Latest Amendment on April 10, 1998
( details ) |
Soot and smoke
| Name of substance |
Sulfur oxides
(Sox) |
| Main form of generation |
Combustion of fuel and minerals in boilers and waste
incinerators |
| Form and outline of regulation |
1) The regulatory value (quantity) is set according
to the height of the exhaust outlet (He) and the value of the
constant, K, designated at each area.
Permissible emission (Nm3/h) = K * 10-3 *
He2 General emission
standard: K=3.0 - 17.5 Special emission standard:
K=1.17 - 2.34 2) Fuel use standard
Sulfur in fuel is set at each area. Sulfur content:
Under 0.5 - 1.2 % 3) Regulation of total
emission
It is set at each area/factory based on the total emission
reduction plan.
|
| Name of substance |
Soot and dust |
| Main form of generation |
Same as above, and the use of an electric
furnace |
| Form and outline of regulation |
Emission standard for each
facility/scale (concentration)
General emission standard: 0.04 - 0.7 g/Nm3 Special emission standard:
0.03 - 0.2 g/Nm3
|
| Name of substance |
Harmful substance / Cadmium (Cd),
Cadmium compounds |
| Main form of generation |
Combustion or chemical treatment at a copper, zinc or
lead refinery. |
| Form and outline of regulation |
Emission standard for each facility
|
| Name of substance |
Harmful substance / Chlorine
(Cl2), Hydrogen chloride (HCl) |
| Main form of generation |
Combustion or chemical treatment at chemical product
reaction facilities or a waste incinerator |
| Form and outline of regulation |
Emission standard for each facility
Chlorine: 30 mg/Nm3 Hydrogen
chloride: 80,700 mg/Nm3 |
| Name of substance |
Harmful substance / Fluorine (F),
Hydrogen fluoride (HF), etc. |
| Main form of generation |
Combustion or chemical treatment at an electric
furnace for aluminum refinement or a fusion furnace for glass
production |
| Form and outline of regulation |
Emission standard for each facility
|
| Name of substance |
Harmful substance / Lead (Pb),
Lead compounds |
| Main form of generation |
Combustion or chemical treatment at copper, zinc or
lead refining facilities |
| Form and outline of regulation |
Emission standard for each facility
|
| Name of substance |
Harmful substance / Nitrogen
oxides (NOx) |
| Main form of generation |
Combustion, synthesis or degradation in a boiler or a
waste incinerator |
| Form and outline of regulation |
1) Emission standard for each facility/scale
New facilities: 60 - 400 ppm Existing
facilities: 130 - 600 ppm
2) Regulation of total emission
It is set at each area/factory based on the total emission
reduction plan.
|
Dust
| Name of substance |
General dust |
| Main form of generation |
Comminution/selection, mechanical
treatment, accumulation at a sieve or an accumulation site |
| Form and outline of regulation |
Standard regarding the structure, use and
administration of facilities
Installation of a dust collector, a dust protection cover, or
a hood; Water spray
|
| Name of substance |
Designated dust
(asbestos) |
| Main form of generation |
Comminution of asbestos with a cutter, mixing and
other mechanical treatment |
Dismantling/reconstruction/repair of a building with
sprayed asbestos |
| Form and outline of regulation |
Site boundary standard at the business site
Concentration 10 fibers/liter
|
Standard regarding removal/enclosure/containment at
the time of dismantling the building
|
Specific substances
| Name of substance |
Specific
substances (28 substances such as ammonia, carbon monoxide,
methanol) |
| Main form of generation |
Accident such as disorder/damage to facilities |
| Form and outline of regulation |
Measures in case of an accident
Duty of the company for restoration Notification to the
prefectual governor |
Hazardous air pollutants
| Name of substance |
hazardous air
pollutants (Air pollutants which are liable to advercely
affect human health through long-term exposure) 234 substances
(groups) are suspected to be hazardous air pollutants of these, 22
substances are "substances requiring priority action to be tackled
by priority." |
| Main form of generation |
|
| Form and outline of regulation |
Responsibilities for each subject such as the
accumulation of knowledge
Voluntary efforts of companies and people to reduce
emission, the development of scientific knowledge by the
nation, grasping the condition of pollution by self-governing
bodies |
| Name of substance |
Specific substances / Benzene |
| Main form of generation |
Facilities for drying benzene |
| Form and outline of regulation |
Suppression standard for each facility/scale
New facilities: 50 - 600 mg/Nm3 Existing facilities: 100 - 1500
mg/Nm3
|
| Name of substance |
Specific substances /
Trichloroethylene |
| Main form of generation |
Cleaning facilities using
trichloroethylene |
| Form and outline of regulation |
Suppression standard for each facility/scale
New facilities: 150 - 300 mg/Nm3 Existing facilities: 300 - 500
mg/Nm3
|
| Name of substance |
Specific substances /
Tetrachloroethylene |
| Main form of generation |
Dry cleaning facilities using
tetrachloroethylene |
| Form and outline of regulation |
Suppression standard for each facility/scale
New facilities: 150 - 300 mg/Nm3 Existing facilities: 300 - 500
mg/Nm3
|
| Name of substance |
Dioxins based Law concerning special
Measures against Dioxins |
| Main form of generation |
Waste incinerators, Electric steel-making furnaces,
Sintering facilities for steel industry, Facilities for collecting
zinc, Facilities for manufacturing aluminum base alloy |
| Form and outline of regulation |
Suppression standard for each facility/scale
New facilities: 0.1 - 5 ng-TEQ/Nm3 Existing
facilities: 2.0 - 80 ng-TEQ/Nm3 (-’02.12) 1.0
- 10 ng-TEQ/Nm3
('02.12-)
| |
| * |
For soot and dust and harmful substances, the prefecture
can set stricter standards by ordiance than those of the nation
. |
| * |
For the above standards, it is necessary to
make modifications any time there are changes in the condition
of air pollution, the effect of measures, changes in the industrial
structure and the sources of air pollution, the development/spread of
anti-pollution technology, etc. |
| * |
ppm = 10-6, ng =
10-9g |