Environment

Disclosure in Line with TCFD/TNFD Recommendations

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Disclosure in Line with TCFD/TNFD Recommendations

Two photos are placed side by side. The one on the left is an overhead view of a large river flowing through a dense forest. The one on the right shows a small bird perched on a tree branch.

Responding to climate change and conserving natural capital (biodiversity, water, etc.) are urgent, shared global challenges. Failure to address them would entail a wide range of threats including extreme weather events, food crises, and the depletion of water resources. The Paris Agreement and the Kunming-Montreal Global Biodiversity Framework both emphasize the importance of corporate action in resolving these issues.

Support for and engagement with the TCFD and TNFD recommendations

In April 2022, the NOF Group announced its support for the recommendations of the Task Force on Climate- Related Financial Disclosures (TCFD). We also endorsed the recommendations of the Taskforce on Nature- related Financial Disclosures (TNFD) and joined the TNFD Forum in January 2025.

Based on both the TCFD and TNFD recommendations, the Group will work to reduce climate change- and natural capital-related risks and create opportunities for growth, as well as expand our information disclosure.

By engaging in information disclosure according to both the TCFD and TNFD recommendations, the NOF Group will create new value with the power of chemistry toward the realization of a prosperous and sustainable society as stated in the NOF VISION 2030.

This is the TCFD logo.
This is the TNFD logo.

Policy on climate change

Policy on Greenhouse Gas (GHG) Reduction

Climate change is primarily caused by increased GHG emissions resulting from fossil fuel consumption. Its negative impacts are already evident in the growing frequency of natural disasters such as heavy rainfall and flooding, the depletion of food and water resources, extreme heat, and the spread of infectious diseases. This poses significant threats to our lives and ecosystems.

NOF supports the goals of the Paris Agreement to keep the rise in the global average temperature well below 2°C above pre-industrial levels (the “2°C target”), and pursuing efforts to limit the increase to 1.5°C wherever possible.

To help mitigate climate change and realize a decarbonized society, we aim to achieve carbon neutrality by 2050. As an interim GHG emission reduction target, we have set a target of reducing emissions by 40% or more by FY2030 compared with FY2013 levels, and we are actively working to reduce GHG emissions.

Our focus goes beyond reducing our own GHG emissions to encompass our supply chain, as we contribute to climate change mitigation through raw material procurement, efficient delivery, and the provision of environmentally friendly products and services. We are determined to take action and grow with society for a sustainable future.

GHG reduction strategy

We have established and disclosed our Management Policy Regarding Responsible Care and CSR Procurement Policy, declaring our commitment to GHG reduction measures across the entire supply chain.

To implement these policies, we have set Responsible Care guidelines within the Group that address climate change mitigation and adaptation, biodiversity, resource recycling, R&D,
and manufacturing.

At our production sites, we are promoting the shift to lower-impact energy sources for Scope 1, improving energy efficiency for both Scope 1 and Scope 2, and responding in line with each category of Scope 3. We are also working on R&D for environment-related product lines that contribute to climate change mitigation and adaptation.

For externally procured raw materials, we have established our CSR Procurement Guidelines to promote the procurement of materials with low environmental impact. To this end, we work to raise supplier awareness, participate in the Declaration of Partnership Building with suppliers to put these principles into practice, and advance sustainable procurement activities.

Furthermore, as part of the Japan Chemical Industry Association’s Responsible Care initiatives, we actively participate in dialogue with suppliers and local communities.

Moreover, we are pursuing decarbonization innovations throughout the supply chain. This includes industry-academia collaborative projects focused on the R&D of biomass-derived materials and the effective utilization of unused exhaust heat.

Through these initiatives, we are reducing Scope 3 GHG emissions and enhancing the sustainability of the entire supply chain.

Activities through industry associations

With an eye to achieving carbon neutrality by 2050 and driving social transformation, NOF is taking on the challenge of green transformation (GX) and has joined the “GX future league,” in which companies pursuing sustainable growth in present and future society collaborate with corporations, government, and academia engaging in similar initiatives. In addition, we are members of many industry associations, including the Japan Chemical Industry Association (JCIA), where our President and Chief Executive Officer serves as a director. We actively incorporate and leverage in our daily activities the policies and latest developments discussed in these associations regarding climate change solutions. In addition, while working on the goals of each association, we ensure alignment so that these goals are consistent with NOF’s own policies and strategies.

Furthermore, in the Japan Soap and Detergent Association (JSDA), of which we are also a member, our President and Chief Executive Officer and other NOF executives serve as directors and periodically assume the role of chair of the Environmental Committee, striving to address industry-wide environmental issues.

Policy on natural capital

NOF’s initiatives to protect natural capital

The NOF Group places great importance on actively protecting and restoring natural capital. To this end, we have formulated the following policies.

  • In order to minimize the impact of our business activities on natural capital, we conduct environmental impact assessments, identify risks, and implement countermeasures.
  • We require our employees to comply with international guidelines, laws, and regulations related to natural capital conservation and to engage in environmental conservation.
  • We require our employees to comply with international guidelines, laws, and regulations related to natural capital and to work for environmental conservation.
  • We provide educational programs to raise environmental awareness and educate employees and relevant stakeholders on the importance of natural capital conservation.
  • We cooperate with local communities and participate in local ecosystem conservation activities and various projects to restore natural capital.

Through these initiatives, we will contribute to safeguarding natural capital and help realize a more sustainable future.

General requirements under the TNFD Recommendations

1.Application of materiality:
In assessing risks and opportunities for this disclosure, the NOF Group adopted a single materiality approach, ensuring alignment with our risk management practices and TCFD disclosures.

2.Scope of disclosure:
Please see “Scoping: Defining the Scope of Analysis” in “Strategy”.

