Double Materiality Assessment
The content of this section is not part of the statutory audit of the annual financial statements but has undergone a separate limited assurance by our auditor.
The content of this section is voluntary, unaudited information, which was critically read by the auditor.
Material impacts, risks and opportunities and their interaction with strategy and business model
Process
We carried out a double materiality assessment in accordance with the ESRSs for the first time in 2024. The assessment was performed on the basis of previous double materiality assessments, but with an increased level of granularity and more extensive documentation. The materiality assessment identifies the sustainability matters that are material for our company based on potential and actual material impacts, risks and opportunities. We plan to update this assessment on an annual basis.
The materiality assessment was performed in three steps:
First, we compiled a list of potential sustainability matters that might impact our own business and the associated customer industries, or that could be relevant to our stakeholder groups. Where applicable, we paid particularly close attention to areas of business or value chains that are subject to risk. Our assessment was carried out at BASF Group level along our value chain. Stakeholder interests were considered based on both direct and indirect inputs. Direct input was obtained, for example, from our Advisory Councils, from the BASF Civil Society Forum and via discussions in multistakeholder networks. Indirect input consisted of big data analyses of the interests of customers and capital markets, for example.
Based on the compiled sustainability matters, we worked with in-house experts and selected stakeholders in our Nature Advisory Council and our Human Rights Advisory Council to identify and validate the risks and opportunities associated with the company’s impacts and dependencies. We focused on activities, sites and steps in the value creation process that have an elevated potential for negative impacts and risks. To identify sustainability-related opportunities and risks, we drew on findings from BASF’s Group-wide opportunity and risk management, among other sources. Material sustainability matters have been systematically integrated into this process for many years. Furthermore, our impacts and dependencies were reviewed by subject matter experts to identify additional potential risks and opportunities.
Opportunities and risks were assessed in terms of their financial magnitude and likelihood of occurrence. In-house subject matter experts used predefined criteria to score opportunities and risks based on existing risk management methods and assessment criteria. Our objective here is to ensure that a uniform methodology is applied when assessing both financial risks and sustainability-related risks. We look at our financial risks and our sustainability-related risks and prioritize them based on their severity and likelihood of occurrence. In the identification and review process, we work closely with our opportunity and risk management organization. The findings from the materiality assessment will serve as the basis for documenting opportunities and risks going forward, thus validating them at the same time. New risks and opportunities will be incorporated into the materiality assessment via their inclusion in the opportunity and risk management process.
In the last step, we scored impacts, risks and opportunities on the basis of predetermined criteria on a 5-point scale and classified them as material whenever they exceeded defined thresholds. A uniform assessment framework was used to review impacts in terms of their severity, scale and scope. In the case of negative impacts, we additionally assessed the extent to which an impact was irremediable. In addition, we estimated the likelihood of occurrence for potential impacts. To identify material impacts, we established a uniform threshold based on the sum of the factors assessed. This threshold was assigned a higher weighting to negative impacts.
In a subsequent iterative process, our assessment was reviewed by interdisciplinary experts as well as the experts responsible for corporate opportunity and risk reporting. This process ensured that the assessment logic used in the materiality assessment was applied in a consistent manner throughout the BASF Group and across all specialist units. Finally, the Board of Executive Directors, the Supervisory Board, BASF’s Joint Works Council and the BASF Works Council Europe were informed about the process and the outcome of the materiality assessment.
After identifying the material impacts, risks and opportunities, each was assigned to a specific topic, subtopic or sub-subtopic according to the list of sustainability matters in ESRS 1 AR 16 with the aim of determining materiality across all topics. The responsible subject matter experts subsequently allocated all applicable Disclosure Requirements and qualitative as well as quantitative data points to the material sustainability matters. In the following step, the subject matter experts worked with experts for the overarching materiality process to assess the “materiality of information” at the disclosure requirement and data point level using the European Financial Reporting Advisory Group (EFRAG) criteria of “decision-usefulness” and “stakeholder relevance” according to ESRS 1 Appendix E. This aims to increase the informational value of our reporting at the data point level with a view to the purpose of the regulatory policy, which is to promote financing of the transition toward sustainable development.
