Climate Change
- Basic Approach
- Initiatives Aimed at Preventing Global Warming
- Goals and Achievements of Major Initiatives
- Framework for Promotion
- Sustainability-Related Disclosure
- 01 Governance
- 02 Strategy
- 03 Risk Management
- 04 Metrics and Targets
- Principal Initiatives in Fiscal Year 2023
01 Energy Consumption and CO2 Emissions by the Global DIC Group (Scope 1 and 2) - 02 Grasping CO2 Emissions Across the DIC Group’s Supply Chains (Scope 3)
- Protecting the Ozone Layer
Basic Approach
The DIC Group works to reduce CO2 emissions over the entire life cycle of its products and, through its business activities, to lower risks associated with climate change.
Initiatives Aimed at Preventing Global Warming
In line with its goal of contributing to the realization of sustainability for the global environment and for society, in June 2021 the DIC Group announced DIC NET ZERO 2050, which sets a target of achieving carbon neutrality—net zero CO2 emissions (Scope 1 and 2)—by fiscal year 2050. In January 2023, the Group’s CO2 emissions target received official endorsement from the Science Based Targets initiative (SBTi),* which was established with the purpose of driving CO2 emissions reduction in the private sector. (Information regarding the impact of the acquisition of the Colors & Effects pigments business will be communicated to the SBTi going forward.) The DIC Group comprises 185 companies in 62 countries and territories. The Group is committed to working as one to cut emissions to ensure achievement of this target.
- The SBTi is a global entity that encourages companies to set science-based greenhouse gas emissions reduction targets that are in line with the goal of the Paris Agreement. The SBTi is a partnership of the CDP, the UNGC, the World Resources Institute (WRI) and the WWF.
Goals and Achievements of Major Initiatives
Reduce CO2 emissions at sites (Scope 1 and 2).
Goals for fiscal year 2023 | DIC Group (global): Reduce CO2 emissions at DIC Group sites (Scope 1 and 2) by 50% from the fiscal year 2013 level by fiscal year 2030 (average annual decrease of 2.9%). |
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Achievements in fiscal year 2023 | DIC Group (global): CO2 emissions: 534,889 tonnes |
Evaluation | ★★ |
Goals for fiscal year 2024 | DIC Group (global): Reduce CO2 emissions at DIC Group sites (Scope 1 and 2) by 50% from the fiscal year 2013 level by fiscal year 2030 (average annual decrease of 2.9%). |
Goals for fiscal year 2023 | DIC Group (Japan): Reduce energy consumption per unit of production by 17.0% from the fiscal year 2013 level by fiscal year 2030 (average annual decrease of 1.0%). |
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Achievements in fiscal year 2023 | DIC Group (Japan): Energy consumption per unit of production: 3.811 GJ/ tonne |
Evaluation | ★ |
Goals for fiscal year 2024 | DIC Group (Japan): Reduce energy consumption per unit of production by 17.0% from the fiscal year 2013 level by fiscal year 2030 (average annual decrease of 1.0%). |
Reference:CO2 emissions per unit of production in fiscal year 2023 for the DIC Group in Japan: 134.7 kg/tonne
- Down 29.3% from fiscal year 2022 (190.6 kg/tonne)
- Down 43.6% from fiscal year 2013 (238.7 kg/tonne)
- Evaluations are based on self-evaluations of current progress.
Key: ★★★ = Excellent; ★★ = Satisfactory; ★ = Still needs work
Framework for Promotion
The DIC Group works to reduce CO2 emissions through its business activities in four regions: Japan, the Americas and Europe (overseen by Sun Chemical), the Asia–Pacific region and Greater China. Despite differences in energy requirements and access to renewable energy depending on region and site location, the Group is committed to working as one to ensure it achieves its target of reducing its Scope 1 and 2 CO2 emissions by 50% from the fiscal year 2013 level by fiscal year 2030.
Recognizing climate change as a key social imperative, the DIC Group is working to reduce CO2 emissions from its sites. Important measures are proposed to the Sustainability Committee to be deliberated and determined. In Japan, an Energy-Saving Promotion Committee has been established at each Group company site. Committee activities include confirming the progress of initiatives, engaging in discussions and conducting patrols. An Energy-Saving and Decarbonization Working Group has also been set up at each site comprising members selected by the site itself to foster the exchange of information and research pertaining to new energysaving measures, as well as to advance the horizontal deployment of effective measures across domestic Group sites. This combination of site- and Group-level initiatives forms the framework under which the DIC Group endeavors to reduce its CO2 emissions.
