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Measures of Maintaining Measures of Maintaining Market Fuel Quality in JapanMarket Fuel Quality in JapanMarket Fuel Quality in JapanMarket Fuel Quality in Japan
China Round Table 2009China Round Table 2009Beijing, ChinaBeijing, China
February 13, 2009February 13, 2009
Fuels and Lubricants SubommitteeFuels and Lubricants Subommittee
y ,y ,
Japan Automobile Manufactures AssociationJapan Automobile Manufactures Association
Mitsuru OSAWAMitsuru OSAWA
1
Contents
f l li1. Importance of Fuel Quality~ Relation between emission and fuel regulation~ Role of fuel quality in vehicle developmento e o ue qua ty e c e de e op e t
2. Fuel Quality Regulation in Japan~ Regulations outline (Including inspections and penalties)
R i d l ti~ Revised regulations~ Market quality
3. Subjects of fuel quality for Diesel vehicles’ j q yintroduction (Experience in Japan)
2
Contents
f l li1. Importance of Fuel Quality~ Relation between emission and fuel regulation~ Role of fuel quality in vehicle developmento e o ue qua ty e c e de e op e t
2. Fuel Quality Regulation in Japan~ Regulations outline (Including inspections and penalties)
R i d l ti~ Revised regulations~ Market quality
3. Subjects of fuel quality for Diesel vehicles’ j q yintroduction (Experience in Japan)
3
Progress of Motorization in Japan
80
Number of Vehicles in Use
60
70
80ts
LPG vehicles
40
50
60
ns
of u
ni
Diesel vehicles
20
30
40
n m
illio
n
Gasoline vehicles
Environmental issues emerging
0
10
In Rapid growth of vehicle fleet
‘75 ‘80 ‘85 ‘90 ‘95 ‘01‘70 Year
A t bil l t d i t l i4
Automobile-related environmental issues presented in '70s.
Air Quality ImprovementChanges in Japan’s Annual Air Pollution AveragesChanges in Japan’s Annual Air Pollution Averages
NO2 (ppm)NO2 (ppm)(S Mi i t f th E i t)(S Mi i t f th E i t)
2005 Rate for meeting environmental quality standards2005 Rate for meeting environmental quality standards
0.160.16
0.180.18
Average data taken by the All Motor Vehicle EmissionAverage data taken by the All Motor Vehicle Emission
SPM (mg/m3)SPM (mg/m3) (Source: Ministry of the Environment)(Source: Ministry of the Environment)
Achieved rateAchieved rate
99 9%99 9%Urban backgroundUrban background
0.120.12
0.140.14All Motor Vehicle Emission
Monitoring StationAll Motor Vehicle Emission
Monitoring Station
SPM standard
Nitrogen dioxide
NO2
Nitrogen dioxide
NO2
99.9%99.9%
91.3%91.3%
96 4%96 4%
Urban backgroundUrban background
RoadsideRoadside
U b b k dU b b k d
0 060 06
0.080.08
0.100.10
NO2 standard
Suspended particulate matter
SPM
Suspended particulate matter
SPM
96.4%96.4%
93.7%93.7%
Urban backgroundUrban background
RoadsideRoadside
0.020.02
0.040.04
0.060.06
007070 7272 7474 7676 7878 8080 8282 8484 8686 8888 9090 9292 9494 9696 9898 0000 0202 0404 yearyear
5NO2 and SPM are improving, but some areas have not reached targets.
