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Overview of Environmental Impacts Inputs Environmental impacts (Overall evaluation) Emissions Materials Resources/Raw materials*1 1,065,000 t 2011 46,038 2012 46,323 2013 Water 48,194 47,221 (FY2015) (TJ) 2015 2014 (FY) m3 Groundwater 4.22 million m3 Other 30,000 m3 (FY2015) 4,094 4,011 3,966 3,969 4,094 (10,000 m3) 2011 2012 2013 2014 2015 (FY) Chemical substances Amount handled 66,000 t (FY2015) 2011 75 2012 70 2013 65 66 (1,000 t) 2015 2014 (FY) Waste Volume of end-of-life products recycled Resource recycling 235 2011 259 2012 250 (FY2015) (1,000 t) 1,065 946 2014 2013 244 233 2015 2014 15,784 kl (FY2015) 17,380 16,139 15,784 (kl) 2012 2013 Resource recycling (FY) 2015 2014 2013 2014 (10,000 t-CO2) Non-CO2 CO2 (FY) 2015 12.9 million m3 Water reused Water recycled 1.71 million m3 11.19 million m3 (FY2015) 1,563 1,538 1,409 1,239 1,290 2011 2012 2013 2014 2015 2011 (FY2015) 674 2012 538 2013 580 2014 (1,000 t) 438 (FY) 2015 1.32 2012 1.33 2013 1.42 2014 (1,000 t) 1.43 (FY) 2015 Waste 2011 1,361 2012 2013 2014 1,261 2015 Weight recycled 91 2012 100 2013 95 2014 84 2015 Medical equipment Other PCs Four home electrical products (FY) 2011 2012 5,396 6,263 2013 2014 Total wastewater 32.97 million m3 COD 652 t Suspended matter 1,999 t 2,866 2,480 2012 2011 5,441 (t) (FY2015) Soot SOx NOx Water 2,696 2013 69 2,848 (t) 2014 (FY2015) Other Total nitrogen Suspended matter COD (FY) 2015 (t) 39 5 4 4 4 11 2 2011 2012 2013 2014 2015 Recycling (FY) Effects on human health Chemical substances (Effects on human health) Chemical substances (Effects on ecosystems) 2012 2013 Waste 2014 Resources 2015 100 0 ▲100 11 t 2t 65 Non-biological system resources Climate change Ozone depletion Acidification Urban air pollution Eutrophication Water Total nitrogen 134 t Other 63 t 2,864 Greenhouse gas emissions (FY) 2015 Amount released Transfer to sewage 95 1.4 1.2 1.0 0.8 0.6 0.4 0.2 0.0 200 300 (100 million yen) 1.4 1.2 1.0 0.8 0.6 0.4 0.2 0.0 Forests (FY2015) Amount released Transfer to sewage Water Fossil fuels Greenhouse gas emissions (FY) 2012 3,000 t Final disposal volume 268 2013 260 2014 244 (1,000 t) 2015 (FY) Acidification Eutrophication (FY2015) 5 4 4 4 3 (1,000 t) 2011 2012 2013 2014 2015 (FY) Effects on human health Non-biological system resources GHGs from transport Emissions to atmosphere during transport CO2 SOx NOx Soot (domestic logistics) 48,000 t-CO2 * Incl. ships and aircraft 5.3 2011 5.2 2012 (FY2015) 5.4 2013 200 5.0 2014 2015 (FY) * Amount over envisaged years of product usage 8,051 5,828 5,295 2012 2013 6,758 0.3 t 157 t 9t 208 4.8 (10,000 t-CO2) CO2 (Excl. power generation equipment) 49.09 million t-CO2 (FY2015) 4,909 (10,000 t-CO2) 2011 2012 183 2013 2014 166 (t) 2015 Soot NOx SOx (FY) Resources Water Land use Waste 2012 (FY2015) 169 Urban air pollution Climate change Eutrophication Acidification (FY) 2013 Forests 2014 2015 0 ▲100 1 2 3 4 5 (100 million yen) Resource consumption Climate change Acidification (FY) Water 1.4 1.2 1.0 0.8 0.6 0.4 0.2 0.0 Waste Fossil fuels Greenhouse gas emissions Urban air pollution Eutrophication Eutrophication Acidification Water 2012 Effects on ecosystems Air pollution Effects on human health 2013 2014 2015 2011 (FY) (FY2015) 6,615 6,095 (FY2015) 277 (PJ) 84,000 t (1,000 t) FY2013 400 500 (100 million yen) Waste 244,000 t Waste generated 256 300 152 t 1,810 t 3,479 t Soot SOx NOx Chemical substances*4 (hydrosphere) 1,430 t 200 Resources (10,000 m3) (FY) 100 Emissions to the