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Air pollution control manager	17
Water pollution control manager	19
Noise pollution control manager	4
Dioxin pollution control manager	2
Hazardous materials officer (Class A & B)	587
High-pressure gas production safety manager (Class A & B)	233
Qualified person for energy management	18
Specially-controlled industrial waste manager	1
Engineering manager for disposal facilities of industrial waste	1
Boiler operator (Special grade)	4
Boiler operator (1st & 2nd grade)	312

Air pollutants

Pollutant	Standard	Actual Performance in FY2006
		Maximum	Average
NOx (m3N/hour; total pollutant load control)	141.1	110.3	79.4
SOx (m3N/hour; total pollutant load control)	157.5	127.9	74.4
Particulate (boiler; g/m3N)	0.07	0.037	0.020

Water pollutants

Pollutant	Standard	Actual Performance in FY2006
		Maximum	Average
COD (kg/day; total pollutant load control)	244	167.5	110.7
COD (mg/l)	25	7.7	4.3
SS (mg/l)	50	6.8	5.8
Oil content (mg/l)	3	0.6	0.6
Nitrogen (kg/day; total pollutant load control)	222	173.6	92.0
Nitrogen (mg/l)	(10)	1.5	1.2
Phosphorus (kg/day; total pollutant load control)	12.5	5.6	2.2
Phosphorus (mg/l)	(1)	0.12	0.07
Phenols (mg/l)	0.5	Below measurement threshold
Benzene (mg/l)	0.1	Below measurement threshold

Note: Values in ( ) indicate daily average.

PRTR Listed Substances	Release Volume				Transfer Volume
	Air	Water	Soil	Total
Asbestos (kg/year)	0	0	0	0	1,700
Ethylbenzene (kg/year)	140	0	0	140	0
Xylene (kg/year)	530	0	0	530	0
1,3,5-trimethylbenzene (kg/year)	2.2	0	0	2.2	0
Toluene (kg/year)	3,400	0	0	3,400	0
Benzene (kg/year)	350	0	0	350	0
Dioxins (mg-TEQ/year)	0.57	18	0	19	8.6

Note: In addition to above, we treat 2-aminoethanol, ethylene glycol, ethylene glycol monomethyl ether, cobalt and its compounds, nickel compounds, molybdenum and its compounds, cresol, and cyclohexylamine, tetrachloroethylene, nonylphenol, hydrazine and alkyl ether over 1,000 kg per year, the release and transfer volumes are 0 kg per year for all substances.

Category and Key Activity		FY2006
		Investment	Expense
1. Business area costs	Pollution prevention	136	1,548
	Global environment conservation	134	3,214
	Resource circulation	1	404
2. Upstream and downstream costs	Green purchasing	0	0
	Reducing environmental impact of products	2,226	28,326
	Reducing sulfur content of products	(2,169)	(24,200)
	Replacement of toxic substances in gasoline	(57)	(4,125)
3. Administration costs		0	125
4. Research and development costs		0	0
5. Social activity costs		0	1
6. Environmental remediation costs		0	0
Total		2,497	33,617

Note: Recycled paper purchased: 1 million yen

Details of Benefits	FY2006
Energy conservation (cogeneration)	-263
Total	-263

Environmental conservation benefits

Item		FY2006
		Concentration / unit value	Environmental impacts
(1)Benefits corresponding to worksite costs
Resources input into business activities
Energy input		8.56 (kl-crude/1,000kl)	25,231 (TJ)
Water input		144 (kg/kl)	10,964 (1,000t)
Related to environmental impacts and wastes generated by business activities
Emissions to air	CO2	23.32 (kg-CO2/kl)	1,771 (1,000t-CO2)
	SOx	24.5 (g/kl)	1,864 (t)
	NOx	18.8 (g/kl)	1,428 (t)
	Benzene	0.00 (g/kl)	0.35 (t)
Discharge to water	COD	0.53 (g/kl)	40.4 (t)
Industrial waste	Generated	255 (g/kl)	19,356 (t)
	Recycled	85 (g/kl)	6,480 (t)
	Landfill	2 (g/kl)	179 (t)
(2)Benefits related to upstream and downstream costs
Benefits of reducing environmental impact of products
Reducing sulfur content of products		(sulfur content : mass %)	(potential SOx emissions : t)
	High octane gasoline	0.0005	3
	Regular gasoline	0.0005	14
	Naphtha	0.0282	506
	Jet fuel oil	0.0172	274
	Kerosene	0.0005	7
	Diesel fuel oil	0.0007	24
	Heavy fuel oil A	0.4242	7,506
	Heavy fuel oil C	1.0035	20,106
	LPG	0.0003	2
	Total	0.1789	28,442
Reducing benzene in gasoline		0.4487(vol %)	8,780 (t)
Reduction of CO2 emissions from product use		2.4854 (t-CO2/kl)	25,330 (1,000t-CO2)