Regulation of Emission and Fuel
‘00‘98 ‘02‘96 ‘04 ‘06 ‘08‘94 ‘10‘92‘90‘88
Gasoline
2000Emission regulations
2005
1975-77Regulation
1978 Reglation 2009
S100, RVP (T50:75S100, RVP (T50:75--110)110) S50S50
S50 S10Fuel quality
S10S101973 Regulation
Regulation
(Implemented)( p )
Diesel
Emission 1986 Regulation 1990 (NOx) 1994 (PM)
‘00‘98 ‘02‘96 ‘04 ‘06 ‘08‘94 ‘10‘92‘90‘88
2000regulations
2005
S500S500 S50S50F l lit S5000S5000From 1974
S10S10
1974Regulation
g1997 (NOx, PM)
S2000S2000
2009
6
S500 S500 S50S50
S50
Fuel quality S5000 S5000 S10S10S2000 S2000
S10S2000(Implemented)
Transition of Emission Regulation in Japan(Gasoline Passenger Cars)
100Mode 10-15
(Gasoline Passenger Cars)
JC08Mode 10
COCO 5050%
60%
45%5% 1.6% (0.8%)
0
100
59%75%
1.6% ( )
HCHC0
48%8%
50
2.6% (1.3%)
NOxNOx
100
70%2 %
* IW ≤ 1,000kg
IW > 1,000kg
50
1965 1970 1975 1980 1985 1990 1995 2000
NOxNOx0
39%8%20%
27%50
2.6%
2005
(1.3%)
2010
7* 100% = Emission volume without regulations * IW = Equivalent inertia mass
Transition of Emission Regulation in Japan(Diesel Trucks)
COCO 100% Initial value
Mode 6 concentration reg
Mode 10-15 mass reg(Unregulated)
(Diesel Trucks)
JC08COCO1975 1980 1985 1990 1995 2000 2005
30%
2010
JC08
Mode 6 Mode 10-15 mass reg
HCHC1975 1980 1985 1990 1995 2000 2005
100% Initial value
30% 6%
(Unregulated)
2010
JC08
Mode 6 concentration reg
Mode 10-15 mass reg
NOxNOx80%
68%49%
1975 1980 1985 1990 1995 2000 2005100%
(Unregulated)
2010
Mode 6 concentration reg
Mode 10-15 mass reg
NOxNOx
1975 1980 1985 1990 1995 2000
19%
2005
56%49%
40% 100% Initial value54% 38%
2010
10%
JC08
1975 1980 1985 1990 1995 2000 2005
PMPM100%Initial
Mode 10-15 mass reg
36%
Black smoke concentration reg
2010
JC08
8
* Direct-injection diesel trucks, medium-duty (over 1.7t, up to 2.5t)1975 1980 1985 1990 1995 2000 2005
PMPM Initial value 30%36%
6%
2010
2%
Contents
f l li1. Importance of Fuel Quality~ Relation between emission and fuel regulation~ Role of fuel quality in vehicle developmento e o ue qua ty e c e de e op e t
2. Fuel Quality Regulation in Japan~ Regulations outline (Including inspections and penalties)
R i d l ti~ Revised regulations~ Market quality
3. Subjects of fuel quality for Diesel vehicles’ j q yintroduction (Experience in Japan)
9
Role of Fuel Quality in Vehicle Development Political Requirements:
- Emission Standard- Fuel Standard
National Fuel Quality SurveysMarket Requirements:- Safety & Reliability
Low Emission Fuel Standard- Energy Policy- Biofuels etc.Prescribe Range
of Fuel Quality
- Low Emission- Fuel Economy- Driveability etc.
o u Qu y
Engine Design
V ifi ti T t Adj t t
Determination of fuel specs for each test procedure.
Supply ofTest FuelTrial and Error,
Feedback
Verification Tests, Adjustment(Performance, Emissions, Reliability)
Vehicle Certification with Approved Fuel
For new fuels, this process takesseveral years.
Vehicle Certification with Approved Fuel
Vehicle Sales Country, Region
After-ServiceIf problems were to develop with use of a designated fuel, a vehicle recall would become necessary.
10Basic Position - Fuel Quality and Vehicle Development Linked
Background of Fuel Regulation in Japan(1)Necessity of Fuel Quality Regulations~Necessity of Fuel Quality Regulations~
V hi l t ti f f tVehicle protection for safety– Vehicles are designed assuming a certain
fuel qualityfuel qualityEnvironment protection– Inappropriate fuel deteriorates exhaust emissionConsumer protection– Consumers cannot distinguish fuel qualities
dPrevention of low quality fuels by tax evasion– Fuel dilution by poor quality can thin a high tax
and
Fuel dilution by poor quality can thin a high tax
11Fuel quality should be regulated and monitored
Background of Fuel Regulation in Japan(2)Import Deregulation made Stricter Control necessary~Import Deregulation made Stricter Control necessary~
Before March,1996:Before March,1996: – Only several companies could supply fuels
Refining capability was a requisite to import petroleum products
– The several companies had been controlling supply chainssupply chains
Abolition of “Provisional Measures Law on the Importation of Specific Petroleum Refined Products”
Since April,1996: – Regulation was relaxed:
Petroleum Refined Products
Any companies can import– Fuels from various sources came into market