In the Americas and Europe, Sun Chemical is promoting efforts to reduce its CO2 emissions in North, South and Central America, as well as in Europe. In the Asia–Pacific region and Greater China, Group companies are encouraging a variety of independent energy-saving initiatives that align with related Group policies. DIC’s Production Management Unit provides support on multiple fronts, including managing overall progress.
Principal Efforts
- Undertake energy-saving initiatives Groupwide.
- Promote DX to optimize energy management for production and utility equipment.
- Actively establish energy-saving facilities, including efficient cogeneration systems and net zero-energy buildings (ZEBs).
- Employ energy from renewable sources—e.g., biomass boilers and net solar power—at suitable sites.
- Conduct energy-saving analyses and support the deployment of energy-saving initiatives at all DIC Group companies.
- When installing or expanding facilities, purposefully select energy-efficient options and formulate related rules, including for environmental investments and the introduction of internal carbon pricing.
Sustainability-Related Disclosure
Owing to amendments to Japan’s Cabinet Office Ordinance on Disclosure of Corporate Affairs, a section was created in the annual securities report that Japanese companies are required to file titled “Approach to Sustainability and Our Initiatives” and compelled the disclosure of sustainability-related information. Climate change is an issue of particular concern to the DIC Group structures its disclosure using a framework comprising four thematic areas: Governance, strategy, risk management, and metrics and targets. The Group is striving to improve its sustainability-related disclosure in the countries and territories in which it operates, reviewing its approach as required to reflect changes in its operating environment.
Framework for Sustainability-Related Disclosure
Governance | Governance system for addressing sustainability-related risks and opportunities |
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Strategy | Sustainability-related risks and opportunities and related measures |
Risk management | Processes for identifying, assessing and managing sustainability-related risks and opportunities |
Metrics and targets | Metrics and targets used to assess and manage sustainability-related risks and opportunities |
Based on required disclosure items in the Amendment to the Cabinet Office Order on Disclosure of Corporate Affairs, promulgated in response to the June 2022 report of the Working Group on Corporate Disclosure of the Financial System Council.
01Governance
The DIC Group has established the Sustainability Committee, which answers directly to the president and CEO and is responsible for formulating responses to key social imperatives. The committee is also tasked with reinforcing sustainability initiatives and deliberating on critical related matters. Recognizing climate change as a key management challenge, the committee deliberates on important matters, including the setting of medium- and long-term targets for the reduction of CO2 emissions. Chaired by the president and CEO, the committee includes the executive vice president, the general managers/heads of the Production Management Unit, Technical Management Unit, Corporate Strategy Unit, General Affairs and Legal Unit, Finance and Accounting Unit and ESG Unit, as well as the CEOs of regional headquarters, presidents of the business groups and general managers of the product divisions. As part of the auditing process, one Audit & Supervisory Board member also participates. The committee meets four times annually and reports on the results of its deliberations on all agenda items to the Board of Directors, ensuring appropriate supervision.
Principal Climate Change–Related Issues Deliberated by the Sustainability Committee in Fiscal Year 2023
Fiscal year | Principal issues |
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2023 | Report on calculation of product carbon footprint |
Report on endorsement of CO2 emissions target by the SBTi | |
Formulation of plans for reducing CO2 emissions | |
Progress report on CO2 emissions plan formulated in fiscal year 2022 | |
Report on registration of data for the GX-ETS (domestic emissions trading scheme) |
02Strategy
With pressure on the global community to achieve carbon neutrality by 2050 intensifying rapidly, changes to rules governing competitiveness are expected to transform the socioeconomic system going forward. The DIC Group is promoting sustainable business strategies, recognizing the importance of risks and opportunities associated with climate change. Because the impacts of climate change are likely to surface over the medium to long term, the Group is working to enhance its awareness of the principal climate-related risks and opportunities (transition as well as physical) that are likely to have a financial impact over the medium to long term based on a scenario analysis it conducted in early fiscal year 2024. In addition to improving the Group’s understanding of foreseeable risks and opportunities from a medium- to long-term perspective, this will also enable it to formulate and execute effective strategies on an appropriate time line.
The DIC Group recognizes achieving net zero CO2 emissions by fiscal year 2050 as a material issue. The Group will continue to promote decarbonization not only by reducing its own energy use but also by providing information on the carbon footprint of its products.
Key Risk Management Perspectives
- Should carbon pricing or carbon border taxes be introduced in the future, there is a risk that raw materials, fuel and electric power prices will rise and/ or that taxes will be imposed on exported products, making CO2 emissions a factor that directly affects costs.
- Should the Group be unable to respond to any sudden changes in demand resulting from the shift to a circular economy to advance decarbonization, there is a risk of a significant decline in profits generated by its businesses (climate change–related transition risk).