Results
The previous double materiality assessments were designed to meet all legal requirements in place at the time. The new ESRS requirements, in combination with the implementation guidance published, required a more in-depth analysis of subtopics and sub-subtopics for the 2024 business year. Moreover, an additional level of granularity was created by working with potential and actual impacts, risks and opportunities. Due to the methodological differences, our previous assessments are only comparable with the assessment of double materiality performed in 2024 at the highest level of abstraction, the topic level. This comparison shows a high degree of correlation between earlier assessments and the results reported for the 2024 business year
(see BASF Report 2023, Our Key Sustainability Topics). No entity-specific topics beyond the ones defined in the ESRSs were identified in the assessment for 2024.
As a manufacturing company, the main impacts of our business relate to climate change (mainly due to our energy requirements), other environmental matters (emissions to air, water and biodiversity) and our company’s workforce. The opportunities and risks identified have financial effects that affect the presentation of our financial position, financial performance and cash flow as disclosed pursuant to our accounting policies. In 2024, financial effects arose in connection with a risk identified in the S3 Affected Communities standard. The risk describes the negative financial effects that may arise, for example, as a result of legal proceedings. For more information, see Note 23 to the Consolidated Financial Statements.
Our double materiality assessment found that ESRS S4 Consumers and End Users was not material, hence we do not report on it. This evaluation is based on the fact that as a B2B company, we market only a very small portion of our products directly to consumers and end users. We report on material aspects of product safety that impact our customers and end users in the chapter E2 Pollution Prevention.
Strategies to manage impacts, risks and opportunities
In developing our business strategies, we also consider the resilience of our business models with regard to economic, ecological and social aspects, as well as their impacts, risks and opportunities. As part of our opportunity and risk management system, strategic risks connected with material economic, ecological and social matters are evaluated (for additional information, see Opportunities and Risks). The strategies of our business units are updated on a regular basis. This is done either individually for the business unit or as part of the overall division strategy. When updating the strategies, we consult with experts from the business units or the operating divisions as well as with the Corporate Center’s Corporate Strategy & Sustainability unit. In 2024, we piloted a method to address material topics in the strategies of the business units over the next ten years. Depending on the extent of the strategy revision, resilience reviews, regulatory aspects and stakeholder expectations can be included to estimate future market developments. Upstream and downstream value chains can also be considered in the analysis. In addition, we use our TripleS methodology (Sustainable Solution Steering) to review the resilience of our product portfolio with regard to environmental and social aspects.
We provide more information on the results of our resilience assessment with respect to these two topics in the chapters E1 Climate Change and E4 Biodiversity and Ecosystems. We also report on the disclosure requirement ESRS 2 IRO-1 in accordance with the ESRSs requirements in the chapters E2 Pollution Prevention, E3 Water, E5 Resource Use and Circular Economy as well as G1 Business Conduct.
The following tables list the material impacts, risks and opportunities associated with our business. Additional information of the impacts, risks and opportunities associated with each of the ESRS topical standards is provided in the relevant chapter of this Sustainability Statement.
ESRS standard |
Topic/subtopic |
Evaluation/classification |
Time horizon |
Placement in the value chain |
Material impacts |
Short description of material impacts |
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---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Climate protection |
Negative |
Medium, long-term |
Upstream value chain |
Land-use change due to sourcing plant-based raw materials |
Our procurement of plant-based raw materials creates an incentive to cultivate certain plants and expand the production environment for material loops. This negatively impacts land use. |
|||||||||||
Climate protection |
Negative, |
Short-, medium-, long-term |
Upstream value chain |
Shift to renewable energy and electrification impacts the environment through the use of raw materials such as lithium |
The manufacture and use of renewable energy requires minerals and metals whose mining and subsequent processing could negatively impact the environment. In addition, their mining poses a risk of inappropriate working conditions in some regions. |
|||||||||||
Energy |
Negative |
