000iPalteltl OherwasteNon-combustibeLargeBoesttlesttlCansRawgarbagebewastCombustiOherpaperConfidendocumentsMagaznesCardboardNewspapertingpaperemsPETbo％100■Current status of environmentally friendly contractsFY 2019 FY 2020 FY 2021 FY 2022 FY 2023Waste volumeRecycling volume (t)CategoryPaperStationeryOffi ce furniture, etc.Printing equipmentInteriorWork glovesOther textile productsServicesAverageRokkodai areaTsurukabuto 2nd Campus (Graduate School of Human Development and Environment)Fukae area (Graduate School of Maritime Sciences)Myodani area (Graduate School of Health Sciences)Port Island areaOther four areasKusunoki areaitrintiProcurement rate for specifi c items100%100%100%100%100%100%100%100%100%100%100%100%100%Planned amount of power to be used23,376,000kWh/yearSuccessful bidderThe Kansai Electric Power Co., Inc.1,617,000kWh/yearThe Kansai Electric Power Co., Inc.2,196,000kWh/yearThe Kansai Electric Power Co., Inc.1,257,000kWh/yearThe Kansai Electric Power Co., Inc.3,400,000kWh/yearThe Kansai Electric Power Co., Inc.860,000kWh/yearThe Kansai Electric Power Co., Inc.36,210,000kWh/yearThe Kansai Electric Power Co., Inc.ItemPrinting paperToilet paper OtherBallpoint pensEnvelopes (paper) OtherChairs, desks, etc.Copy machines, printers, etc.Curtains Total procurement volume142,871kg42,390kg1,746kg5,659190,25350,0783,1644,912444,69739699Blue tarpaulinsPrintingAmount of power contracted6,520kW690kW873kW390kWIntegrated Research Center 180kwIntegrated Research Center Annex 380kWIncubation Center 150kWSecondary School attached to Kobe University 378kWElementary School attached to Kobe University 154kWSchool for Special Needs Education attached to Kobe University 92kWFood Resources and Education Research Center 90kW6,960kWCity waterMiscellaneous water1,000ｍ3457 433 50073 73 400103 120 334 37 300110 280 200240 187 100FY 2018FY 2019FY 2020FY 2021FY 2022Waste volume (t)Recycling volume (t)Recycling rate (%)1,8001,60029.7 413.3 1,40028.5 28.0 1,2001,000396.0 374.2 363.8 25.8 8001,188.9 600400938.7 937.2 937.3 200FY 2019FY 2020FY 2021FY 202295.8 100.0 100.0 100.0 90807060504039.9 37.9 3034.9 31.9 20100.0 0.0 0.0 FY 2019 FY 2020 FY 2021 FY 2022 FY 2023Well waterTotal350 376 47 59 101 96 203 221 30360.5 2928272624.7 251,096.3 2423FY 20230.0 0.0 0.0 Recycling rate (%)Water Usageter usage for FY 2022 decreased by 6,600 m38%) compared to the previous fi scal year. Rokkodai, we plan to conserve resources by ng river water from Mt. Rokko for toilets and eriments. will continue working on ways to use water ources effi ciently.WasteUniversity-wide offi ce paper consumptionImproving the management of specifi ed facility notifi cationsFY 2023, total waste amounted to 96.3 tons, a 17.0% increase from FY 2 and a 7.8% decrease compared to 2019, prior to the COVID-19 pandemic.ditionally, the resource recycling rate FY 2023 was 24.7%, a 3.3% decrease FY 2022 and a 1.1% decrease from 2019, prior to the COVID-19 pandemic. FY 2023 recycling rate by waste type hown in fi gure 8. According to this fi gure, clear that the recycling rate for printing er, newspapers, magazines, and card-rd has not improved. If the recycling e for paper reaches 90%, the total re-ling rate for all waste will increase from roximately 24.7% to 35.0% (calculated ording to FY 2023 waste volume). Kobe iversity will follow its basic policy to en-rage environmental management, and rk to further improve the recycling rate.anges in consumption of offi ce paper from 2019 to FY 2023 are shown in fi gure 9.nsumption increased 12.7% (16.2 t) from previous fi scal year. e transition to post-COVID-19 conditions, h as a decrease in the frequency of online hybrid classes and meetings, is believed ave infl uenced these outcomes. Compared FY 2019, consumption has decreased by 8%.der the “Water pollution control act,” specifi ed facilities are defi ned as those d primarily for laboratory research, such as washing sinks and fume hoods, those used in hospitals, such as kitchens, washing facilities, and bathing fa-ies. There are over 2,000 specifi ed facilities on campus, and the university is ally required to notify the government before and after constructing, changing decommissioning such facilities. Such notifi cations involve multiple levels of fi rmation, involving faculties and graduate schools, the central