- Should climate-related disasters arising from the increasing seriousness or frequency of extreme weather events occur, resulting in product supplies becoming impossible or being delayed due to the suspension of operations at production facilities and the instability of raw materials supplies, there is a risk that it will cause a significant decline in profits generated by Group businesses or threaten business continuity (extreme physical risk).
Strategies for Reducing CO2 Emissions
As an organization with a CO2 emissions reduction target, the DIC Group will promote a variety of related initiatives as outlined below. The Group currently plans to make environmental investments of approximately ¥13 billion in Japan between fiscal years 2022 and 2030.
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Notes:
- In Japan, Scope 1 CO2 emissions are calculated using emissions factors set by the country’s Ministry of the Environment. In other regions, Scope 1 emissions are calculated using emissions factors set by the United States Environmental Protection Agency (EPA).
- In Japan, Scope 2 emissions—attributable to the consumption of purchased electric power—are calculated using emissions factors set by the Ministry of the Environment. Scope 2 emissions in North America are calculated using the EPA’s Emissions & Generation Resource Integrated Database (eGRID), while those in other regions are calculated using emissions factors in the International Energy Agency (IEA)’s Emissions Factors 2023 database.
- The benefits of three initiatives implemented to reduce CO2 emissions are calculated by estimating fiscal year 2023 emissions based on production volume and CO2 emissions in fiscal year 2022 and production volume in fiscal year 2023.
- CO2 emissions in fiscal year 2030 is an estimate for CO2 emissions in fiscal year 2022 if no initiatives had been implemented and business had expanded.
TCFD Scenario Analysis
In fiscal year 2024, DIC revised the results of its previous scenario analysis, conducted in fiscal year 2020, taking into account shared socioeconomic pathway (SSP) scenarios SSP1–1.9, SSP2–4.5 and SSP5–8.5 in the Sixth Assessment Report (AR6), published by the United Nations Intergovernmental Panel on Climate Change (IPCC) in March 2023, and the environmental scenarios explored in World Energy Outlook (WEO) 2023, released by the IEA in October 2023. While the time frame of the previous analysis concluded in 2030, this was extended to 2050. Based on the outlook for the situation surrounding climate change and energy, DIC established three scenario groups, which it calls “transition,” “adaptation” and “limits to adaptation,”*1 and has analyzed risks and opportunities, as well as formulated measures for each.
・Three Scenario Groups
Transition: Countries immediately and decisively implement measures to reduce CO2 emissions with the goal of limiting the rise in global temperature to 1.5°C above preindustrial levels. The efficient use of energy is required, including through energy conservation and the joint transport of goods. The use of carbon pricing*2 will begin and expand in many countries and territories and the prices used will continue to increase.
Adaptation: Global warming continues through the mid 2040s, with the rise in global temperature to above preindustrial levels exceeding 1.5°C but remaining below 2.0°C. Adapting to rising global temperatures requires strategies and actions to strengthen resilience. Insulation and heat shielding are effective approaches. The frequency of extreme climate events may go from once in a century to once in a decade or even once a year.
Limits to adaptation: Global warming persists and the rise in global temperature to above preindustrial levels exceeds 2.0°C in 2050 and approaches 5.0°C in 2100. Unpredictable weather and climate extremes increase, leading to food insecurity and supply instability, and forcing people to migrate from the places people have lived for centuries. Changes are complex and cascading, and have negative impacts on quality of life across borders. Pandemics, conflicts and other non-climate risks may be amplified by these impacts.
- Relationship between adaptation and limits to adaptation: As temperatures rise, limits to the capacity to adapt—key vulnerabilities—emerge. It is assumed that this will trigger an unremitting shift from the adaptation scenario to the limits to adaptation scenario.