12– Stricter control of fuel quality became
necessary
Contents
f l li1. Importance of Fuel Quality~ Relation between emission and fuel regulation~ Role of fuel quality in vehicle developmento e o ue qua ty e c e de e op e t
2. Fuel Quality Regulation in Japan~ Regulations outline (Including inspections and penalties)
R i d l ti~ Revised regulations~ Market quality
3. Subjects of fuel quality for Diesel vehicles’ j q yintroduction (Experience in Japan)
13
Law System on Environmental Preservation for Vehicle in Japan
[Authority in charge]
Preservation for Vehicle in Japan
Reservation Road VehiclesMinistry of Land, Infrastructure
[Item] [Object] [Mandate]
Reservation of safety
Road Vehicles Law
Air Pollution
Infrastructure, Transport and Tourism(MLIT)
Structure of vehicle
Prevention of pollution
Air Pollution Control Law Noise Regulation
Law
Ministry of the Environment
Reservation of safety in
Law
NOx・PM Law
L R di th
(MOEN)
sa e yvehicle traffic, prevention of
pollution
Energy saving
Law Regarding the Rationalization of
Energy Use
Industrial Ministry of
Fuel for vehicle
Fuel quality control
Standardization Law
Law on the Quality Control
Economy, Trade and Industry
(METI)
14
Quality Control of Gasoline and
Other FuelsJapanese Industrial Standards
(JIS)・・・Voluntary
Structure between Emission and Fuel Regulation in JapanFuel Regulation in Japan
Central Environmental Council Reportp
Ai P ll ti C t l L (MOEN)Air Pollution Control Law (MOEN)<<Emission regulation>>
Allowable limit of emission level<<Fuel regulation>>
Allowable limit concerning vehicleAllowable limit of emission level on vehicle operation
(Notification)
Allowable limit concerning vehicle fuel quality, or allowable limit of substance level in vehicle fuel
(Notification)(Notification)
d h lRoad Vehicles Law(MLIT)
Law on the Quality Control of Gasoline and Other Fuels
(METI)
15Safety standard of road vehicles
(Ministerial ordinance・Notification)Gasoline and diesel fuel standard
(Ministerial ordinance)
Outline of Fuel Regulationg
“Law on the Quality Control of Gasoline and Other Fuels” (LQCF)– Gas stations (GSs) are required to register to
METIMETIAbout 45,000 GSs
– Quality standards (Mandate and Voluntary) forQuality standards (Mandate and Voluntary) for Gasoline(’96~), Diesel fuel(’97~) and Kerosene
– GSs are required to check quality of gasoline once in:
10 daysa year (if supply chain is approved by METI*)a year (if supply chain is approved by METI )
– Check work can be outsourced to the 4 registered testing organizations, including
16NPA**
* Ministry Economy, Industry and Trading**National Petroleum Association
Sulfur Reduction for GasolineCorresponding to 2009 Regulation of Emission(POST new long-term), sulfur concentration in fuel is 10ppm or less.
1996:Regulation of Sulfur 100ppm or less based on Compulsive quality standard with liberalization of imports (Abolition of Specific Petroleum
Sulfur reduction has progressed by the voluntary of oil industries before 1995 (Abolition of Specific Petroleum
Products Law).2005: Introduction of Sulfur 10ppm or less by the independent measure of oil industries (except for Okinawa, some
~ ~
industries before 1995.
( p ,detached islands and so on).2008: Regulation of Sulfur 10ppm or less by revised LQCF.100ppm
100ppm
Dot line shows Compulsive standard.50ppm50ppm
C/Y
10ppm 10ppm
1996 2005 2006 2007 2008 2009 2010
10ppm
17No regulation
(Voluntary by oil industries)Compulsive standard by LQCF
Sulfur Reduction for Diesel fuelCorresponding to 2009 Regulation of Emission(POST new long-term), sulfur concentration in fuel is 10ppm or less.
1953: Set up JIS standard.1997: Regulation of Sulfur 500ppm or less based on Compulsive quality standard with liberalization of imports (Abolition of12,000ppm
Sulfur reduction has progressed by the voluntary of oil industries before 1996 with liberalization of imports (Abolition of
“Specific Petroleum Products Law”).2003: Start of Sulfur 50ppm or less by the independent measure of oil industries.2005: Introduction of Sulfur 10ppm or
5 000ppm5,000ppm
12,000ppm
industries before 1996.
less by the independent measure of oil industries (except for Okinawa, some detached islands and so on).2007: Regulation of Sulfur 10ppm or less b i d LQCF
2,000ppm
5,000ppm
2,000ppm
by revised LQCF.