3.Geographic areas with natural capital-related issues:
As areas with natural capital-related issues, we identified and analyzed all NOF Group production sites, as well as raw material production areas and procurement sites, corresponding to (2) “Scope of disclosure”. For details of the analysis results, see “Strategy”.

4.Integration with other sustainability-related disclosures:
We provide integrated disclosure regarding both climate change measures and the conservation of natural capital.

5.Time periods considered:
For the assessment of risks and opportunities, we set short-term (2023–2025), medium-term (around 2030), and long-term (around 2050) time horizons.

6.Engagement with Indigenous peoples, local communities, and affected stakeholders:
Please see “Oversight of Stakeholder Engagement” in “Governance”.

Governance

Governance system for climate change response and natural capital conservation

The NOF Group identifies materiality issues (important issues) related to sustainability through deliberations by the Strategic Meeting, composed of Directors concurrently serving as Operating Officers and Operating Officers with titles, and by the Sustainability Committee, chaired by the President and attended by all Directors, including non-committee members, as observers. The Board of Directors then approves the materiality issues. As the secretariat of the Sustainability Committee, the Corporate Planning & Strategy Department, Corporate Technical Division, Human Resources & General Affairs Department, Legal Department, Purchasing Department, and Corporate Communications Department promote the formulation and specific development of sustainability strategies for the entire Group. The Committee also reviews materiality annually, reassessing materiality items, indicators (KPIs), numerical targets, and response policies to ensure continuous improvement in activity levels.

Responses to climate change and natural capital conservation are treated as important matters, including mid- to long-term goals, and are deliberated by the Sustainability Committee. In regard to risks, the Risk Management Committee conducts a comprehensive assessment, while the RC Committee supervises monitoring and managing the progress of risk countermeasures and reduction measures related to GHG, pollutants emissions, and zero emissions. In addition, opportunities are discussed by the Executive Management Committee and the Priority Business Review Committee, and important matters are deliberated by the Executive Committee. Within the governance system, these committees operate under the oversight of the Board of Directors. Their deliberation results are reported to the Board. In addition to regular reports once or twice a year, a system has been put in place in which the consultation content of committees and meetings held on an ad hoc basis are reported to the Board of Directors as necessary for supervision and approval.

This diagram illustrates the governance structure for addressing climate change and conserving natural capital. It shows that the CSR Committee—chaired by the President and Executive Officer and composed of specialized committee chairs, heads of committee secretariat departments, and other appointees—identifies and reviews materiality issues, guided by the advice of the Policy Meeting (comprising Directors who are also Executive Officers and Executive Officers with specific titles). Additionally, the CSR Committee engages in discussions regarding sustainability initiatives with the Risk Management Committee, RC Committee, Compliance Committee, Quality Control Committee, Management Council, Executive Management Meeting/Key Business Review Meeting, and Human Resources Committee. These committees report to the Board of Directors, which provides oversight.

Sustainability Governance Structure, Including Response to Climate Change and Natural Capital

Oversight of stakeholder engagement

We believe that stakeholder engagement is essential to ensure the long-term growth and the sustainability of a company. In addition, in light of the impact of the NOF Group’s business activities on indigenous peoples, local communities, and others, we have formulated the CSR Procurement Policy and CSR Procurement Guidelines and engage in dialogue with local communities, while initiatives for stakeholder engagement are discussed and supervised under the governance system described above.

Strategy

The TNFD has developed the LEAP Approach as an integrated framework for assessing nature-related issues and recommends its use to companies. The NOF Group has advanced its assessment of natural capital-related issues based on this approach.

Analysis using the LEAP approach

The LEAP approach is a process for systematic, science-based assessment of nature-related risks and opportunities. “LEAP” is an acronym for Locate (locate priority regions, i.e., regions with significant impacts on nature), Evaluate (identify and evaluate dependencies and impacts on nature), Assess (identify and assess nature-related risks and opportunities), and Prepare (prepare for disclosure). In addition, the approach begins with Scoping, involving defining the scope of the analysis.

In recent years, the loss of natural capital, including biodiversity, has gained attention as a new global risk. The NOF Group uses naturally-derived raw materials such as palm oil. For this reason, we have recognized the loss of natural capital as a significant risk, formulated policies regarding natural capital, and actively pursued related initiatives.

Since fiscal 2023, in line with the LEAP approach recommended by the TNFD, we have conducted activities to locate the interface (priority regions) with natural capital, identify and evaluate dependencies and impacts, and identify and assess risks and opportunities.

This diagram illustrates the LEAP approach. The cycle begins with
Scoping: Defining the Scope of Analysis

The NOF Group set the scope of analysis regarding its relationship with natural capital as targeting “all production sites of the NOF Group,” and for upstream value chain analysis, the “production areas of plant-based and animal-based raw materials” used in the Functional Materials Business and Functional Foods Business, taking into account business scale as well as the level of dependency and impact on natural capital.

This is a detailed diagram of the scoping process. The subjects of assessment include the NOF Group’s production sites as well as the Functional Materials and Functional Foods businesses—sectors characterized by high levels of dependence on and impact on nature—along with animal- and plant-based raw materials, which also entail significant dependence and impact. We verify the locations of production sites and the primary origins of these raw materials, evaluating them against five specific criteria. Following these steps, we identify priority regions and proceed to identify and assess dependencies and impacts, as well as risks and opportunities.

Identification of Priority Areas from Scoping Through Locate

Locate: Locate the interface with natural capital (identify priority regions*)

For both “all production sites of the NOF Group,” where NOF Group companies are directly engaged in operations, and “production areas of animal-based and plant-based raw materials” in the upstream value chain, we identified interfaces with natural capital based on location information (if detailed location data was unavailable, we estimated the location using available information).