- International carbon price forecast (per tonne of CO2 emitted): $135 in 2030, $200 in 2050
Results of Scenario Analysis for the Three Scenario Groups
Transition
R = Response to risks, O = Response to opportunities
Risks | Opportunities | Countermeasures | |
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Policies and laws | |||
Implementation of carbon pricing around the world |
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The promotion of energy efficiency and a shift to green electric power, both purchased and generated on-site, helps reduce fossil fuel consumption. | R: Apply reasonable carbon pricing in appropriate regions to hasten the reduction of CO2 emissions. R: Avoid the financial impact of CO2 emissions by promoting electrification and the use of renewable energy to reduce Scope 1 and 2 emissions. O: Promote enhanced functionality and contribution to decarbonization to deliver products that minimize the impact of carbon pricing. |
Demand for disclosure of nonfinancial information increases globally | Building and operating a system for responding to disclosure requests around the world incurs costs. | R: Act on a request to respond to the EU’s Corporate Sustainability Reporting Directive (CSRD) by proceeding with plans to release a report in 2026. | |
Technological innovations | |||
Changes in demand occur and the idea of a circular economy dominates |
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O: Step up consideration of chemical and material recycling in collaboration with customers and consumers. O: Focus on using bioderived materials and developing sustainable materials that make products easy to recycle. |
Development focuses on products that are low-carbon or carbon neutral | Demand for products that are low-carbon or carbon neutral— thereby helping to reduce emissions attributable to customers’ processes—increases. | O: Promote products that contribute to decarbonization (e.g., have low emissions of VOCs, low energy consumption, etc.). | |
Behavioral changes | |||
Necessity of responding to demands to reduce CO2 emissions attributable directly to production and across the supply chain | Efforts to reduce CO2 emissions with the aim of achieving the target rise in temperature of 1.5°C begin and the trend toward demanding such efforts spreads across supply chains. | R: Implement measures to reduce Scope 1 and 2 emissions by 50% and Category 2, 3, 4, 5 and 12 Scope 3 emissions by 13.5%, and achieve a supplier engagement rate of 80% in Category 1 of Scope 3. R: Give consideration to shifting to an SBT that corresponds to the 1.5°C target. R: Continue to make investments in energy-saving and renewable energy facilities. |
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Necessity of addressing biodiversity needs directly in production and across supply chains | Products that do not take biodiversity into account are removed from the market. | R: Take biodiversity into consideration in the purchasing of raw materials and at production sites. |
Adaptation
Risks | Opportunities | Countermeasures | |
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Acute | |||
Increase in frequency of extreme climate events from the current once in a century to once in a decade or even once a year |
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R: For key raw materials, promote two-company shared procurement in multiple regions and strengthen BCP responses. R: For key products, ensure ample inventories of raw materials and products. R: Locate printing inks and other production facilities around the world to ensure complementary capabilities. R: Cooperate with other companies to minimize impact in the event port facilities are damaged due to storm surges or flooding. R: Strengthen measures for sites located in coastal areas. |
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Chronic | |||
Depletion of groundwater resources | Countermeasures are needed in areas where there are concerns regarding increased water-related risks. | R: Implement measures to address water-related risks and reinforce the effectiveness of BCPs by providing related training. | |
Changes in lifestyles and consumption patterns as a result of climate change | Demand for existing products may decrease as new lifestyles suited to high temperatures become necessary. | New lifestyles suited to high temperatures bring opportunities in such areas as coatings, packaging materials and healthcare. | O: Develop products that respond to increased demand for insulated and heat-shielding offerings as temperatures rise O: Leverage changes in dietary habits to develop/ expand long-life packaging for beverages and frozen food products. O: Expand operations in the areas of healthcare and life science and promote health. |
Frequent poor harvests due to a loss of biodiversity | Supply of plant-derived raw materials will come to a halt as a consequence of poor harvests. | R: Strengthen resilience. |
Limits to adaptation
Risks | Opportunities | Countermeasures | |
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Acute | |||
Sudden changes in weather patterns and extreme climate change that result in problems in terms of public health and the environment |
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R: Reinforce the effectiveness of BCPs by providing related training. |
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Chronic | |||
Difficulties using edible plants as chemical raw materials or fuel from a food security perspective | The use of raw materials derived from edible plants becomes difficult. | R: Switch from edible to nonedible biomass raw materials. | |
Amplification of non-climate risks as a consequence of instability caused by climate change |
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R: Reinforce the effectiveness of BCPs by providing related training. R: Formulate an emergency plan that includes the strategic downsizing of operations; protection of core assets, data and hazardous chemicals; evacuation procedures; and support for employees’ families. R: Prepare emergency plans that are better than those of competitors. |
Post-Scenario Analysis Initiatives (Fiscal Years 2020–2023)
- Introduced internal carbon pricing.
Resolved to introduce internal carbon pricing to quantify CO2 emissions and climate change risks, as well as to provide economic incentives for reducing CO2 emissions. Beginning in fiscal year 2021, introduced internal carbon pricing for projects in Japan, the Asia–Pacific region and Greater China entailing capital investments of ¥50 million or more. Built a system that factors reductions in costs related to CO2 emissions into the impact of capital investments, - Promoted full-scale collaboration with FP Corporation (FPCO) in the practical implementation of a closed-loop recycling system for polystyrene, used in plastic containers for food products, among others.
- Raised funds through sustainable finance.
- Began introducing green power at 34 sites in Japan and promoting use of low-carbon energy by, among others, reducing CO2 emissions attributable to boiler operation at the Karawang Plant by switching from a coal-fired to a low-carbon liquefied natural gas (LNG)-fired unit.
