The Group has set a long-term goal of net-zero greenhouse gas emissions by 2050 in order to contribute to the realization of a decarbonized society. To achieve this goal, we are conducting carbon management including energy conservation and visualization of energy consumption. Going forward, we plan to utilize renewable energy. In April 2022, we also endorsed the recommendations of the Task Force on Climate-related Financial Disclosures(TCFD) and joined the TCFD Consortium. We will analyze and consider our initiatives to promote information disclosure following the TCFD recommendations. For more information, please refer to "Initiatives in Response to the TCFD Recommendations" which is linked below.
Goal of net-zero GHG emissions*1
*1Group consolidated basis.
30% reduction in CO2 emissions*2
*2Scope 1 + 2 (domestic Group consolidated, compared to FY2019/3)
|Target||Results for FY2022/3|
*Scope 1 + 2 (domestic Group consolidated basis; compared to FY2019/3).
In 2022/3, CO2 emissions increased owing to the new frozen desserts manufacturing line at Takasaki Morinaga Co., Ltd., and other factors. We will continue to explore utilization of renewable energy while conserving energy to reduce CO2 emissions.
|Reducing CO2 emissions at factories||
|Initiatives at facilities using fluorocarbons||
|Initiatives in logistics||
We are working on reducing emissions by measuring the overall volume of current CO2 emissions and making emissions visible.
Because Morinaga's four factories and three affiliated production companies account for a large portion of our CO2 emissions, we are stepping up efforts chiefly in our production division.
*Domestic Group consolidated basis. CO2 emissions are rounded up to the second decimal place.Figures for FY2021/3 and onward are third-party-assured by LRQA.The Company applied the “Accounting Standard for Revenue Recognition (ASBJ Statement No. 29, March 31, 2020)”, etc., from the beginning of FY2022/3. The figures for FY2021/3 are from after retroactive application of the said accounting standard.
We are currently examining the possibility of replacing CFC-using facilities with those using HCFCs and HFCs, with a low ozone depletion potential, or natural refrigerants. We intend to replace, in a planned manner, equipment and devices that use CFC R-22 with those using a low-global-warming-potential refrigerant. We have also implemented stricter measures to prevent leakage of CFC gas from existing facilities.
Morinaga Angel Dessert and Morinaga Dessert, whose product lines include frozen desserts, are proceeding with the replacement of refrigerant-equipments in their large-sized refrigerators with natural refrigerants that has zero ozone-depletion potential and low climate-change coefficient. Moreover, freezers that use natural refrigerant were adopted for the cold storage warehouse newly built at Takasaki Morinaga Co., Ltd. Going forward, we will work from various angles to further reduce the Group’s CO2 emissions.
In an effort to load as many products as possible on a pallet, a platform used for product storage and transportation, we have adjusted dimensions of cardboard cases and apply our efficient stacking pattern for loading cases onto the pallets. Furthermore, we save the use of energy in the storage and transportation processes by designing our products to minimize the wasted space.
With a view to increasing the productivity of our core brands and responding to diversifying market needs, the Morinaga Group is reorganizing its production systems to make them highly efficient. In FY2020/3, in order to improve productivity, the decision was made to merge Morinaga Snack Foods Co., Ltd. and Morinaga Kofu Foods Co., Ltd. into the Company. The two production bases were closed, while their production lines were partially transferred to the Tsurumi Factory and the Oyama Factory and rebuilt there.
We also built a third factory on the premises of Takasaki Morinaga Co., Ltd., and started production of chocolates in FY2021/3 and frozen desserts in FY2022/3.
In the new factory and relocated production lines, we made capital investments taking into consideration energy saving. For example, we installed highly efficient energy-saving equipment and adopted a building design that features ceilings set lower than those of former buildings for the reduction of air conditioning loads.
Takasaki Factory No.3
The Morinaga Group has continuously been engaged in the activities to promote energy conservation. In order to make as much contributions as possible to the prevention of global warming, an international environmental issue,
we are focusing on the facilitation of energy conservation promotion activities at our production sites, as most of our energy consumption is attributable to these facilities.
We have so far implemented such measures as: conducing energy-saving patrols to prevent overlooking of compressed-air or steam leakage from pipes and failures to switch off the lights; replacement of aged equipment with highly efficient one; switching to LED lighting; and ensuring the optimal electricity consumption by installing inverters on pumps and fans with a power of 7.5 kW or above to respond to changes in equipment loads.
In FY2021/3, we proactively went ahead with renewing air conditioning equipment at factories, and the resulting energy savings are expected to lead to a 117.7-ton annual reduction in CO₂ emissions.
We intend to facilitate our energy consumption promotion activities further, by seeking advice from energy
conservation consultants, energy management companies, and equipment manufacturers, and planning and
implementing energy conservation measures based on their advice.
As a measure to ensure efficient distribution and environmental friendliness, Morinaga works to improve loading rate using modal shift, joint deliveries with other companies, design product specifications for high loading rates, and introduce demand forecasting using AI for optimal inventory allocation and upgrade supply operations, etc.
As a Specified Consignor* under the revised Act on the Rationalization etc. of Energy Use (“Energy Saving Act”),we calculate and identify the amount of CO2 emitted during transportation.