Specifically, we confirmed whether each production site and raw material production area qualified as a priority region by comprehensively considering both the perspective of impacts on natural capital (see the table below) and the perspective of impacts on our business (production volume and procurement value). The results are shown in the figure below. As for production sites, the NOF Group’s priority region was identified as Japan, where animal- and plant-based raw materials are used. Specifically, we identified the Amagasaki Plant of the Functional Materials Business, which manufactures surfactants and fatty acid derivatives, and the Daishi Plant in the Kawasaki Works of the Functional Foods Business, which manufactures processed oils and fats for food. As for raw material production areas designated as priority regions, we identified Indonesia and Malaysia (palm cultivation), Japan (cattle and pigs production), Brazil (soy cultivation), and New Zealand (dairy production). Among these raw materials, we recognized pigs, palm, soy, and dairy products as the highest-priority food raw materials.

Impact on Natural Capital

 

Impact on natural capital Explanation
❶ Decreased ecological integrity*1 Regions where ecosystem balance is disrupted, or healthy conditions are impaired
(e.g., regions where forests are being cleared, wetlands reclaimed, or rivers polluted)
❷ High importance of biodiversity*1, *2 Regions of very high importance for biodiversity (diversity of various animals, plants, and microorganisms)
(e.g., habitats for many endangered species, or regions essential for the survival of plants and animals)
❸ High ecological integrity*1 Regions with very rich ecosystems that remain largely intact
(e.g., regions with untouched forests or unpolluted rivers)
❹ High water risk*3, *4 Regions with water shortages (drought risk), regions prone to flooding or water-related damage,
or regions with polluted water
❺ High importance of provision of
 ecosystem services*5
Regions where the provision of “ecosystem services” to Indigenous peoples or local communities is important Ecosystem services: Services that benefit from natural capital, such as provisioning services (food, water, timber, fuel, etc.)
and regulating services (climate regulation, water purification, flood/drought mitigation, etc.)
This is a world map highlighting the priority regions for the NOF Group. Regarding production sites, the map identifies the Amagasaki Plant (part of the Functional Materials Business, which manufactures surfactants and fatty acid derivatives) and the Kawasaki Works/Daishi Plant (part of the Functional Foods Business, which produces processed food oils and fats)—all located in Japan, where animal and vegetable raw materials are utilized. As for raw material sourcing regions, it identifies Indonesia and Malaysia (palm cultivation), Japan (cattle and pig farming), Brazil (soybean cultivation), and New Zealand (dairy production).

The NOF Group’s Priority Regions

Priority regions: A location with links to natural capital that involves significant dependencies, impacts, risks, or opportunities, or that is ecologically vulnerable

 

The level of impact on natural capital in (1)–(5) on the above was assessed using natural capital impact assessment tools recommended by the TNFD, which are listed in notes 1–5 below.

  1. WWF Biodiversity Risk Filter
  2. Key Biodiversity Areas
  3. WWF Water Risk Filter
  4. WRI Aqueduct 4.0
  5. Global Forest Watch map, SIGWATCH
Evaluate: Evaluate Dependencies and Impacts

For the Functional Materials Business and Functional Foods Business at the Amagasaki Plant and the Kawasaki Works (Daishi Plant), respectively, which use animal- and plant-based raw materials identified as targets through the aforementioned Scoping and Locate steps, we used the ENCORE*1 tool to identify and evaluate their dependencies*2 and impacts*3 on natural capital. 

Specifically, we identified and evaluated dependencies and impacts on natural capital of both businesses across the value chain, including upstream (cultivation, livestock, import, and processing of raw materials), our own operations (manufacturing), and downstream (storage and transportation of products, as well as customers’ manufacturing that uses our plant products as raw materials). The results were summarized in a heat map.

The evaluation showed that with respect to dependencies on natural capital, multiple processes of the value chain share a high dependency on water (groundwater and surface water). In addition, plant cultivation and livestock farming (cattle and pigs) showed many dependency items and generally higher levels of dependency.

Meanwhile, with respect to impacts on natural capital, water usage was also identified as having a high impact across the entire value chain, similar to the dependency findings. Even within our own manufacturing operations, we recognize water consumption as a particularly high-impact factor, and we will continue our efforts to reduce water consumption and maintain water quality.

Relationship of Value Chain to Dependencies and Impacts on Natural Capital
This is a world map highlighting the priority regions for the NOF Group. Regarding production sites, the map identifies the Amagasaki Plant (part of the Functional Materials Business, which manufactures surfactants and fatty acid derivatives) and the Kawasaki Works/Daishi Plant (part of the Functional Foods Business, which produces processed food oils and fats)—all located in Japan, where animal and vegetable raw materials are utilized. As for raw material sourcing regions, it identifies Indonesia and Malaysia (palm cultivation), Japan (cattle and pig farming), Brazil (soybean cultivation), and New Zealand (dairy production).
  1. ENCORE: Exploring Natural Capital Opportunities, Risks and Exposure.  
    A tool developed by organizations such as the Natural Capital Finance Alliance (NCFA), a financial-sector network, to help financial institutions understand the degree to
    which companies depend on and impact natural capital.
  2. Dependency: Ecosystem services on which business activities rely (e.g., crop cultivation depends on ecosystem services such as water supply and pollination by insects)
  3. Impact: Positive or negative effects of business activities on natural capital (e.g., chemical manufacturing impacts natural capital through water consumption and GHG emissions.)