atmosphere Emissions to the hydrosphere Water reused and Water recycled 1.45 2011 Collection and recycling 1,498 1,737 End-of-life products 2011 2012 (FY2015) 308 302 294 (FY2015) Use 1,261 PJ*2 (FY2015) 119 271 Greenhouse gas emissions Electricity (Excl. power generation equipment) Resource recycling • SF6 80,000 t-CO2 • HFC 60,000 t-CO2 • Other 140,000 t-CO2 Amount released Energy 2011 3.08 million t-CO2 Chemical substances (atmosphere) 774 (FY) 183 kl 15,601 kl 16,678 2011 438,000 t 0 ▲100 267 Major products shipped FY2014 2015 (FY) 2015 FY2015 2014 CO2 2.61 million t-CO2 Non-CO2 470,000 t-CO2 • PFC 190,000 t-CO2 (1,000 t) * Trucks only 2,069 2013 Other Plastics Iron Total GHGs*3 (FY2015) Gasoline Light oil 2011 2013 2012 233,000 t Energy (domestic logistics) 16,145 2012 1,181 (FY) 362,000 t 44 TJ 1 TJ 1,375 TJ 10 TJ 1,800 TJ Kerosene Gasoline Light oil Biofuels Other 40.94 million Industrial water 31.41 million m3 City water 5.28 million m3 75 2011 1,191 Other Logistics and sales 41,599 TJ Electricity Renewable energy 49 TJ 2,933 TJ City gas Bunker A heavy oil 56 TJ 327 TJ LPG 45,961 1,273 584,000 t 119,000 t 48,194 TJ*2 R&D, design, and manufacturing Energy Iron Plastics T-COMPASS chart Climate change Urban air pollution Non-biological Eutrophication system resources Acidification Water 2014 (FY) End-of-life products Collection amount Amount disposed after recycling 112 124 17,000 t (FY2015) 116 101 (1,000 t) 31 21 23 2012 2013 2014 2015 (FY) 2011 2012 2013 1,000 2,000 3,000 (100 million yen) 20 30 (100 million yen) Waste 2012 2013 2014 20 17 (1,000 t) 2014 2015 (FY) 2015 ▲8 2011 0 (FY) (FY2015) 150 ▲100 Recycling Volume of end-of-life products collected 101,000 t 2015 *1 Material inputs are calculated based on the Estimation Method for Material Inputs Using Input-Output Table (EMIOT), a method independently developed by Toshiba Group. ("EMIOT": Estimation method for Material-inputs using Input-Output Table) EMIOT uses ratios of resources used per unit production, which are prepared based on the Input-Output Table, to calculate total material inputs. One distinctive feature of the method is that input-output analysis is applied only to the flow of resources from upstream to downstream. Another is that the volume of such resources by industrial sector is stored in a database. Using this method, it is possible to calculate weights of input resources by resource type from the data on procurement (monetary value) by resource category, which are gathered by materials procurement divisions. Therefore, data can be gathered not only on direct materials, but also indirect materials. Previously, it was difficult to totalize as resources the imported inputs that accompany the procurement of complex materials and service businesses. However, by using this method, it has become possible to grasp the amount of imported inputs by material category for such procured materials as well. 0 10 *2 TJ = 1012 J; PJ = 10 15 J. The joule is a unit of energy measuring mechanical work, heat, and electricity. One joule equals about 0.239 calories. *3 In this table, the CO 2 emission coefficient for electricity in Japan is 4.76 t-CO2 /10,000 kWh in FY2011, 4.87 t-CO2 /10,000 kWh in FY2012, 5.54 t-CO2 /10,000 kWh in FY2013 and FY2014, and 5.10 t-CO 2/10,000 kWh in FY2015. *4 The volume of hydrogen fluoride and its water-soluble salt emitted into hydrosphere since FY2009 is calculated to be zero because hydrogen fluoride used becomes non-water-soluble salt through post-use treatment.