Theme |
Target |
|
FY2021 actual |
FY2022 actual |
FY2023 actual |
Revised target for FY2030 |
Preventing global warming |
Reduce greenhouse gas emissions in the supply chain |
|
- • Reduce Scope 1 and 2 CO2 emissions
|
-7.3% compared with FY2016 |
-8.6% compared with FY2016 |
-18.6% (preliminary) compared with FY2016 |
-50% compared with FY2016 |
|
- • Reduce Scope 3 CO2 emissions
|
- • Set action targets for emissions reduction
- • Expanded scope of calculation to include The Nisshin OilliO Group, Ltd., Intercontinental Specialty Fats Sdn. Bhd.
|
• Obtained third-party verification of CO2 emissions |
- • Set quantitative targets for FY2030
- • Began detailed discussions with US and Canadian industry groups via the Japan Oilseed Processors Association (JOPA) on methods of calculating CO2 emissions from main raw materials (soybean, rapeseed) (September)
- • Obtained third-party verification of CO2 emissions
|
-25% (starting with Categories 1 and 4) compared with FY2020 |
|
- • Implement environmental education and promote the reduction of CO2 emissions through business operations by each and every employee
|
Promote the use of renewable energy |
|
- • Promote the use of renewable energy at the Sakai Plant
|
- • Decided to install a solar power generation system at the Sakai Plant
|
- • Installed a solar power generation system at the Sakai Plant
|
- • Reduced CO2 emissions by 179 t-CO2 through solar power generation at the Sakai Plant
|
100% |
|
- • Expand efforts led by the Sakai Plant to other plants and Group companies
|
- • Decided to install solar power generation systems at the Yokohama Isogo Plant and the Nagoya Plant
|
- • Installed solar power generation systems at the Yokohama Isogo Plant and the Nagoya Plant
|
- • Reduced CO2 emissions by 245 t-CO2 through solar power generation at the Yokohama Isogo Plant and the Nagoya Plant
|
– |
Establishing resource recycling |
Promote recycling in production processes |
|
- • Recycling rate in production processes
|
99.8% |
99.8% |
99.9% |
At least 99% |
|
- • Effectively use by-products from edible oil production
|
- • Formulated a plan to install a biomass boiler at the Sakai Plant
|
- • Installed a biomass boiler at the Sakai Plant
|
- • Reduced CO2 emissions by 351 t-CO2 through biomass boiler operation at the Sakai Plant
|
– |
Efficiently use water resources for production |
|
- • Reduce our water consumption intensity in production activities
|
-13.1% compared with FY2016 |
-15.4% compared with FY2016 |
-10.8% compared with FY2016 |
-16% compared with FY2016 |
Plant resources/nature conservation |
Promote sustainable raw material procurement |
|
• Promote sustainable palm oil procurement
|
|
|
• Increase the percentage of certified palm oil |
54.9% (Jan–Dec 2021) |
59.6% (Jan–Dec 2022) |
66.9% (Jan–Dec 2023) |
100% |
|
|
• Increase the SG ratio of RSPO certified oil |
49.6% (Jan–Dec 2021) |
51.1% (Jan–Dec 2022) |
56.3% (Jan–Dec 2023) |
50% |
|
|
• Establish a system to ensure traceability to plantations, aiming for 100% traceability |
Palm oil: 68.5% Palm kernel oil: 30.5% |
Palm oil: 90.9% |
Palm oil: 92.7% |
Palm oil: 100% |
|
• Promote efforts to increase soybean sustainability
|
- • Conducted a fact-finding survey on Brazilian soybean, considered joining the Roundtable on Responsible Soy Association (RTRS), etc.
|
- • Established Soybean Procurement Policy
|
- • Formulated an action plan based on traceability, Scope 3 emissions reduction, etc.
- • Began engaging in dialogue with suppliers and producer organizations (in collaboration with JOPA and others, preparing to join RTRS)
|
Sustainable soybean procurement predicated on stable supply
|
|
• Promote sustainable cacao procurement |
- • Conducted a survey on the conditions of production areas and customer needs
|
- • Established Cacao Action Plan
|
- • Formulated an action plan based on cacao procurement traceable to plantations, release of products made from certified cacao, conservation of rare beans, etc.
|
Sustainable cacao procurement predicated on stable supply
|
Promote natural conservation activities |
|
- • Promote afforestation, etc.
|
- • Planted mangrove trees (roughly 0.14 ha, 365 trees) in Malaysia
- • Planned to expand scale in 2022 and onward
|
- • Planted mangrove trees (2 ha) in Malaysia
|
- • Planted mangrove trees (1.5 ha, 3,000 trees) in Malaysia
|
– |
Promoting environmentally friendly development |
Reduce plastic containers/packaging and promote resource recycling |
|
- • Develop product designs and new containers that reduce plastic use
|
- • Discussed the course of action in response to the problems of plastic
|
- • Strengthened production system for environmentally friendly containers
|
- • Released three paper container products (Canola Oil, Canola Oil Halfuse, and Healthy Sesame Fragrant Oil)
- • Introduced new containers with 30% recycled PET plastic and 39% less plastic than conventional bottles, released eight new products
|
- • Development and realization of systems for containers, technologies, and services conducive to resource recycling
- • Reduction of emissions per new plastic containers (bottle/cap) made from petroleum: 15% (compared with FY2022)
|
|
- • Develop easily recyclable containers and technologies to facilitate recycling, and establish a recycling system
|
- • Decided to invest in an environmentally friendly container filling line at the Sakai Plant
|
- • Collaborated with the City of Kawasaki on an experiment to collect used plastic containers for edible oil and seasonings from households
|
|
- • Promote the use of recycled materials and plant-derived materials as alternatives to facilitate recycling
|
- • Planned to introduce biopolyethylene in products in the household-use category (1,000-g polyethylene bottles)
|
- • Introduced biopolyethylene in products in the household-use category (1,000-g polyethylene bottles)
|
Develop products/services that use plant resources and have a positive environmental impact |
|
- • Develop products and applications that have a positive impact on the environment in the food and industrial domains
|
- • Developed 10 products that have a positive environmental impact
- • Developed new approaches and proposals for industrial applications (e.g., lubricants, inks, adhesives)
|
- • Developed 15 products that have a positive environmental impact
|
- • Cumulative: 41 products
- • Developed and released long-lasting oils, plant-based industrial oils and fats, etc. for reducing food loss
|
Products/services that have a positive environmental impact become the core driving force of growth |