Assess: Assess risks and opportunities

Based on the aforementioned priority regions and the results of the dependency and impact analysis, the NOF Group identified and assessed our risks and opportunities in accordance with climate change scenarios (the 1.5°C/2°C scenarios and 4°C scenario). For the assessment, the level of impact and the timeline were defined as shown below. Transition risks were assessed under the climate scenario representing the worst-case scenario. NOF is focusing on promoting proactive consideration for the environment and developing products that contribute to environmental conservation. In responding to decarbonization markets such as electric vehicles and renewable energy, there may be risks of reduced sales in existing business areas or reputational impacts from the use of certain raw materials. However, we expect the following opportunities in the long term. However, these estimates contain many potential risks, uncertainties, and assumptions, and actual results may vary significantly due to changes in material factors.

●Increased sales:
 As consumer awareness of environmental conservation rises, sales will grow due to increased demand for products that contribute to environmental conservation.
●Enhanced reputation:
 Proactive measures for climate change and emissions management, as well as the development of products that contribute to environmental conservation,
 will improve the Company’s reputation and credibility over the long term, also leading to a higher share price.

Transition risks (1.5°C and 2°C scenarios)

 

Cause Value chain Major risks and opportunities Overview Level of impact Countermeasures
2023-2050 2030 2050
Policies and
regulations


Manufacturing
(NOF)
Increased manufacturing costs and decreased product sales due to environmental
regulations
(carbon tax,
plastic tax, etc.)
  • Manufacturing costs rise due to costs associated with carbon taxes or switching to recycled
    or bioplastics
     
  • Introduction of restrictions for water withdrawal or new emission regulations make it impossible to produce existing products, leading to declining sales
“Risk” Financial
amount
of
impact
ー Large Large

●Promotion of
 the following initiatives

  • Reduction of GHG emissions
  • Reduction and efficiency improvement of water withdrawal
  • Reduction of waste
  • Reduction of pollutants
  • Reduction of plastic usage

●Shift to recycled plastics and
 biomass plastics

Manufacturing
(NOF)
Compensation for damages due to environmental litigation, decline in sales due to plant shutdowns, and a drop in stock prices
  • Large compensation for damages is owed due to environmental lawsuits, such as those related to ground subsidence, while long-term plant shutdowns reduce sales and push down stock prices
ー Medium Medium

●Promotion of
 the following initiatives

  • Reduction of GHG emissions
  • Reduction and efficiency improvement of water withdrawal
  • Reduction of waste
  • Reduction of pollutants
  • Reduction of plastic usage

●Promotion and communication
 of proactive environmental
 initiatives

Policies and
regulations /
Sharp rise
in raw
material
and fuel prices
Cultivation and livestock
(Upstream)
Higher procurement costs because of increased cultivation and production costs due to environmental regulations (regulations on methane emissions, discharged water, etc.)
  • Costs to address methane emissions from livestock, farmland development, and water and soil pollution caused by agricultural chemicals and fertilizer use drive up raw material prices, and increase procurement costs
    [forecast based on the IPR Forecast Policy Scenario (FPS)
    + Nature scenario] 
ー Medium Medium

●Switch to lower-risk oil types
●Securing stable raw materials
 through multiple purchases
 and long-term contracts

Processing
(Upstream)
Higher procurement costs and production
interruption-caused reduced sales due to environmental regulations
(beverage container tax, packaging tax, etc.)
  • Compliance costs due to tighter regulations drive up raw material prices and procurement costs
     
  • Production plant operations are suspended due to restrictions for water withdrawal and emission regulations, resulting in decreased sales

ー Small Small

●Promotion of
 the following initiatives

  • Reduction of GHG emissions
  • Reduction and efficiency improvement of water withdrawal
  • Reduction of waste
  • Reduction of pollutants
  • Reduction of plastic usage

●Shift to recycled plastics
 and biomass plastics

Import
(Upstream)
Higher distribution costs due to environmental
regulations
(SOx regulations, etc.)
  • Compliance costs to address tighter regulations are passed
    on to prices,
    raising distribution costs
ー Small Small

●Promotion of joint delivery
 and modal shifts

Sharp rise
in raw
material
and fuel prices
Cultivation and livestock
(Upstream)
Increased procurement costs
due to soaring
raw material prices
  • Sharp rise in prices of raw materials such as petrochemicals and vegetable and animal-based oils and fats due to a decrease in the supply of petroleum, etc.
    and an increase in
    demand for biofuels
ー Large Large

●Securing stable raw materials
 through multiple purchases
 and long-term contracts
●Switching from
 petrochemical-based
 raw materials to
 plant-based raw materials
●Utilization of biomass chemicals
●Carbon recycling
 (solvent recycling, etc.)

Import
(Upstream)
 
Manufacturing
(NOF)
Higher energy and transportation costs due to soaring crude oil and
natural gas prices
  • Higher energy and transportation costs due to soaring crude oil
    and natural gas prices
ー Medium Medium

●Introduction of
 energy-saving equipment,
 review of processes
●Promotion of joint delivery
 and modal shifts

Evaluation
and
reputation
from
stakeholders

Cultivation and livestock
(Upstream)

Reputational damage and falling stock prices due to the use of certain raw materials
  • Using raw materials that negatively impact natural capital, such as illegally cultivated palm oil, harms the Company’s reputation and
    lower stock prices
Large Large Large ●Procurement of
 sustainable palm oil
●Selection of suppliers
 and business partners with
 lower regulatory risks
(NOF) Decline in evaluation and reputation due to delays in ESG investment
  • Deterioration of evaluation from investors in ESG investment and reputation among customers due to delay in measures to address climate change
    and natural capital
ー Small Small ●Development and provision of
 products that contribute to
 environmental conservation
●Promotion and communication
 of proactive environmental
 initiatives
Market Products
(Downstream)
Changes in the sales destination environment due to the shift to
a decarbonization market
  • Decrease in sales due to decline in market share of gasoline and diesel vehicles
ー Medium Medium