- Began providing information on the carbon footprint of products and expanding the scope of provision.
- Resolved to introduce a new biomass boiler at the Sakai Plant as part of a program of investment in energy-saving and renewable energy equipment.
03Risk Management
Processes Used to Identify and Assess Climate Change– Related Risks
DIC recognizes risks related to its response to climate change— a key component of its framework of sustainability themes, the foundation of its sustainability activities—and works to evaluate, address and manage them effectively.
The Sustainability Working Group, a subordinate entity of the Sustainability Committee, is charged with identifying and debating priority risks. Risks designated as priorities are submitted for consideration to the Sustainability Committee.
04Metrics and Targets
The DIC Group uses Scope 1 and 2 emissions as Key performance indicators (KPIs) to evaluate transition risks. In light of accelerated global efforts to decarbonize, the Group pledges to work actively to help decarbonize society. DIC has set a long-term target for reducing CO2 emissions (Scope 1 and 2) by 50% from the fiscal year 2013 level by fiscal year 2030 and has pledged to step up related efforts. The Group also aims to achieve carbon neutrality—net zero CO2 emissions—by fiscal year 2050.
Principal Initiatives in Fiscal Year 2023
01Energy Consumption and CO2 Emissions by the Global DIC Group (Scope 1 and 2)
Energy consumption by the global DIC Group in fiscal year 2023 amounted to 12,799,823 GJ, while CO2 emissions totaled 534,889 tonnes. CO2 emissions per unit of production were 233.0 kg/tonne. The Group achieved its target for reducing its consumption and CO2 emissions were down from fiscal year 2022, owing to the expanded use of green power in Japan and a switch from a coal-fired to a low-carbon LNG-fired boiler at the Karawang Plant in Indonesia. These results also reflect the promotion of more ambitious energy-saving and decarbonization initiatives, including the adoption of internal carbon pricing.
The DIC Group continues to implement a variety of energysaving measures, including introducing highly efficient facilities, promoting process improvements and boosting capacity utilization rates, while at the same time further advancing its use of renewable energy by shifting to biomass and other clean fuels and installing solar power facilities. Some of these initiatives are outlined below.
In addition, the Sustainability Committee has made the decision to adopt CO2-free electric power at all DIC Group sites in Japan. In November 2022, the DIC Building (DIC’s corporate headquarters) and the No. 2 DIC Building in Tokyo switched fully to CO2-free purchased electric power. Remaining sites began gradually changing over in April 2023, with a total of 34 sites having completed this switch. Looking ahead, the Group will also advance the use of green power at sites in other countries and territories. The Group has obtained third-party verification of its CO2 emissions (Scope 1 and 2).
Factors | Impact on CO2 emissions (tonnes) | Decrease (%) | ||
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DIC Group in Japan |
Implementation of 473 energy-saving initiatives at sites | -62,533 | -71,820 | 10.0 |
Reduction of emissions factor for electric power | -6,373 | |||
Decrease in production volume | -2,914 | |||
DIC Group in other countries and territories |
Asia–Pacific region: Switch from coal-fired to LNG-fired boiler in Indonesia | -22,695 | -44,269 | 15.8 |
Asia–Pacific region: Power purchase agreement (PPA) in India | -1,407 | |||
Asia–Pacific region: Shift to green power | -2,021 | |||
Asia–Pacific region: Energy-saving initiatives at sites | -1,872 | |||
Asia–Pacific region: Decrease in production volume | -13,548 | |||
Asia–Pacific region: Other factors (including reconstruction of facilities) | -2,725 | |||
Greater China: Energy-saving initiatives at sites | -2,708 | 9,541 | ||
Greater China: Acquisition of business | 7,770 | |||
Greater China: Increase in production volume | 2,693 | |||
Greater China: Other factors (including installation of new equipment) | 1,786 | |||
Sun Chemical Group: Decrease in productio | -78,764 | -78,764 | ||
Other: Decrease in production volume | -244 | -244 | 25.8 | |
Change in CO2 emissions (tonnes) | -185,555 | |||
Global CO2 emissions in fiscal year 2022 | 720,444 | |||
Global CO2 emissions in fiscal year 2023 | 534,889 |
Regional Initiatives
Japan
The bulk of renewable energy used by DIC Group companies in Japan is natural energy generated by a biomass boiler, as well as the use of wind and solar power (including through power purchase agreements PPAs.) In fiscal year 2023, the DIC Group in Japan used 549,000 GJ of renewable energy (equivalent to 14,171 kl of crude oil), or 12.4% of total energy (steam and electric power) used by these companies. The use of renewable energy by DIC Group companies in Japan in fiscal year 2023 accounted for a reduction in CO2 emissions of 38,069 tonnes, equivalent to 21.8% of the total reduction achieved by the Group in Japan.
