Measures Against Climate Change

Policies

Although it uses fossil raw materials and fuels in its product manufacturing processes and emits a considerable amount of greenhouse gases (GHG), the Group has many products that contribute to energy conservation and the carbon cycle. We regard measures to combat climate change as a management priority in terms of both risks and opportunities. In May 2019, we announced our endorsement of the recommendations of the Task Force on Climate- related Financial Disclosures (TCFD). In accordance with these recommendations, we are promoting dialogue with our stakeholders while evaluating risks and opportunities related to climate change, conducting scenario analysis to inform initiatives that enhance our resilience, and disclosing information based on the TCFD framework.

Governance

Role of the Board of Directors and monitoring system

The CEO supervises the risks and business opportunities, targets, and specific initiatives associated with the environment including climate change, while the CSuO takes responsibility for promoting actions. These issues are deliberated at the Sustainability Promotion Council and the Management Committee. The progress of each initiative is regularly monitored, and remedial measures are discussed when needed.
The Board of Directors receives periodic reports of what the Sustainability Promotion Council and the Management Committee discussed, and on which points they made decisions and deliberates and supervises them from the perspective of maximizing corporate value. From 2022, we have aligned the evaluation indexes for inside directors and executive officers with the initiatives in the long-term vision and countermeasures against sustainability issues, including climate change, with the aim to strongly incentivize them to manage the Group from a long-term perspective and promote the sustainable growth of the Group. In March 2024, we revised our Corporate Governance Basic Policies to clarify the role of the Board of Directors in addressing climate change and protecting biodiversity.
The Carbon Neutrality Project is led by the Sustainability Department and involves all CXOs and business units.

Monitoring system for environmental initiatives by the Board of Directors
(as of June 30, 2024)

Strategies

Short-, medium- to long-term climate change-related risks and opportunities and responses to them

Amid the successful transition to a carbon-neutral society, the Group sees climate change as both a risk and opportunity. The Group will exercise its social responsibility as a company and build further competitive advantages to reduce GHG emissions across the value chain by providing products and services that contribute to decarbonization, achieving co-creation with partners, improving energy efficiency, and increasing usage of renewable energy. Given the above, the Group analyzes risks and opportunities to evaluate the impact of climate change on the Group businesses under the following two scenarios: (1) The average global temperature will increase by 4°C or more and (2) The average global temperature rise can be kept well below 2°C and continue efforts to limit it to 1.5°C based on the Paris Agreement, which were released by the Intergovernmental Panel on Climate Change (IPCC) or the International Energy Agency (IEA). Based on the analysis, we determine the necessary countermeasures. Business impact assessments were conducted in the Semiconductor and Electronic Materials segments in 2023, followed by the Mobility and Innovation Enabling Materials segments in 2024. Assessments are scheduled to be completed for all businesses by 2025. We will make disclosures on this front starting with the segments for which impact assessments have been completed.

Transition risks affecting the Group businesses include increased operating costs due to a rise in energy taxes including carbon pricing. We aim to reduce CO2 emissions to about 3.24 million t-CO2 by 2030, or a 30% reduction from 4.63 million t-CO2 in 2013. Assuming that Scope 1 and 2 emissions in fiscal 2030 resulting from sales growth are estimated to be about 5 million t-CO2, the carbon pricing is set at ¥10,000/t-CO2 based on the IEA’s 2°C scenario (SDS)* and others, and we need to offset the portion that falls short of reduction target through emission trading. In that case, if we fail to reduce emissions by 30%, the operating cost will increase by about ¥18 billion per year, implying that hitting the reduction target will lead to reducing operating costs. As a company that interrelates with society, we will continue to use other scenario analyses to contribute to realization of a carbonneutral society in various ways, take measures against climate risks, and achieve a sustainable growth.