●Strengthening our response to
 decarbonization markets,
 such as electric vehicles and
 renewable energy

Physical risks (4°C scenario)

 

Cause Value chain Major risks and opportunities Overview Level of impact Countermeasures
2023-2025 2030 2050
Extreme
weather
Cultivation,
livestock,
processing
(Upstream)
Increase in cultivation/
production and
procurement costs
due to degradation
of ecosystem services
  • Procurement costs rise and sales decline due to soaring prices of palm oil and rapeseed oil resulting from degradation of ecosystem services such as pollination, soil quality, and water cycle maintenance
     
  • Water shortages and crop damage from pests and diseases cause instability or soaring prices in raw material procurement, increasing procurement costs

“Risk”
financial
impact
Large Large Large

●Switch to lower-risk oil types ●Selection of suppliers and
 business partners taking into  
 account risks at the  
 production area
 (ensuring traceability)
●Securing stable raw materials
 through multiple purchases
 and long-term contracts

Import
(Upstream)
 
Manufacturing
(NOF)
Decrease in sales caused by damage to production sites and supply chains from storm and flood damage
  • Flood damage from heavy rains, floods, and storm surges results in factory repair costs, production interruptions, or reduced production capacity, leading to sales declines
ー Large Large

●Rainwater countermeasures
 and disaster prevention
 measures for buildings
 and facilities
●Multiple purchases of
 raw materials
●Review the business continuity
 plan (BCP) and conduct
 education, training, and audits

Manufacturing
(NOF)
Increase in equipment costs and decline in sales due to production interruptions associated with degradation of ecosystem services
  • Water shortages cause production interruptions or reduced production capacity, resulting in decreased sales
ー Small Small

●Reduction and efficiency
 improvement of water
 consumption at high-risk sites
●Diversification of production
 items at manufacturing sites
 (preparing for alternative
 production)

(NOF) Increase in storage costs due to high temperatures
and heatwaves
  • Rising temperatures affect refrigerated and air-conditioned warehouse storage
ー Medium Medium

●Ongoing review of capital
 expenditure plans

Opportunities

 

Cause Value chain Major risks and opportunities Overview Level of impact Countermeasures
2023- 2025 2030 2050
Resource
efficiency
Manufacturing
(NOF)
Decrease in manufacturing costs through improved resource efficiency
  • Improved resource efficiency during manufacturing, such as reduced water, energy, and waste, leads to lower environmental impacts and cost reductions
     
  • Promotion of decarbonization and infrastructure development in society results in cost reductions from renewable energy use, subsidies,
    and tax incentives
“Opportunity”
financial
impact
ー Medium Large

●Promotion of the following
 initiatives

  • Reduction of GHG emissions
  • Reduction and efficiency improvement of water consumption
  • Reduction of waste
  • Reduction of plastic usage
Capital
flow /
financing

(NOF) Diversification of financing methods
  • Sustainable finance and other forms of environmental funding become more active, expanding the options for financing such as green bonds and green loans for upgrading to low-impact facilities and for development costs of environmentally friendly products
ー Small Small

●Utilization of positive impact
 finance and the like

Reputation (NOF) Improved evaluations and reputation, leading to higher stock prices
  • Proactive climate change measures, emissions management, and development/provision of products that contribute to environmental conservation enhance investor evaluations in ESG investment and reputation among customers, driving stock prices upward
ー Medium Medium

●Development and provision of
 products that contribute to
 environmental conservation
●Promotion and communication
 of proactive environmental
 initiatives

Market Products
(Downstream)
Increase in sales due to growing demand for products that contribute to environmental conservation
  • Rising consumer interest in climate change, water pollution, air pollution, and forest protection boosts demand for environmentally friendly products, leading to
    increased sales
“Opportunity”
market
size
ー Large Large

●Development and provision of
 products that contribute to
 environmental conservation

  1. 1.5°C and 2°C scenarios: Decarbonization scenarios that assume that necessary measures will be implemented to limit the temperature increase to 1.5°C or 2°C or less compared to pre-industrial times (International Energy Agency (IEA) “NZE 2050 Scenario for Net Zero Emissions in 2050” (NZE2050), “Stated Policies Scenario” (STEPS), etc.)
  2. 4°C scenario: Decarbonization scenario that assumes that necessary measures will be implemented to limit the temperature increase to 4°C or less compared to pre-industrial times
    (International Energy Agency (IEA) “NZE 2050 Scenario for Net Zero Emissions in 2050” (NZE2050), “Stated Policies Scenario” (STEPS), etc.)
  3. Level of impact:
    “Risk” financial impact... Over ¥1 billion (large), ¥1 billion or less and over ¥100 million (medium), ¥100 million or less (small)
    “Opportunity” financial impact... Over ¥1 billion (large), ¥1 billion or less and over ¥100 million (medium), ¥100 million or less (small)
    “Opportunity” market size... Over ¥30.0 billion (large), ¥30.0 billion or less and over ¥3.0 billion (medium), ¥3.0 billion or less (small)

Financial impacts (selected)

Steam, electricity, and other forms of energy are consumed mainly in the manufacturing processes of the NOF Group. As transition risks brought about by climate change, the financial burden is expected to increase due to rising carbon tax rates and higher unit prices of renewable energy charges,* and the total impact is estimated to be around 3.3 billion yen. In addition, the NOF Group has established a business continuity plan for physical risks with the 4°C scenario assuming 7.7 billion yen in facilities damage in the event that a major typhoon, which occurs once every 500 to several thousand years, breaks through embankments and floods our waterfront plants.