Short-, medium-, long-term |
Upstream value chain |
Climate-damaging emissions due to the use of fossil fuels in our upstream value chain (Scope 3) |
The extraction and procurement of fossil energy causes greenhouse gas emissions, air and water pollution and habitat destruction in our upstream value chain. |
|||||||||||
Energy |
Negative |
Short-, medium-, long-term |
BASF’s own operations |
Climate-damaging emissions due to the use of fossil fuels for our production (Scope 1 and 2) |
Our own production of energy in the form of steam and electricity using fossil fuels leads to emissions of greenhouse gases and other pollutants and thereby impacts the climate and the environment. |
|||||||||||
Energy |
Negative |
Short-, medium-, long-term |
Downstream value chain |
Climate-damaging emissions from oil and gas businessa |
The oil and gas business in which BASF holds shares causes greenhouse gas emissions during combustion at customers, and leads to environmental impacts in the downstream value chain. |
|||||||||||
Energy |
Positive |
Short-, medium-, long-term |
Upstream and downstream value chain |
Accelerated transition to climate neutrality through energy transformation |
By investing in renewable energy, we can offer our customers products with a reduced Product Carbon Footprint (PCF) and contribute to the transition toward climate neutrality by reducing upstream emissions. |
|||||||||||
Climate change adaptation |
Positive |
Short-, medium-, long-term |
Upstream and downstream value chain |
Innovations as a lever for climate change mitigation and climate change adaptation |
Innovations in chemistry and new technologies can contribute materially to climate change mitigation and adaptation. We use our TripleS method (Sustainable Solution Steering) to manage our product portfolio on the basis of our products’ sustainability performance. |
|||||||||||
Air pollution |
Negative |
Short-, medium-, long-term |
Upstream value chain (mining/mineral extraction industry) |
Regular emissions to air (excluding greenhouse gases; GHG) in connection with the manufacture of extracted raw materials |
Emissions to air (excluding GHG) contributing to air pollution are generated in connection with the mining and extraction of raw materials in our upstream value chain in the mining and mineral extraction industries. |
|||||||||||
Air pollution |
Negative |
Short-, medium-, long-term |
Upstream value chain (excluding mining/mineral extraction industry) |
Regular emissions to air (excluding GHG) in connection with the production of precursors and intermediates |
Emissions to air (excluding GHG) contributing to air pollution are generated by the production of precursors and intermediates in our upstream value chain. |
|||||||||||
Air pollution |
Negative |
Short-, medium-, long-term |
BASF’s own operations |
Regular emissions to air (excluding GHG) |
Emissions to air (excluding GHG) contributing to air pollution, such as nitrogen oxides, particles and volatile organic compounds (VOCs), are generated in connection with production in our plants. |
|||||||||||
Air pollution |
Negative |
Short-, medium-, long-term |
Downstream value chain |
Regular emissions to air (excluding GHG) in connection with the usage, further processing, transport, storage and disposal of our products |
Emissions to air (excluding GHG) contributing to air pollution are generated in connection with the usage, further processing, transportation, storage and disposal of our products by our customers. |
|||||||||||
Water pollution |
Negative |
Short-, medium-, long-term |
Upstream value chain |
Regular emissions to water |
Emissions to water contributing to water pollution are generated by the production and extraction of raw materials, precursors and intermediates in our upstream value chain. |
|||||||||||
Water pollution |
Negative |
Short-, medium-, long-term |
BASF’s own operations |
Regular emissions to water |
Emissions to water contributing to water pollution, such as nitrogen compounds, organic substances and heavy metals, are generated in connection with production in our plants. |
|||||||||||
Water pollution |
Negative |
Short-, medium-, long-term |
Downstream value chain |
Regular emissions to water |
Emissions to water contributing to water pollution are generated in connection with the usage, further processing, transportation, storage and disposal of our products by our customers. |
|||||||||||
Water pollution |
Negative, |
Short-, medium-, long-term |
BASF’s own operations, upstream and downstream value chain |
Chemical leakages |
Potential chemical leakages in our own operations, as well as in upstream/downstream processing, may result in pollution of water and therefore environmental pollution. |
|||||||||||
Substances of concern or of very high concern |
Negative, |
Long-term |
Downstream value chain |
Impact on human health and the environment of substances of (very high) concern |
Due to the sale of products containing substances of concern or of very high concern, irresponsible and improper handling of these products in the downstream value chain may result in water or soil pollution or to an adverse impact on the environment or human health. |
|||||||||||
