📉 How to define your climate goals?
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Written by Support team
Updated over a week ago

I - Introduction / Summary of content

Once you have carried out an initial greenhouse gas assessment, the next step is to set climate objectives. This is a crucial stage in managing your carbon emissions.

This article gives you all the keys you need to get your organization going on this task.

Part II. Definitions highlights the core characteristics of any climate objective.

Part III. Target setting presents the two approaches to defining a climate objective:

III. 1. From identifying feasible actions to setting emission reduction objectives.

III. 2. From setting emission reduction objectives to identifying necessary actions.

Whichever approach you choose, you will need to decide whether to set your emission reduction targets in absolute or relative terms. This is covered in this article’s last part:

III. 3. Deciding whether to set absolute or relative emission reduction targets.

II - Definitions

Before we begin, let's look at the key structure of any emission reduction target:

A CLIMATE OBJECTIVE INTEGRATES TEMPORALITY

An emission reduction target should be broken down into the four following elements:

  1. A base year: The reference year from which you want to start reducing your emissions. By default, the latest year covered by your firm’s GHG assessment.

  2. A target year: A year in the short or long-term future by which you want to meet an emission reduction target*, following annual emission reductions**.

    By defining a base year and a target year, you define the commitment period during which you undertake to follow an emission reduction trajectory for your company. Once this date has passed, you will set a new climate objective to keep curbing emissions.

  3. A year-on-year emission reduction objective**: a steady annual emission reduction percentage to be met every year, from the base year to the target year.

  4. (OR) The total emission reduction objective at target year*: the total emission reduction percentage, between the reference year and the target year, if the year-on-year emission reduction objective** is achieved.

For (3) and (4), you need to define one of them and deduce the second. You may set the year-on-year reduction target before calculating the corresponding total emission reduction objective to be achieved by the target year. Or you may set a total emission reduction objective for the target year and then calculate the necessary year-on-year emission reduction rate.

A CLIMATE OBJECTIVE CAN INTEGRATE SCIENCE, OR NOT

You will see that a climate objective can be set according to science: by aligning an emission reduction trajectory necessary to stay within the 1.5 - 2 degrees warming path set out in the Paris Agreement. These targets are "Science-Based Targets" (SBT).

However, a climate objective does not necessarily need to be a SBT.

A CLIMATE OBJECTIVE CAN BE ABSOLUTE OR RELATIVE

An absolute climate objective measures the total emissions of a company, irrespective of their sources under Scopes 1, 2 and 3.

A relative climate objective focuses on the CO2 emitted per base unit related to a company's production, profit or size.

It can focus on “physical intensity” using a physical unit (emissions per product manufactured/per service provided/etc.). Or it can focus on “economic intensity” using an economic unit (total annual emissions divided by profit). Finally, it can focus on emissions per employee (total annual emissions divided by employee number).

III - Target setting

There are different approaches to setting climate objectives, which are presented below.

III. 1. From identifying feasible actions to setting emission reduction targets. ✍️

In a nutshell: This approach involves identifying feasible actions and mapping their emission reduction potential to eventually select a few ones to implement. You can then compute by how much the selected actions would reduce your overall emissions. The figure you get is your total emission reduction target, and you can set a target year.

Roll-out: Once you have received your carbon assessment, the ESG team can think of ways to reduce emissions and organize workshops to prioritize emission reduction actions using this methodology. By adding up the respective impacts of selected actions, you get an estimate of the total emission reduction they would result in.You can then decide how quick you want to implement these actions to set a target year and an annual reduction rate.

Pro/cons:

🟢This method is built around achievable targets, making emission reduction goals a practical reality for employees. It provides a good starting point for a climate strategy.

🔴Nevertheless, it can hamper a company’s effort to reduce emissions in the medium to long run. It is also likely to hinder one firm’s alignment with the Paris Agreements.

🫵This is why we rather recommend the second approach to setting a climate target:

III. 2. From setting emission reduction goals to defining necessary actions. 💪

In a nutshell: This approach involves setting a total emission reduction objective before identifying concrete actions to achieve it. It is strongly recommended to use science-based targets rather than setting arbitrary reduction values.