This figure illustrates the financial impact of transition and physical risks associated with climate change. Regarding transition risks under a 1.5°C scenario, the financial burden is projected to increase by ¥3.1 billion between 2020 and 2030 due to higher carbon taxes, and by ¥0.14 billion between 2020 and 2050 due to rising unit rates for renewable energy levies. Calculations for the carbon tax are based on FY2020 CO₂-equivalent emissions and a projected carbon price of ¥20,000 per tonne of CO₂ in FY2030. Calculations for renewable energy levies are based on FY2020 electricity consumption and a projected levy rate of ¥4.1 per kilowatt-hour in FY2030. Additionally, regarding physical risks under a 4°C scenario, equipment damage totaling ¥7.7 billion is projected between 2020 and 2050 due to facility inundation caused by storm surges.
Charges for promotion of renewable energy generation

Assets vulnerable to risks and opportunities

Transition risks

Of NOF’s total assets, the book value associated with equipment that directly uses fossil fuels, such as boilers, is approximately ¥3.4 billion, accounting for approximately 0.4% of total book value. Future policy changes and increases in carbon prices could raise the operating costs of these assets and reduce business profitability, posing a risk of an increased financial burden on NOF.

Physical risks

Four of NOF’s manufacturing sites are at high risk from storm surges. The associated facility assets are valued at ¥7.7 billion and account for approximately 12% of total facility assets. If the risk of flooding materializes, it could have a serious impact on our business continuity.

Opportunities

By transitioning to renewable energy, NOF expects to reduce annual energy costs by ¥140 million. This may improve the overall profit margin.

Sustainability contribution products related to climate change and natural capital

At the NOF Group, we are advancing R&D in technologies addressing climate change, biodiversity, resource conservation and recycling promotion, and alternatives to hazardous and legally regulated substances, thereby creating a wide range of sustainability contribution products. The market size is as shown below, and we believe it will represent a business opportunity in the future.

An overhead illustration of a town is used to summarize where NOF Group products that contribute to sustainability are utilized in everyday life. Products contributing to climate change mitigation include electric vehicles (large market scale); solar and wind power generation (medium scale); and resin window frames and meat alternatives (small scale). Products contributing to climate change adaptation include air conditioners, refrigerators, disinfectants, diagnostic agents, and pharmaceutical raw materials (large scale); and rockets and industrial explosives (small scale). Products contributing to biodiversity include wind power generation and ships (medium scale); and recycled paper, environmental surveys, snow-covered roads, animal protection, road construction vehicles, rockets, and dams (small scale).
Sustainability contribution products in relation to climate change: Mitigation (1.5°C and 2°C scenarios) *

Electric vehicles

【Functional Materials Business / Metal Coatings Business】Market scale:Large

 

Compared to gasoline-powered vehicles, EVs are expected to cause increased demand for additives for in-vehicle electronic components, lubricants for electronic units, anti-corrosion coatings, and overcoat materials for LCD color filters due to the increase in electronic components (passive components) and electronic units, as well as more and larger LCD panels. In addition, because LED lights are effective in reducing power consumption of EVs, demand for anti-fog agents for LED headlamps is expected to increase. Furthermore, EVs will make vehicles quieter, which is expected to increase demand for resin additives, such as noise reduction agents caused by resins rubbing against each other in interior parts.

This diagram illustrates the end-use applications of NOF Group products in the electric vehicle sector. NOF Group additives for electronic components, lubricants for electric drive units, and overcoat materials are used in capacitors and LCD panels for electric bicycles. Resin additives from the NOF Group are employed as anti-noise agents for door hinges and interior components. Additionally, the company supplies anti-fogging agents for LED headlamps and anti-corrosion agents for parts such as the bolts and nuts used to secure batteries. Red circles indicate where these products are utilized.

Wind / solar power generation

【Functional Materials Business / Metal Coatings Business】Market scale:Medium

 

Demand is expected to increase for anti-corrosion coatings for bolts used in wind power generation blades and solar panel mounting parts, as well as biodegradable lubricant required or gear lubrication. Demand is also expected to increase for organic peroxides for cross-linked polyethylene, which is used as a coating material for ultra-high-voltage and high-voltage electric wires used to transmit electricity from wind and solar power generation sites.

This diagram illustrates the end-use applications of NOF Group products in the wind and solar power generation sectors. In wind power, biodegradable lubricants are used for wind turbine gear oils, while anti-corrosives are employed for the bolts that secure the blades. For solar power, anti-corrosives are supplied for panel mounting components. Additionally, NOF Group organic peroxides are used in the insulation materials for the extra-high and high-voltage power lines that transmit the electricity generated.

Meat alternatives

【Functional Foods Business】Market scale:Small

 

Demand is expected to increase for oils and fats for meat alternatives that help improve the flavor and texture of plant-derived meat alternatives that reduce environmental impact.

This diagram illustrates that fats and oils produced by the NOF Group are used in meat alternatives, such as soy meat.

Resin window sashes

【Functional Materials Business】Market scale:Small

 

Demand for organic peroxides is expected to increase with the spread of energy-efficient housing because vinyl chloride resin is used in resin window sashes with high thermal 
insulation properties.

This diagram illustrates the use of NOF Group organic peroxides in resin window sashes.
Mitigating the progression of climate change by reducing GHG emissions
Sustainability contribution products related to climate change [adaptation] *

Air conditioners / refrigerators

【Functional Materials Business / Metal Coatings Business】Market scale:Large

 

Demand for refrigerating machine oil, a lubricant for refrigeration equipment, anti-corrosion coatings for fastening parts for external air conditioner units, and polybutene for air conditioner putty is expected to increase due to the increasing need for air conditioners and refrigerators accompanying rising temperatures around the world, including developing countries. The base materials for refrigerating oils sold by NOF are for alternative CFC refrigerants and contribute to climate change adaptation.