500ppm
~ ~
50ppm
500ppm
Dot line shows Compulsive standard.50ppm
C/Y1997 2005 2006 2007 2008 2009 20102003199219761953
50ppm
10ppm
50ppm
10ppm
Dot line shows Compulsive standard.50ppm
10ppm
18
C/Y Applied by JIS standard Compulsive standard by LQCF
Item Standard valueCompulsive
standardJIS
standard Main
Gasoline Quality StandardItem Standard value standard
=Mandatestandard
=Voluntary Classification
Lead N.D. ○EnvironmentSulfur ≦0.0010wt%(10ppmt) ○ ○
Revised(Jan.’08~)
(Air pollution)MTBE ≦7vol% ○ ○Oxygenate ≦1.3wt% ○ ○Benzene ≦1vol% ○ ○ Health impairment
Kerosene contamination ≦4vol% ○
Revised(Aug.’03~)
Kerosene contamination ≦4vol% ○
SafetyMethanol N.D. ○
Existent gum ≦5mg/100ml ○ ○*1
Ethanol ≦3vol% ○ ○
Revised(Aug.’03~)
Color Orange ○ ○ DiscernmentRON Premium 96.0≦/Regular89.0≦ ○ Vehicle performance
Density @15℃ 0.783 g/cm3≦ ○ Environment
Distillation
T10 ≦70℃ ○ Vehicle performance
T50 75℃≦,≦110℃ ○ ↑
T90 ≦180℃ ○ EnvironmentEP ≦220℃ ○ ENG Reliability
Carbon residue ≦2.0vol% ○ ↑
Cu corrosion@50℃,3h ≦1 ○ ↑
44~78(Winter:≦95kPa
[email protected]℃ 44~78(Winter:≦95kPa,
Summer:≦65kPa) ○ Vehicle performance
Oxidation stability ≦240min ○ ENG Reliability*1 Indicated as Unwashed gum : ≦20mg/100ml
Item Standard valueCompulsive
standardJIS
standard Main
Diesel fuel Quality StandardItem Standard value standard
=Mandatestandard
=Voluntary Classification
Sulfur ≦0.0010wt%(10ppmt) ○ ○Environment(Air pollution)
Cetane index 45≦ ○ ○*1*2≦ ℃ ○ ○
(Air pollution)T90 ≦360℃ ○ ○*3
Tri-glyceride ≦0.01wt% ○
FAME content≦0 1 0 1-5 0wt% ○
Non FAME containing FAME containing
Revised(Jan.’07~)
Safety
≦0.1 0.1 5.0wt%
Methanol - ≦0.01wt% ○Acid value - ≦0.13mgKOH/g ○
Sum of Formic acid/Acetic≦0 003 t% ○
Sum of Formic acid/Acetic acid/Propionic acid - ≦0.003wt% ○
Delta-TAN - ≦0.12mg/KOH/g ○Special
#1 #1 #2 #3Special
#3#1 #1 #2 #3 #3
Flash point 50℃≦ 50℃≦ 50℃≦ 45℃≦ 45℃≦ ○ Safety
Pour point ≦5℃ ≦-2.5℃ ≦-7.5℃ ≦-20℃ ≦-30℃ ○ Vehicle perform
CFPP - ≦-1℃ ≦-5℃ ≦-12℃ ≦-19℃ ○ ↑
10%Carbon residue ≦0.1wt% ○ ↑
Viscosity@30℃ mm2/s 2.7≦ 2.7≦ 2.5 ≦ 2.0≦ 1.7≦ ○*3 ↑
20
Viscosity@30℃ mm /s 2.7≦ 2.7≦ 2.5 ≦ 2.0≦ 1.7≦ ○ 3 ↑
Density@15℃ ≦0.86g/cm3 ○ ↑
*1 indicated as; Special#1 and #1 are 50 or more.*2 indicated as; Cetane index replaces Cetane number.*3 Special #2 : 350 or less. #3 and Special #3 : 330 or less. #3 : 350 or less in case viscosity@30℃ is 4.7mm2/s or less.
Fuel Quality Inspections~ Commission analysis and Trial purchase analysis ~~ Commission analysis and Trial purchase analysis ~
Trial purchase analysisCommission analysis
Quality testing laboratory
*Analyzed by only NPA*Analyzed by 4 organizations
Registered testingSample collected
by NPA w/o notice
ReportPrecise analysis of incongruent article
tati
onG
as StRegistered testing Organizations*
ReportRegistration of
l i l bGas
St tation
METI Each branch of METI(EIBs) On-the-spot
i ti
Reportanalysis labo.Gn
Cooperate with METI-HQ, police dept. and fire dept.
