Air pollution control manager	20
Water pollution control manager	14
Noise pollution control manager	4
Vibration pollution control manager	2
Specified dust pollution control manager	1
General dust pollution control manager	2
Dioxin pollution control manager	1
Hazardous materials officer (Class A & B)	292
High-pressure gas production safety manager (Class A & B)	162
Qualified person for energy management	14
Specially-controlled industrial waste manager	5
Environmental measurement engineer	2
Boiler operator (Special grade)	4
Boiler operator (1st & 2nd grade)	146

Air pollutants

Pollutant	Standard	Actual Performance in FY2006
		Maximum	Average
NOx (m3N/hour; total pollutant load control)	50.028	15.97	8.94
SOx (m3N/hour; total pollutant load control)	48.011	17.59	0.5
Particulate (CG/EB) (g/m3N)	0.03	Below measurement threshold

Water pollutants

Pollutant	Standard	Actual Performance in FY2006
		Maximum	Average
COD (kg/day; total pollutant load control)	186.48	115.96	52.34
COD (mg/l)	15 (10)	9.6	5.8
SS (mg/l)	40 (30)	Below measurement threshold
Oil content (mg/l)	2	Below measurement threshold
Nitrogen (kg/day; total pollutant load control)	206.02	98.36	37.04
Nitrogen (mg/l)	35	3.0	2.6
Phosphorus (kg/day; total pollutant load control)	24.87	1.653	0.295
Phosphorus (mg/l)	1.5	0.090	0.047
Phenols (mg/l)	2	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
Ethylbenzene (kg/year)	120	0	0	120	0
Xylene (kg/year)	640	0	0	640	0
1,3,5-trimethyl benzene (kg/year)	2.0	0	0	2.0	0
Toluene (kg/year)	1,700	0	0	1,700	0
Nickel compounds (kg/year)	0	0	0	0	1,400
Benzene (kg/year)	550	0	0	550	0
Asbestos (kg/year)	0	0	0	0	1,800

Note: In addition to above, we treat 2-aminoethanol, tetrachloroethylene, and hydrazine 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	55	556
	Global environment conservation	1	3,387
	Resource circulation	0	67
2. Upstream and downstream costs	Green purchasing	0	0
	Reducing environmental impact of products	131	5,724
	Reducing sulfur content of products	(121)	(3,455)
	Replacement of toxic substances in gasoline	(10)	(2,269)
3. Administration costs		0	49
4. Research and development costs		0	0
5. Social activity costs		0	0
6. Environmental remediation costs		0	0
Total		187	9,783

Note: Recycled paper purchased: 1 million yen

Details of Benefits	FY2006
Energy conservation (cogeneration)	135
Total	135

Environmental conservation benefits

Item		FY2006
		Concentration / unit value	Environmentel impacts
(1)Benefits corresponding to worksite costs
Resources input into business activities
Energy input		9.40 (kl-crude/1,000kl)	9,311 (TJ)
Water input		237 (kg/kl)	6,053 (1,000t)
Related to environmental impacts and wastes generated by business activities
Emissions to air	CO2	22.69 (kg-CO2/kl)	580 (1,000t-CO2)
	SOx	0.5 (g/kl)	13 (t)
	NOx	6.4 (g/kl)	164 (t)
	Benzene	0.02 (g/kl)	0.55 (t)
Discharge to water	COD	0.81 (g/kl)	20.7 (t)
Industrial waste	Generated	208 (g/kl)	5,315 (t)
	Recycled	63 (g/kl)	1,601 (t)
	Landfill	0 (g/kl)	1 (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	0.0004	1
	Regular gasoline	0.0004	5
	Naphtha	0.0379	87
	Jet fuel oil	0.0392	249
	Kerosene	0.0009	2
	Diesel fuel oil	0.0007	8
	Heavy fuel oil A	0.3224	1,881
	Heavy fuel oil C	2.4125	25,307
	LPG	0.0006	1
	Total	0.5166	27,540
Reducing benzene in gasoline		0.4959(vol %)	4,267 (t)
Reduction of CO2 emissions from product use		2.5245 (t-CO2/kl)	8,371 (1,000t-CO2)