This diagram illustrates the end-use applications of NOF Group products in the air conditioner and refrigerator sectors. We supply polybutene for use in air conditioner piping putty and anti-corrosion agents for the fastening components of outdoor units. Additionally, NOF Group’s base stocks for refrigeration lubricants are utilized in the lubricating oils for air conditioners and refrigerators.

Diagnostic pharmaceuticals / Pharmaceutical raw materials

【Functional Materials Business / Life Science Business】Market scale:Large

 

Due to climate change, there are concerns about the spread of tropical infectious diseases and other diseases and disorders. Therefore, demand for pharmaceutical raw materials is expected to increase due to the rise in disinfectants and additives for diagnostic pharmaceuticals to combat infectious diseases as well as the number of pharmaceutical products against diseases and disorders.

This diagram illustrates the end-use applications of NOF Group products in the fields of diagnostic agents and pharmaceutical raw materials. The NOF Group supplies additives for products such as hand sanitizers and diagnostic agents for infectious diseases, and its raw materials are also used in the manufacture of pharmaceuticals.

Environmental information / Disaster prevention and mitigation products

【Explosives & Propulsion Business】Market scale:Small

 

As climate change progresses, the need to survey the entire world, including seawater temperatures, may increase, and the amount of ocean equipment, rocket launches, etc., for research may increase. In addition, there may be increased applications for temperature indicator materials (labels, stickers, etc.) for temperature control that change color when a specific temperature is reached. Furthermore, with the increased risk of storm surges and other such conditions, there may be an increase in embankment construction using industrial explosives involving procurement of rocks and soil from mountainous areas.

This diagram illustrates the end-use applications of NOF Group products in the fields of environmental information and disaster prevention/mitigation. It shows that the Group supplies not only marine equipment and rocket fuel but also industrial explosives that facilitate the sourcing of earth and sand for levee construction.
Reduction of climate change impacts through disaster prevention, etc.
Sustainability contribution products related to biodiversity conservation

Prevention of soil and water pollution

【Functional Materials Business / Explosives & Propulsion Business】

 

Conventional lubricants used in construction equipment, dam gates, and wind power generation, as well as stern tube bearing oils and anti-sticking agents for asphalt mixtures used in road construction, can cause environmental pollution when released into nature. The NOF Group provides products that are highly biodegradable and thereby contributes to preventing soil and
water pollution.

In addition, KAMAGU® is an eco-friendly antifreezing agent that does not cause salt damage to concrete sections of tunnels, bridges, etc., and also has minimal impact on plants.
The AUTOKAMAGU® JET automatic spraying device operates with 100% natural energy from solar panels and thus also contributes to climate change mitigation.

This diagram illustrates the end-use applications of NOF Group products in the field of soil and water pollution prevention. We provide anti-adhesion agents for asphalt mixtures, anti-icing agents for snowy roads, stern tube bearing oils for ships, and biodegradable lubricants for wind turbine gears and dam sluice gates.

Climate change mitigation

【Functional Materials Business / Functional Foods Business / Metal Coatings Business】

 

It is believed that global warming will cause imbalances in ecosystems due to forest thinning, forest fires, and acidification of seawater, leading to an increased risk of extinction of plants and animals. We have various products related to climate change mitigation that also contribute to biodiversity.

(Please see "Sustainability contribution products in relation to climate change: Mitigation")
 

Protection of forests and animals

【Functional Materials Business / Explosives & Propulsion Business】

 

Recycled paper contributes not only to proper waste disposal but also to global environmental conservation such as protecting forest resources. The NOF Group contributes to forest protection with chemicals for recycled paper (pitch control agents, defiberization agents, etc.), which are indispensable for recycled paper. In addition, Viva Frostir® is an antifreeze solution for the livestock industry that is gentle to animals and humans during winter disinfection. NEODRINK® maintains the physical strength of weak calves, and Za Yoroi-Otoshi helps reduce stress in cows by quickly removing dirt.

This diagram illustrates the end-use applications of NOF Group products in the fields of forest and animal conservation. NOF Group chemicals for waste paper recycling are utilized in products such as toilet paper and facial tissues made from recycled paper. In the livestock industry, the Group supplies agriculture-related products to help maintain the physical strength of weak calves and to clean cattle, as well as livestock-specific antifreeze for disinfection purposes.

Environmental information

【Explosives & Propulsion Business】

 

In addition to seawater and atmospheric observations, satellite surveys of vegetation and coastal zone changes and behavioral tracking of rare creatures are used as basic data for ecosystem conservation. Our ocean equipment and rocket fuel also contribute to biodiversity.

This diagram illustrates how NOF Group products—including rocket fuel—contribute to environmental surveys in the field of environmental information.

Risk Management

Within the NOF Group, the Risk Management Committee comprehensively identifies various management risks surrounding the business and conducts a company-wide assessment of the impact and likelihood of each risk once every two years. On each occasion, it reviews risk items and worst-case scenarios, including climate change, and identifies key risks for monitoring.

The NOF Group uses scenario analysis to identify transition risks, physical risks, and opportunities arising from climate change, based on 1.5°C and 2°C scenarios under which the transition to a decarbonized society may be achieved and a 4°C scenario under which climate change progresses.

In disclosing information based on TCFD and TNFD recommendations, a working group consisting of members selected from the Risk Management Committee and the RC Committee plays a central role in identifying the risks related to climate change and natural capital among the various management risks surrounding our business, and conducts risk assessments to determine the degree to which the impact will change in the future. The analysis results are reported to the Sustainability Committee, and important decisions are made related to climate change and natural capital-related risk countermeasures.

This diagram illustrates the risk management framework regarding climate change and natural capital. Working groups under the Risk Management Committee and the Responsible Care Committee identify climate-related risks, conduct and analyze risk assessments, and report their findings to the CSR Committee. These committees report to the Board of Directors, which provides oversight.