Total energy consumption by the DIC Group’s 20 offices and research sites (excluding the Central Research Laboratories) in Japan in the period under review was down 1.6% from the previous fiscal year. A key factor behind this decrease was the implementation of energy-saving initiatives by these facilities, including replacing aged light fixtures and air conditioning equipment with newer high-efficiency models that comply with the standards set by the Energy Conservation Center, Japan (ECCJ) for its Top Runner program; turning off lights when not needed and implementing mandatory air conditioning temperature settings; and working with facility management companies to promote diligent measures to reduce energy use. In addition, a year-round no-jacket/no-tie dress code was instituted under the WSR 2020 project.
The use of electric power generated using energy from renewable sources at an additional 33 sites had a significant positive impact on CO2 emissions by the DIC Group, which were down 100,601 tonnes, or 34.5%, from fiscal year 2022. Looking ahead, the Group will continue taking decisive steps to advance its use of renewable energy with the aim of meeting the goals of DIC NET ZERO 2050.
Europe
In an investment aimed at helping ensure sustainability by reducing greenhouse gas emissions, Sun Chemical’s plant in Vienna replaced two older steam-generating boilers with smaller, more efficient units. The integration of the new boilers into the plant’s existing heat recovery infrastructure resulted in a decrease in CO2 emissions of 300 tonnes. Other initiatives to reduce CO2 emissions include projects to improve energy efficiency that have helped curb environmental impact and lower costs. Sun Chemical will continue to focus on the recovery and reuse of waste heat as a particularly effective approach at many of its facilities.

Asia–Pacific Region
The coal-fired boiler at PT. DIC Graphics’ Karawang Plant in Indonesia was replaced with a low-carbon LNG-fired unit. The lower carbon content of the fuel used to fire this boiler contributed significantly to a decline in regional CO2 emissions. The plant also has a biomass boiler fueled partially by palm kernel shells.
Reduction in Global CO2 Emissions Attributable to the Use of Renewable Energy
Unit | 2020 | 2021 | 2022 | 2023 | |
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Reduction attributable to the use of heat generated using renewable energy (biomass) | t-CO2 | 35,578 | 37,512 | 39,742 | 36,192 |
Reduction attributable to the use of renewable energy (electric power generated on-site) | t-CO2 | 18,332 | 17,418 | 12,568 | 6,874 |
Reduction attributable to the use of (green power) | t-CO2 | 0 | 0 | 6,009 | 64,554 |
Total reduction attributable to the use of renewable energy | t-CO2 | 53,909 | 54,929 | 58,319 | 107,620 |
CO2 emissions by the global DIC Group | t-CO2 | 551,049 | 588,985 | 720,444 | 534,889 |
Total reduction attributable to the use of renewable energy + CO2 emissions by the global DIC Group | t-CO2 | 604,959 | 643,914 | 778,763 | 642,509 |
Total reduction attributable to the use of renewable energy (%) | % | 8.9% | 8.5% | 7.5% | 16.7% |
Reduction attributable to the use of electric power generated using renewable energy (biomass) | t-CO2 | 7,739 | 6,542 | 7,277 | 1,100 |
Reduction attributable to the use of solar power | t-CO2 | 8,165 | 8,054 | 2,320 | 3,072 |
Reduction attributable to the use of wind power | t-CO2 | 2,025 | 2,451 | 2,683 | 928 |
Reduction attributable to the use of small hydroelectric power | t-CO2 | 403 | 371 | 288 | 1,774 |
Reduction attributable to the use of renewable energy (electric power generated on-site) | t-CO2 | 18,332 | 17,418 | 12,568 | 6,874 |
Energy Mix


02Grasping CO2 Emissions Across the DIC Group’s Supply Chains (Scope 3)
The DIC Group recognizes the importance of reducing emissions of greenhouse gases across its supply chains and works to ensure a grasp of emissions in all categories of Scope 3. The Group has also revised its calculation for emissions in all categories with the aim of refining data reported in this category.