⚠️For the oil and gas sectors: there is no SBTi target that you can use.

Roll-out: The method for setting SBT objectives is presented below.

The Science-Based Targets initiative (SBTi) is the most widely recognised organization for certifying companies that set SBT-compliant reduction targets. However, there is no need to be SBTi-certified to set SBT-compliant targets, by using SBTi's open-access guides.

According to the SBTi, a year-on-year absolute emission reduction of 4.2% (over Scopes 1, 2, 3) is the minimum effort required to align the Paris Agreement's 1.5°C scenario. This cross-sectoral minimum objective is the “SBTi absolute contraction method”.

If you follow the SBTi absolute contraction method, you should define a target year and determine a target year objective by computing 4.2% times the number of years between the base year and the target year.

For a few sectors only, SBTi has created sector-specific guidelines (that are based on relative objectives). Sectoral guidelines are presented in this article.

⚠️For the power sector : only the sector-specific approach should be used.

SBTi only certifies companies setting objectives for an emission reduction trajectory with a maximum duration of 10 years (between the base year and the target date). This also applies to companies aiming for the long term “SBTi Net Zero Certification”.

Even if you do not aim for the SBTi certification, we still recommend you to focus on trying to follow SBTi targets in the short term (3-5 years) as a start.

Pro/cons:

🟢 Setting SBT targets is ambitious! It indicates to other organizations, employees and consumers that your company is at the forefront in the battle against climate change. Furthermore, setting SBTs will align your business with the Paris Agreement objectives.

🔴Long term SBTs can seem out of touch with operational constraints and need to be backed-up with internal awareness and a cohesive action plan. Yet, so far, most companies actually fail to do so according to the NGO Carbon Market Watch.

🫵You can consider setting relative targets to make climate objectives more achievable:

III. 3. Deciding whether to set absolute or relative emission reduction targets.🔎

Whether you set your climate objectives or action plan first, your situation may make you think that it would be fairer/relevant to set emission reduction relative objectives. For instance, if your company experiences significant growth and your absolute emissions seem to be inevitably rising.

Besides, the SBTi sector-specific guidelines actually use “physical intensity” relative targets. Yet, these guidelines only exist for a few sectors as of today. If you haven’t received guidance for your activity sector, you can still set physical intensity objectives while computing their alignment with the yearly 4.2% absolute contraction objective. Exemple : One of our clients in the wine industry decided to measure emissions per bottle of wine produced.

However, if you rather aim to just keep close to the SBT vision, note that some sectors are deemed less legitimate than some others when setting relative targets. Indeed, the SBT have been set at the Paris Agreement based on the vision that each sector should be attributed a maximum quantity of acceptable emissions. This means that sectors experiencing important growth are deemed less legitimate to set relative climate targets, as this might result in a global emission growth.

For instance, a relative climate target for a company operating in the fast fashion industry, a fast growing market, will be regarded as less acceptable than a relative target for a company in the food sector. Yet, there is no strict guideline for this as of today, but that vision is reflected in the SBTi sector-specific guidelines.

Finally, SBTi provides an economic intensity climate objective for all sectors. Nonetheless, its use is less recommended as it is biased by inflation and price changes.

Economic intensity target

This approach is available for all sectors (except gas, oil, and power sectors).

  • In a word ?

You can set an “economic intensity target" as part of the “Greenhouse gas emissions per unit of value added” (GEVA) method developed by SBTi. Emissions included in the calculation are only those of Category 1 of Scope 3 (purchases from suppliers).

  • Implementation

This method aims to set targets for reducing a company’s “economic intensity”. Namely, it focuses on the quantity of CO2 emitted over a year by a company (from Scope 3), divided by its gross profit*** in that same year. ***The gross profit is the difference between sales income and the total costs from supplier purchases.

SBTi gives as an objective to reduce economic intensity by at least 7% each year. The associated target year objective can be computed using the variables below:

  1. An economic intensity value at base year (prior to 2010), computed by entering the level of emissions from Scope 3 Category 1.

  2. A target date for setting a total economic intensity reduction target.

Here is a tool to compute the SBTi economic intensity reduction goal at target date.

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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