Climate Change and Natural Capital-Related Risk Management Organization Diagram

Metrics and Targets

Metrics and targets related to climate change and natural capital

The NOF Group has set the reduction of GHG emissions as one of the goals of its Responsible Care (RC) activities, and has been working on various energy-saving measures. Following the adoption of the Paris Agreement in 2015, the Japanese government’s 2050 Carbon Neutrality Declaration in October 2020, and the new GHG reduction target announced in April 2021, the NOF Group recognized that reducing emissions from the Domestic Group, which accounts for approximately 82% of Scope 1 and Scope 2 emissions, is essential to achieving carbon neutrality by 2050. Accordingly, the Domestic Group has set a target of reducing Scope 1 and 2 GHG emissions by 40% in FY2030 compared with FY2013 level and has prepared a roadmap for reducing GHG emissions as it works to mitigate climate change. In addition, within the NOF Group’s materiality KPIs and CSR procurement, we have established climate change- and natural capital-related targets and are promoting initiatives to address risks and opportunities.

With regard to natural capital-related matters, we will promote the acquisition and expansion of the indicator data shown below as TNFD global core disclosure metrics and chemical sector core disclosure metrics, while also reducing environmental impacts.

Indicators (KPIs) Numerical targets Target
fiscal year
Details of major initiatives
Contribute to the Environment/ Energy field
(NOF Group)
Net sales of strategic products in
the Environment/Energy field
100% increase (compared to
FY2025 results)
FY2028
  • Supply of strategic products to
    the Environment/ Energy field
Promotion of
CSR-based Procurement
(NOF)
Coverage rate of CSR questionnaire
(based on value of purchases)
85% or more FY2028
  • Implementation of the CSR questionnaire*
Improvement rate of suppliers interviewed under
the 2025 Mid-term
Management Plan
(Number of companies improved/
24 companies)
75% or more FY2028
  • Follow-up with target suppliers
Resilience enhancement
(NOF Group)
BCP education and training hours Total of
4,000 hours
or more
Every
fiscal year
  • Enhancement of each BCP manual
  • Improvement of response capabilities through expanded training scenarios
  • Inspection and confirmation of location activities through audits
Response to climate change CO₂ emissions
(Domestic Group)
40% reduction
(compared
with FY2013)
FY2030
  • Promotion of a shift to energy sources with low environmental impact
  • Promotion of introduction of
    energy-saving facilities
  • Promotion of efficient energy use and visualization
Carbon neutrality
(NOF Group)
Aim for
achievement
FY2050
Chemical Safety Emissions of substances subject to
PRTR Act after revision in FY2021
(Domestic Group)
170 tons/year or less Every
fiscal year
  • Creation and execution of
    emission reduction measures
  • Reevaluation of production processes
Metric
no.*2
Driver of nature change Metrics Metrics Reporting scope FY2025 results
- Climate change GHG emissions Scope1+2
Scope3
Sustainability Report:
pp.135-136 , 143
C1.0 Land/
freshwater/
ocean-use change
Total spatial footprint Total surface area controlled/
managed by the organization
See 
“103rd Annual Securities Report”
Total disturbed area NOF Group 0 thousand㎡
Total rehabilitated/restored area NOF Group 0 thousand㎡
C1.1 Extent of land/freshwater/
ocean-use change
Extent of land/freshwater/
marine ecosystem use change
NOF Group 0 thousand㎡
Extent of land/freshwater/
marine ecosystem conserved or restored
NOF Group 0 thousand㎡
Extent of land/freshwater/
marine ecosystem that is
sustainably managed
Sustainability Report:
p.150
C2.0 Pollution/
pollution removal
Total amount of pollutants released to soil split by type PRTR Act-controlled substances Sustainability Report:
p.155
C2.1 Wastewater discharged Volume of water discharged Sustainability Report:
pp.150-151 , 155
BOD, COD, suspended solids
PRTR Act-controlled substances
Temperature of water discharged

NOF Group
(Regulated sites:
Chidori Plant, Daishi Plant)

25–32°C
In accordance with Kawasaki City ordinance
C2.2 Waste generation and disposal Weight of waste (total) Sustainability Report:
p.161
Weight of waste (hazardous) NOF Group 6,849 tons
Weight of waste (non-hazardous) NOF Group 128,812 tons
External disposal quantity
Final disposal quantity by landfill
Sustainability Report:
pp.161-162
Recycled amount Sustainability Report:
pp.161-162
C2.3 Plastic pollution Weight of plastic used NOF 2,924 tons
C2.4 Total amount of
non-GHG air pollutants

NOx, SOx, particulate matter
VOC
Hazardous air pollutants
PRTR Act-controlled substances

Sustainability Report:
pp.153-156 , 158
C3.0 Resource use/ replenishment Water withdrawal and consumption
from areas of water scarcity
Water withdrawal from areas of
water scarcity
NOF METAL COATINGS
EUROPE N.V.
PT.NOF MAS CHEMICAL INDUSTRIES
416 thousand ㎥
(5% of
the NOF Group total)
Water consumption from areas of
water scarcity
144 thousand ㎥
(6% of
the NOF Group total)
- - Revenue from pesticide use,
by toxicity level
No revenue from pesticides -
- - Rate of change in PFAS production No production or use of PFAS -
- - Compliance violations Violations of environmental laws
and regulations
Sustainability Report:
pp.151 , 167

  1. Also deployed to YUKA SANGYO CO., LTD., Nippon Koki Co., Ltd., NiGK Corporation, Showa Kinzoku Kogyo Co., Ltd., and NOF METAL COATINGS ASIA PACIFIC CO., LTD.
  2. Metric no. of TNFD metric