Water abstraction and consumption |
Negative |
Short-, medium-, long-term |
Upstream value chain |
Limited availability due to water abstraction and consumption |
We impact water availability through water abstraction and consumption in our upstream value chain, particularly in water stress areas. |
|||||||||||
Water abstraction and consumption |
Negative |
Short-, medium-, long-term |
BASF’s own operations |
Limited availability due to water abstraction |
Water abstraction for our production impacts water availability in the areas where our production sites are located, particularly in water stress areas. |
|||||||||||
Water abstraction and consumption |
Negative |
Short-, medium-, long-term |
Downstream value chain |
Limited availability due to water abstraction and consumption |
We impact water availability through water abstraction and consumption in our downstream value chain, particularly in water stress areas. |
|||||||||||
Wastewater discharge |
Negative |
Short-, medium-, long-term |
Upstream value chain |
Regular emissions to water |
Emissions to water contributing to water pollution are generated by the production and extraction of raw materials, precursors and intermediates in our upstream value chain. |
|||||||||||
Wastewater discharge |
Negative |
Short-, medium-, long-term |
BASF’s own operations |
Regular emissions to water |
Emissions to water contributing to water pollution, such as nitrogen compounds, organic substances and heavy metals, are generated in connection with production in our plants. |
|||||||||||
Wastewater discharge |
Negative |
Short-, medium-, long-term |
Downstream value chain |
Regular emissions to water |
Emissions to water contributing to water pollution are generated in connection with the usage, further processing, transportation, storage and disposal of our products by our customers. |
|||||||||||
Land use change |
Negative |
Short-, medium-, long-term |
Upstream value chain |
Need for land use due to the cultivation of renewable raw materials |
By procuring renewable raw materials, we provide impetus for their cultivation. This cultivation alters land use and can negatively impact ecosystems. |
|||||||||||
Land use change |
Negative |
Short-, medium-, long-term |
BASF’s own operations |
Land use by BASF sites |
BASF uses many plots of land for various purposes, such as offices, production and agricultural testing grounds. Soil sealing, especially due to production plants in the chemical industry, represents a significant land use type. |
|||||||||||
Land use change |
Positive |
Short-, medium-term |
Downstream value chain |
More sustainable intensification of farming |
The use of our products, including crop protection products, in agriculture enables farmers to increase their productivity, thus supporting food production. |
|||||||||||
Population size of species, global extinction risk of species |
Negative, |
Short-, medium-term |
Downstream value chain |
The loss of biodiversity may be facilitated by the use of crop protection products |
In the downstream value chain, the use of crop protection products across large agricultural areas may have a negative impact on biodiversity. |
|||||||||||
Population size of species, global extinction risk of species |
Negative, |
Short-, medium-, long-term |
Downstream value chain |
The use of industrial chemicals and their distribution in the environment may have a negative impact on species |
The use of industrial chemicals and their distribution in the environment may have a negative impact on species and biodiversity |
|||||||||||
Impacts on the extent and state of ecosystems |
Negative |
Short-, medium-, long-term |
Upstream value chain |
Impact on land degradation due to the sourcing of raw materials |
By sourcing raw materials, we provide impetus for their cultivation and extraction. In some cases, this leads to land degradation. |
|||||||||||
Resource inflows, including resource use |
Negative |
Short-, medium-, long-term |
Upstream value chain |
Sourcing and use of fossil or renewable raw materials |
We negatively impact overshooting of the planetary boundaries by sourcing and using fossil and renewable raw materials, for example through emissions, land use and environmental pollution. |
|||||||||||
Resource outflows in connection with products and services |
Negative |
Short-, medium-, long-term |
BASF’s own operations, upstream and downstream value chain |
Use of fossil or renewable raw materials |
We negatively impact overshooting of the planetary boundaries by using, processing and combusting fossil or renewable raw materials, for example through emissions, land use and environmental pollution. |
|||||||||||
Waste |
Negative |
Long-term |
Upstream value chain |
Waste management in the upstream value chain |
We negatively impact the planetary boundaries through the waste arising in our upstream value chain as a result of sourcing, refining and processing. |
|||||||||||
Waste |
Negative |
Long-term |
BASF’s own operations |
Waste management in BASF’s own production |
We negatively impact the planetary boundaries through the waste arising in our own production. |
|||||||||||
Waste |
Negative |
Long-term |