Category number | Category | Emissions |
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1 | Purchased goods and services | 4,658,043 |
2 | Capital goods | 164,043 |
3 | Fuel- and energy-related activities (not included in Scope 1 or 2) |
136,579 |
4 | Upstream transportation and distribution | 259,542 |
5 | Waste generated in operations | 69,692 |
6 | Business travel | 2,893 |
7 | Employee commuting | 6,825 |
9 | Downstream transportation and distribution | 308 |
10 | Processing of sold products | 144,565 |
12 | End-of-life treatment of sold products | 1,268,613 |
15 | Investments | 17,626 |
Procurement Initiatives
ased on the DIC Group Sustainable Procurement Guidelines, DIC formulated and promotes awareness of the DIC Group Sustainable Procurement Guidebook, encouraging suppliers to reduce their emissions of greenhouse gases. The Group also surveys suppliers to assess the status of their emissions reduction efforts and their reduction targets, and to enhance understanding. With the objective of better grasping and lowering the carbon footprint of DIC products, the Group is also making provisional calculations of the carbon footprint of the raw materials it uses, as well as seeking to expand its used of bioderived and recycled raw materials. (For more information, please see “Ensuring the Sustainable Procurement and Use of Raw Materials” in “Sustainable Procurement”.)
Logistics Initiatives
In Japan, DIC Group companies are using fewer, larger trucks and taking decisive steps to improve loading efficiency, as well as promoting the use of modal shift and the efficient combination of truck, rail and marine transport. Group companies in other countries and territories are advancing initiatives tailored to local circumstances. Over the long term, the Group will explore diversifying the transportation methods it uses with a view to reducing emissions of greenhouse gases by advancing the use of next-generation modes of transport.
Calculating PCF
To achieve carbon neutrality, it is crucial to reduce CO2 emissions across the supply chain. To this end, it is necessary to calculate and reduce the CO2 emissions of each DIC Group company and product. Despite the existence of international standards for calculating product carbon footprint (PCF), including those provided by ISO 14067:2018 and the GHG Protocol, certain aspects of these standards are vague, so companies trying to calculate PCF must make their own interpretations and determine their own specific method for calculation. The DIC Group has shared information, including on guidelines from the European nonprofit Together for Sustainability (TfS) and Japan’s Ministry of Economy, Trade and Industry and Ministry of the Environment, to develop a consistent Groupwide method for calculating PCF. In fiscal year 2023, the DIC Group calculated PCF for 1,809 products (DIC: 179, Sun Chemical: 1,630) and provided this information to customers.
Avoided Emissions
The term “avoided emissions” refers to CO2 emissions that can be avoided through the use of a product. Examples include products that contribute to improving fuel efficiency by reducing vehicle body weight and products that help reduce energy used for heating and cooling by improving insulation. In recent years, avoided emissions have attracted attention as a way to envisage the positive impact of corporate activities on climate change. While there remains room for improvement in terms of the precision of calculation methods and the reliability of calculations, DIC is promoting the use of avoided emissions as a way for it to clarify its contributions to decarbonization across its supply chains.
Innovation
By capitalizing on open innovation to promote the chemical recycling of its products, as well as the recycling and conversion of recovered CO2 into new raw materials, the DIC Group is working to realize manufacturing that does not rely on fossil fuels, thereby helping contribute to sustainability for the global environment and for society, as set forth in DIC Vision 2030.
Protecting the Ozone Layer
Hydrofluorocarbons (HFCs) are used widely as refrigerants in equipment and facilities. While not an ozone-depleting substance, HFCs have a warming potential 100–10,000 times that of CO2 and their use is expected to account for a 0.5°C increase in the global average temperature by the end of the 21st century. At the 28th Meeting of the Parties in Kigali, Rwanda, held in October 2016, the Parties to the Montreal Protocol on Substances that Deplete the Ozone Layer reached an agreement to phase out the production and use of HFCs (the Kigali Amendment). As of January 11, 2024, the Kigali Amendment had been ratified by 156 Parties, including Japan.
In April 2015, Japan revised its Fluorocarbons Recovery and Destruction Law. The same month, the Act on Rational Use and Proper Management of Fluorocarbons entered into force, compelling stakeholders to ascertain and report leaks of fluorocarbons from commercial equipment and facilities. In April 2020, a revised version of the Act on the Rational Use and Proper Management of Fluorocarbons came into effect, introducing direct penalties for violations in instances where fluorocarbons are not recovered by users.
In fiscal year 2023, leaked fluorocarbons from DIC Group sites in Japan were equivalent to 452 tonnes of CO2. (Leaks in excess of 1,000 tonnes per site or per company must be reported to the Japanese authorities.) The Company has worked to effectively manage fluorocarbons since fiscal year 2015, when the Act on Rational Use and Proper Management of Fluorocarbons entered into force, and has managed to keep leaks below the level requiring reporting. In fiscal year 2023, the Group’s efforts to comply with laws governing leaked fluorocarbons were recognized in the Japan Refrigerant and Environmental Organization’s third JRECO Fluorocarbon Rating. DIC has earned an A rank every year since this program began.
Going forward, the DIC Group will continue working to ensure compliance with pertinent laws and regulations, as well as to reduce leaked fluorocarbons from its sites by, among others, choosing air conditioning equipment with low environmental impact refrigerants, including those containing no fluorocarbons.