  • * *2°C scenario (SDS): Sustainable development scenario
Assumptions for scenario analysis
  • Estimated Duration: Until fiscal 2030
  • Adopted scenarios: 4°C scenario: IPCC/RCP8.5, IEA/STEPS 1.5/2°C scenario: IPCC/RCP2.6, IEA/SDS (partly IEA/NZE))
  • Timeline definition: Short-term = less than three years, medium-term = three to less than ten years, long-term = ten to thirty years
  • Scenario analysis target: Existing businesses

Climate-related risks and opportunities and main response

Opportunity/Risk category Domain Time frame Impancts on the Company Response measures Impact※1
1.5/Z2℃ 4℃
Transition opportunities and risks Risks All businesses Medium
term
Increase in tax (cost) due to the
introduction of carbon pricing
(ICP)
  • Revision of GHG emission reduction targets for 2030 and establishment of the
    roadmap
  • Set targets and implement reduction initiatives for each business
  • Expand the introduction of renewable energy
  • Raw materials/fuels conversion
  • Participation in the GX League
Large Large
Risks Short to
medium
term
Shift to renewable energy due
to tighter regulations on GHG
emissions / Increase in
procurement costs
  • Introduction of solar power generation and utilization of hydroelectric power generation facilities
Small None
Opportunities
and risks
Short to
medium
term
Government support under the
policies for decarbonization
initiatives of companies
  • Development of eight-inch SiC wafers for next-generation green power semiconductors (adopted as part of the NEDO Green Innovation Fund project)
  • Development of a low-concentration CO2 separation system employing an innovative
    separation agent (adopted as part of the NEDO Green Innovation Fund project)
  • Reinforcement of the global semiconductor material supply chain (adopted under the
    Ministry of Economy, Trade and Industry subsidiary program for overseas market
    survey projects for building resilient supply chains in the Indo-Pacific area)
- -
Opportunities
and risks
Short to
medium
term
Increases/decreases in sales
due to changes in consumer
behavior and awareness
  • Promotion of products, development of new products, and improvement of
    competitiveness in response to the needs of a decarbonized society
  • Advancement of R&D based on long-term themes at the Stage for Co-creation
- -
Risks Short term Greater request for initiatives
and disclosure related to
decarbonization from
customers
  • Establishment of life cycle assessment (LCA) and carbon footprint of products (CFP)
    calculation frameworks, tracking of CO2 emissions, and formulation of reduction plans
- -
Opportunities
and risks
Short to
medium
term
Re-evaluation by investors
depending on how effectively
the Group captures needs from
society and customers to solve
environmental issues
  • Adding value to our products/services (Resonac Pride products/services) to help
    solve the problems that society and customers face
  • Attracting investments through proactive measures against climate change and
    promotion of a circular economy
- -
Risks Semiconductor
and Electronic
Materials
Short to
medium
term
Increase in procurement costs
due to soaring prices of raw
materials and switching
materials
  • Diversification of raw material suppliers and resources
  • Consideration of using recycled raw materials
  • Shift to in-house production and local production for local consumption of raw
    materials with unstable supply
  • Collaboration with upstream supply chains to reduce GHG emissions
  • Set standards for BCP measures for when new raw materials are adopted
  • Adoption of a formula system to respond to fluctuations in major raw material prices
    (changes in raw material prices are automatically reflected in product prices)
Small Small
Risks Short to
medium
term
Decrease in sales due to
changes in consumer behavior
and awareness
  • Reduce GHG emissions in manufacturing processes and information disclosure to customers
  • Quantitatively and scientifically calculate the amount of GHG reduced by society
    through the utilization of our products and technologies (calculate avoided GHG emissions/CFP)
  • Participate in working groups of the Semiconductor Climate Consortium (SCC)
  • Explore environmentally friendly manufacturing processes
  • Conduct customer satisfaction surveys
  • Strengthen cooperation with sales departments to understand customers’
    environmental needs
  • Strengthen systems for sales/marketing and new product development in anticipation
    of demand changes in our target markets
  • Strengthen customer response management to immediately reflect customer
    requests in products and services
Medium
to large
None
Opportunities Short to
medium
term
Increase in sales due to growing demand for EVs/
autonomous driving
  • Response to increased demand for SiC power semiconductors
  • Develop materials that contribute to smaller and lighter parts
Large Medium
Opportunities Short to
medium
term
Increase in sales due to growing demand for low-power semiconductors and environmentally friendly products
  • Assess the environmental standard conformity of product designs
  • Develop etching gas for semiconductors with low GWP
  • Develop sealing materials that contribute to GHG-reducing processes
  • Take measures to produce thinner adhesive film for memory applications
  • Participate in working groups of the Semiconductor Climate Consortium (SCC)
  • Packaging Solution Center in Silicon Valley, U.S. (scheduled to be established in 2025)
  • Participate in the Texas Institute for Electronics (TIE), a consortium for advanced
    semiconductor
Large None
Opportunities Short to
medium
term
Increase in sales due to decarbonization of serverrelated
facilities and data
centers through the spread of
remote work, automation, and
data usage
Large None
Physical risks Risks All business
domains
Short term Suspended operation of manufacturing sites due to natural disasters caused by
climate change, and decrease in profit caused by an increase
in the equipment repair cost
  • Analysis of flood risks at manufacturing sites
  • Regular risk identification and reduction activities, and enhancement of business
    continuity planning
Small※2 Small※2
  • ※1 The financial impact of climate-related opportunities and risks is being calculated sequentially, and will thus be disclosed in stages. Impact indicates the scale of impact on the Group should we address the identified climate
    change opportunities and risks.
    Large: We expect regulations and policies to tackle climate change to continue impacting the Group going forward. As a result, we estimate the annual impact on our operating income to be ¥10.0 billion or higher.
    Medium: Moves to address climate change are already underway, and we expect this to continue impacting the Group going forward. As a result, we estimate the annual impact on our operating income to range from ¥3.0
    billion to less than ¥10.0 billion.
    Small: There are moves to address climate change. As a result, we estimate the annual impact on our annual operating income to be less than ¥3.0 billion.
  • ※2 Physical risks were analyzed using hazard maps and AQUEDUCT at 36 major sites in Japan. In the event of a once-in-a-century disaster, it was discovered that 13 sites are exposed to risks. However, we set the impact as “small”
    because the annual impact taking into account the recurrence interval is small for both the 1.5/2°C and 4°C scenarios. Going forward, we will gradually move forward with the analysis of overseas sites and supply chains.