Downstream value chain |
Waste management in the downstream value chain |
We negatively impact the planetary boundaries through the waste arising at our customers. |
|||||||||||
Adequate wages |
Positive |
Short-, medium-, long-term |
BASF’s own operations |
Adequate wages |
Our market-oriented compensation and corresponding additional benefits contribute to an attractive comprehensive package to attract and retain motivated and qualified employees. In this way, we create attractive working conditions for our employees and make a positive contribution to society. |
|||||||||||
Training and skill development |
Negative, |
Short-, medium-, long-term |
BASF’s own operations |
Training and skill development |
Demographic and technological shift as well as changing skill profiles can potentially lead to employment and qualification gaps among our skilled employees and leaders. In a rapidly changing environment, new and increasing demands can potentially have a negative impact on employee engagement. |
|||||||||||
Occupational health and safety |
Negative, |
Short-term |
BASF’s own operations |
Possible health and safety risk due to handling hazardous chemicals |
Our employees are exposed to a potential health and safety risk because they work in laboratories and production plants and handle chemicals, including hazardous substances. |
|||||||||||
Occupational health and safety |
Negative, |
Short-term |
BASF’s own operations |
Risk to health and safety if rules are not followed or are ineffective |
There is a potential risk to our employees’ health and safety if instructions on occupational safety and health protection and rules in our production processes are not followed. |
|||||||||||
Occupational health and safety |
Negative, |
Short-, medium-, long-term |
Upstream value chain |
Increased health and occupational safety risks when handling chemical raw materials |
In the production of chemical raw materials, there are increased health and safety risks in our upstream value chain, particularly if necessary safety measures are not complied with. This is a common problem primarily in countries whose national laws do not include any, or low, requirements with respect to labor protection standards. |
|||||||||||
Child labor |
Negative, |
Short-, medium-, long-term |
Upstream value chain |
Increased potential risk of child labor in specific supply chains |
Child labor is a particular risk in critical and less transparent supply chains and in countries with little state control and low incomes. This applies, for example, to our upstream supply chains for renewable raw materials, minerals and seeds. Smallholder farms and artisanal mines are particularly affected. |
|||||||||||
Free, prior and informed consent |
Negative, |
Medium, long-term |
Upstream value chain |
Potential restriction of Indigenous peoples’ right to free, prior and informed consent |
Our procurement of raw materials may have potential impacts on Indigenous peoples and may limit their right to free, prior and informed consent (FPIC) regarding activities in their surroundings. |
|||||||||||
Other social and economic rights |
Negative, |
Short-, medium-, long-term |
BASF’s own operations, upstream and downstream value chain |
Potential adverse effects on health associated with the production and use of chemicals |
The production and use of chemicals in our own operations and in our value chain could potentially impair the health of people and communities. |
|||||||||||
Other social and economic rights |
Positive |
Short-, medium-, long-term |
BASF’s own operations |
Contribution to the positive development of communities |
Through our business activities, our stakeholder engagement and our societal engagement, we exert a positive economic, social and cultural influence on communities. |
|||||||||||
Adequate nutrition |
Positive |
Short-, medium-, long-term |
Downstream value chain |
Positive contribution to food supply |
Our crop protection products and our seeds help to ensure that crops produce a good yield in spite of pests and other problems so that people benefit from an adequate food supply. |
|||||||||||
Corporate culture |
Positive |
Short-, medium-, long-term |
BASF’s own operations, upstream and downstream value chain |
Global Code of Conduct |
Our global Code of Conduct has a positive impact on the workforce in our company and on our value chains. |
|||||||||||
Protection of whistleblowers |
Positive |
Short-term |
BASF’s own operations, upstream and downstream value chain |
Global compliance measures and systems |
Our global compliance measures and systems have a positive impact on our own workforce and other employees in our value chains. |
|||||||||||
Corruption and bribery (for example, prevention and detection including training, incidents) |
Positive |
Short-, medium-, long-term |
BASF’s own operations |
Anticorruption training |
The mandatory training ensures that employees also learn how to be vigilant in order to prevent any form of bribery or corruption. In this way, we contribute to a business environment in which corruption and bribery are not tolerated. By being perceived and valued as a trustworthy company, BASF can help to reduce corruption and bribery. |