administration government agencies.reover, the laws governing specifi c facilities are complex and diffi cult to un-stand, as they include many related laws such as the “Water pollution control ,” “Sewerage act,” and “Soil contamination countermeasures act.” In addition, re is a lot of information to be included in the notifi cation documents submit- to the government, so it is necessary to have chemical management and al knowledge. As a result, when changes are made to the notifi cation docu-nts, it becomes diffi cult to determine which documents need to be processed to what extent, and what kind of explanation is required for the changes. therefore decided to create and nage a list of the reception book notification status of specified ilities in order to ensure that the cedures for specifi ed facilities are ried out without fail. In terms of nagement, we decided to assign a istration number when a request is eived and to enter it in the recep- book, as well as to use the same ber in email correspondence with artments as well as in the names This system has allowed for effi cient and error-free management of specifi c facility registration.The “Act on promotion of procurement of eco-friendly goods and services by the state and other entities (green purchasing law)” was implemented in April 2004. This law stipulates the necessary procedures for the promotion of en-vironmentally friendly goods procurement, etc. by the national government, providing information on increasing the demand for such goods, and aims to realize a society capable of sustainable development with less impact on the environment. It was established with the aim of contributing to people’s health and cultural life both now and in the future, with the government and other organizations taking the initiative in stimulating the purchase of envi-ronmentally friendly goods.Based on this act, Kobe University creates a policy for procuring eco-friendly materials every year. It procures materials based on this policy, publicizes the results, and provides reports to the Ministry of Environment and Ministry of Education, Culture, Sports, Science and Technology.The university conducted a study on procurement results for 287 items across 22 fi elds. A selection of these results for 8 major fi elds are shown in table 12. In FY 2023, we achieved a 100% procurement rate for the desig-nated items.We will continue to create procurement policies based on the “Green pur-chasing law,” and proactively work to procure eco-friendly materials.Table 12: Achievements in green purchasing and procurement in FY 2023Under the “Act on promotion of contracts of the state and other entities, which show consideration for reduction of emissions of greenhouse gases, etc.” (hereinafter referred to as the “Act on contracts with consideration for the en-vironment”), eff orts must be made to develop contracts that give consideration to the reduction of greenhouse gases, etc. for the following eight categories: “procurement of electricity,” “purchase and lease of automobiles,” “procure-ment of ships,” “building design,” “building maintenance,” “energy conservation improvement projects (ESCO projects),” “energy conservation improvement projects other than ESCO projects,” and “disposal of industrial waste.” When procuring design work for the construction and renovation of buildings in FY 2023, Kobe University requested that the contractor submit proposals that eff ectively reduce environmental impact by taking into account the character-istics of the design work, thereby reducing the emission of greenhouse gases and other emissions.The eight environmentally friendly contracts for high-voltage and special high-voltage electricity supply in the Rokkodai, Kusunoki, and Fukae areas, etc. are two-year contracts that cover FY 2022 and FY 2023, and they were implemented as shown in Table 13.Figure 6: Water usageFigure 7: Amount of waste generatedFigure 8: FY 2023 recycling rate by waste typeFigure 9: University-wide paper usageSpecifi c facility reception logTable 13: Electricity supply in each areaGreen purchasing and procurement and environmentally friendly contractsResource conservation and recycling■Green purchasing and procurementKobe University environmental performance
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