (if known) by selecting the "target year output" setting. If the future growth of the company activities is unknown, it should select the "fixed market share" setting.

Once all information is entered into the software, it computes the “physical intensity” reduction target automatically, which is broken down into a target year reduction goal in objective and in relative terms:

You then need to set an annual reduction target to meet the annual SBTi target.

IV - Conclusion

You can define your climate objectives using several methods by choosing the one that suits you best. The idea is obviously not to follow the "easiest" trajectory obtained. Besides, note that the absolute emission reduction of 4.2% per year and the SDA objectives lead to the same outcome over the long term.

Depending on your industry, one of the methods may be the most relevant. In general, economic intensity objectives are more coherent in sectors where the products are very diversified (chemicals, for example). While the physical indicators are more representative in homogeneous sectors (such as real estate).

However, the minimum objective of 4.2% absolute emission reduction year-by-year and the SDA are the most recommended because they cover all the scopes of emissions and are not dependent on inflation and product price fluctuations.

If you need special support from our experts, we can offer you a dedicated package:

ACTION PLAN SUPPORT

The aim of this service is to build a carbon trajectory in line with the Paris Agreement.

To achieve this, there are 3 stages:

  1. A workshop to identify high-impact climate actions that you can implement, mindful of your operational constraints.

  2. A quantification of the actions you identified to build your carbon trajectory in line with the Paris agreements.

  3. The creation of tools to monitor the implementation of your climate actions and your progress towards achieving your climate objectives.

Do not hesitate to book an appointment with your account manager to find out more about this service. You can also read about it here.

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