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|
ESRS standard |
Topic/subtopic |
Evaluation/classification |
Time horizon |
Placement in the value chain |
Material opportunities and risks |
Short description of material opportunities and risks |
---|---|---|---|---|---|---|
Climate change adaptation |
Negative, transition |
Long-term |
BASF’s own operations |
Rising product prices, and/or production costs and/or lower market growth |
Lower-emission production using raw materials with reduced carbon footprints and renewable energy increases production costs and ultimately also product prices. Coupled with societal pressure to consume less, this could lead to lower market growth. |
|
Climate change adaptation |
Negative, transition |
Medium, long-term |
BASF’s own operations |
Fragmentation in national and regional climate policy – and thus in the market |
Pronounced differences in the regulatory framework due to divergent regional climate policies pose particular strategic challenges for us as a globally active company. |
|
Climate change adaptation |
Negative, transition |
Long-term |
BASF’s own operations |
Regulatory volatility leading to competitive risks |
Political regulations designed to mitigate climate change, such as those set out in the EU Green Deal, could represent a competitive risk for us due to higher costs, for example as a result of administrative effort, and a high level of volatility. |
|
Climate change adaptation |
Positive, transition |
Long-term |
BASF’s own operations |
Market opportunities through climate-smart products |
Our broad product portfolio includes, among other things, solutions for the circular economy and climate change mitigation. Increasing societal demands and resulting regulations would offer additional market opportunities for these products. |
|
Energy |
Negative, transition |
Short-, medium-, long-term |
BASF’s own operations |
Rising energy costs due to climate-related regulations |
For BASF as an energy-intensive company, risks arise particularly from regulatory changes such as in carbon pricing on emissions trading systems, in taxes and in energy legislation. |
|
Energy |
Positive, transition |
Short-, medium-, long-term |
BASF’s own operations |
Renewable energy opens up opportunities for cheaper or otherwise more advantageous procurement |
Investments in own power assets and long-term supply contracts reduce dependencies on volatile global markets and lead to comparatively lower CO2 abatement and energy procurement costs. |
|
Water pollution |
Negative |
Medium, long-term |
BASF’s own operations |
Increased costs for water treatment due to regulatory changes |
Regulatory developments concerning emissions to water may require investments in our infrastructure and upgrades to our systems. |
|
Substances of concern or of very high concern |
Negative |
Medium-term |
BASF’s own operations |
Regulations with respect to substances of (very high) concern may have a negative impact on the market, for procurement, BASF’s own production or sales. |
Regulatory changes on substances of concern or of very high concern, such as their restriction, may limit the availability of relevant raw materials and negatively impact market behavior and customer acceptance. |
|
Wastewater discharge |
Negative |
Medium, long-term |
BASF’s own operations |
Increased costs for water treatment due to regulatory changes. |
Regulatory developments concerning emissions to water may require investments in our infrastructure and upgrades to our systems. |
|
Impacts on the state of species |
Negative |
Short-, medium-, long-term |
BASF’s own operations |
Regulatory requirements for the marketing of chemicals |
Regulatory developments, prompted by actual or anticipated impacts of our products on the state of species, their population sizes or their risk of extinction, impact our opportunities to market chemicals. |
|
Secure employment |
Negative |
Short-, medium-term |
BASF’s own operations |
Secure employment |
The macroeconomic situation, combined with structural adjustments at BASF, may unsettle employees and pose challenges in terms of employee retention and engagement. |
|
Training and skill development |
Negative |
Short-, medium-, long-term |
BASF’s own operations |
Skills development and recruitment of skilled employees |
Changing skill profiles and intensified global competition for skilled employees and leaders due to demographic and technological change can lead to a loss of skills and knowledge in our workforce or affect our ability to adequately and quickly develop them. |
|
Other social and economic rights |
Negative |
Short-, medium-, long-term |
BASF’s own operations |
Loss of societal acceptance due to potential adverse effects on the health of people and communities |
In the event of negative impacts on communities, societal acceptance of our business activities could suffer in the short to long term, trust could be lost in BASF and the risk of litigation could increase. |
This content fulfills the Disclosure Requirements of the European Sustainability Reporting Standards (ESRS). The ESRS Index gives an overview of the references to the ESRSs in this report.