Key Data
Category | Unit | Boundary | Fiscal year 2019 | Fiscal year 2020 | Fiscal year 2021 | Fiscal year 2022 | Fiscal year 2023 |
---|---|---|---|---|---|---|---|
Energy used (converted into GJ) |
1,000 GJ | Japan | 4,184 | 3,827 | 4,183 | 4,028 | 4,447 |
PRC | 1,056 | 1,036 | 1,197 | 1,066 | 1,110 | ||
Asia–Pacific region | 1,623 | 1,606 | 1,835 | 1,650 | 1,178 | ||
Sun Chemical | 3,784 | 3,791 | 3,196 | 7,767 | 6,017 | ||
Other | 69 | 118 | 63 | 58 | 48 | ||
Global | 10,717 | 10,379 | 10,474 | 14,569 | 12,800 | ||
Energy consumed per unit of production |
GJ/tonne | Japan | 3.706 | 3.733 | 3.656 | 3.687 | 4.391 |
PRC | 5.574 | 5.698 | 4.749 | 4.881 | 3.914 | ||
Asia–Pacific region | 6.81 | 7.151 | 7.389 | 7.331 | 5.825 | ||
Sun Chemical | 4.371 | 4.705 | 3.739 | 7.603 | 7.557 | ||
Other | 133.44 | 3.03 | 108.223 | 110.776 | 102.07 | ||
Global | 4.423 | 4.559 | 4.189 | 5.695 | 5.577 | ||
CO2 emissions | Tonnes | Japan | 232,028 | 209,018 | 224,916 | 208,231 | 136,412 |
PRC | 63,000 | 60,163 | 70,342 | 62,457 | 71,998 | ||
Asia–Pacific region | 122,812 | 123,227 | 144,107 | 127,851 | 83,583 | ||
Sun Chemical | 173,146 | 153,374 | 147,553 | 319,946 | 241,182 | ||
Other | 2,107 | 5,267 | 2,068 | 1,958 | 1,715 | ||
Global | 593,093 | 551,049 | 588,985 | 720,444 | 534,889 | ||
CO2 emissions (Scope 1) | Tonnes | Japan | 135,428 | 118,786 | 135,612 | 128,458 | 112,591 |
PRC | 14,004 | 13,098 | 15,287 | 14,635 | 22,896 | ||
Asia–Pacific region | 66,199 | 69,597 | 88,575 | 76,127 | 44,028 | ||
Sun Chemical | 53,780 | 50,283 | 51,503 | 121,361 | 97,600 | ||
Other | 1,236 | 1,299 | 1,085 | 1,029 | 944 | ||
Global | 270,647 | 253,064 | 292,063 | 341,610 | 278,059 | ||
CO2 emissions (Scope 2) | Tonnes | Japan | 96,600 | 90,231 | 89,304 | 79,773 | 23,821 |
PRC | 48,996 | 47,065 | 55,054 | 47,822 | 49,102 | ||
Asia–Pacific region | 56,613 | 53,630 | 55,531 | 51,725 | 39,555 | ||
Sun Chemical | 119,366 | 103,091 | 96,050 | 198,585 | 143,582 | ||
Other | 871 | 3,967 | 982 | 929 | 771 | ||
Global | 322,446 | 297,986 | 296,922 | 378,834 | 256,830 | ||
CO2 emissions per unit of production |
Kg/tonne | Japan | 206 | 204 | 197 | 191 | 135 |
PRC | 332 | 331 | 279 | 286 | 254 | ||
Asia–Pacific region | 515 | 549 | 580 | 568 | 413 | ||
Sun Chemical | 200 | 190 | 173 | 313 | 303 | ||
Other | 4,053 | 135 | 3,579 | 3,731 | 3,616 | ||
Global | 245 | 242 | 236 | 282 | 233 |
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Notes:
- The Colors & Effects pigments business is included in data from fiscal year 2022.
- Non-fossil fuels and renewable energy are included in energy from fiscal year 2023.
- Owing to rounding, some totals may differ from sums achieved by adding individual figures.
Back number
- Principal Initiatives in Fiscal Year 2022
- Principal Initiatives in Fiscal Year 2021
- Principal Initiatives in Fiscal Year 2020
- Principal Initiatives in Fiscal Year 2019
- Principal Initiatives in Fiscal Year 2018
- Principal Initiatives in Fiscal Year 2017
- Principal Initiatives in Fiscal Year 2016
- Principal Initiatives in Fiscal Year 2015
- Principal Initiatives in Fiscal Year 2014
- Principal Initiatives in Fiscal Year 2013