Risk Management

Process to assess, identify, and manage risks

The Group conducts climate change and biodiversity risk assessments for each business, assesses “transition risks” and “physical risks” arising from climate change, as well as dependency, impact, and risks related to nature. We then identify material risks for the Group and develop countermeasures against them. Material issues in identifying risks and developing countermeasures are reported to the Board of Directors. We will continue to conduct the risk assessments to update risks and countermeasures, along with monitoring the progress of the existing countermeasures.

Integration into enterprise risk management

Given the importance of building an enterprise risk management system, the Group pursues integrated risk management using a common framework across the Group. Information on climate change, biodiversity and other risks with the potential to impact the Group’s management is registered in an integrated manner into our risk management system via companywide risk identification activities (as part of risk assessment procedures). Key risks, which are deemed to have a particularly high frequency or degree of impact, are deliberated by a dedicated committee (Risk Management Committee). Important matters examined by the Sustainability Promotion Council and the Risk Management Committee are submitted to the Management Committee for deliberation and decision before being reported to the Board of Directors.
 

Indicators and Targets 

Toward carbon neutrality in 2050, upon the formation of the new company, we reviewed our GHG emissions reduction targets for 2030 in 2021 and set the target of a 30% reduction relative to the 2013 level. We will review medium- to long-term plans for each business, aiming to create a low-carbon economy. To achieve our GHG emissions reduction targets for 2030, we will further reduce our GHG emissions and promote energy conservation. Carbon neutrality will also be pursued leading up to 2050, to accomplish the goal of becoming a company that contributes to a sustainable global society as put forth by our long-term vision. In 2023, Resonac Graphite Austria GmbH switched 100% of its electricity usage to electricity derived from wind power, and the entire Resonac Group purchased 115,355 MWh of electricity derived from renewable energy. We reduced GHG emissions by 8.8% compared to 2013 by switching to non-fossil fuel energy sources such as solar power generation.

Non-financial KPI Results and Targets

Resonac regards sustainability as the basis for its companywide strategies and has set three material issues for sustainability. Accordingly, for environment , we will work on the non-financial KPIs and measures that were set to “Gain credibility through responsible business management” toward the achievement of our long-term vision.

KPIs on material issues 2030 target Results in 2023
Reduction of greenhouse
gas emissions
30% reduction (Scope 1 + Scope 2) from fiscal
2013 (consolidated) (2030 target)
8.8% reduction from the level of 2013 (consolidated)


Scope3 GHG emissions

  Category The amount of emission (kt/Year) Boundary
1 Purchased goods and services 3,556 non-consolidated
2 Capital goods 282 consolidated
3 Fuel- and energy-related activities 440 consolidated
4 Upstream transportation and distribution 27.6 non-consolidated
5 Waste generated in operations 21 non-consolidated
6 Business travel 12 non-consolidated
7 Employee commuting 2 non-consolidated
  Total upstream emissions 4,341