Object : Duty of Distributors・Once per 10 daysOnce per a year if supply chain
( )inspection
Object : Confirmation of Quality keeping
Once or twice per a year
21This slide was made based on http://www.sekiyu.or.jp/purpose/shibai.html
・Once per a year if supply chain is approved by METI
・Once or twice per a year
If the regulation is violatedIf the regulation is violated…
Penalties, when EIBs find quality violations– METI instructions: to follow the regulation
if disobeyed, announcement to public by METId d b i f 6– METI order: to suspend business for up to 6 mo.
– fine up to JPY 1MM/ imprisonment up to 1 yr.
Most of the violations are careless cases– they follow the METI instructions immediately– some cares are on purpose
22
SQ markQQ : What is “SQ mark”?A : Average quality certificate mark system of market fuel
GSs are allowed to show the “SQ
A : Average quality certificate mark system of market fuel.Average quality means “JIS standards”.
GSs are allowed to show the SQ mark” by EIBs* if the fuels meet “voluntary” JIS standardsvoluntary JIS standards
Respectively for:Respectively for:– Regular gasoline, Premium
gasoline, Diesel fuel and Keroseneg ,
Helps consumers choose quality fuels
23* Economy and Industry Bureaus
Contents
f l li1. Importance of Fuel Quality~ Relation between emission and fuel regulation~ Role of fuel quality in vehicle developmento e o ue qua ty e c e de e op e t
2. Fuel Quality Regulation in Japan~ Regulations outline (Including inspections and penalties)
R i d l ti~ Revised regulations~ Market quality
3. Subjects of fuel quality for Diesel vehicles’ j q yintroduction (Experience in Japan)
24
1st Revised Regulationg~ Outline of Oxygenates Recognition ~
B k d/PBackground/Purpose:– New type of quality violation around 2001
Hi h l h l d h i i li (50% )High alcohol and ether containing gasoline (50%+)
– Environmental interest on bio-ethanol fuels“Bio ethanol use reduces CO emission”“Bio-ethanol use reduces CO2 emission”
Contents2 additional mandatory quality items for Oxygenates in Gasoline since Aug.2003Mandatory start also for Biodiesel in Diesel fuel since Jan 2007
25
since Jan.2007
1st Revised Regulation g~ Mandatory for Gasoline (2003) ~
Oxygen content: 1.3wt% (maximum)– To meet Japan’s emission regulation
E i l t t 8 l% ETBE– Equivalent to 8vol% ETBE
Ethanol content: 3vol% (maximum)For car safety– For car safety
Prevent Aluminum corrosion and rubber swelling, etc.
Why lower than USA’s “E10” and Brazil’s “E25”?Vehicle components are different, even if the modelVehicle components are different, even if the model names sold in overseas are the same.Japan’s emission regulation is stricter.All vehicles in use have to be able to operate with the
26
All vehicles in use have to be able to operate with the new fuel, in a safe and environmentally friendly way
1st Revised Regulationg~ Mandatory for Diesel (2007) ~
No major uses, no regulations so farSome instances using BDF:– Kyoto and other local governments,
using used cooking oil, rape oil etc.M ti i t t d i th i– Many parties are interested in the use in future
Quality requirements were needed for the BDF useBDF use.Fuel Policy Subcommittee decided on new regulation, aiming to implement since
27
regulation, aiming to implement since C/Y2007.
2nd Revised Regulationg~ New Duties to Contractors (2009) ~
Background/PurposeBackground/PurposeBio-fuels with proper quality are secured and it ties to those introductory promotion.
ContentsNew duties was defined to any contractors (they are called as “Specific processors”) who mix bio fuels suchcalled as “Specific processors”) who mix bio-fuels such as Ethanol, ETBE and FAME after Feb. 25, 2009.
Duty of Entrepreneur RegistrationDuty of Entrepreneur RegistrationDuty of Quality Identification
Also penalties for breach to each duty were decided…Also penalties for breach to each duty were decided…For Registration ・・・ Imprisonment : 1 or less year , or
Fine : 1 million or less yenF Q lit Id tifi ti I i t 6 l
28For Quality Identification ・・・ Imprisonment : 6 or less
months, or Fine : 500,000 or less yen
Contents
f l li1. Importance of Fuel Quality~ Relation between emission and fuel regulation~ Role of fuel quality in vehicle developmento e o ue qua ty e c e de e op e t
2. Fuel Quality Regulation in Japan~ Regulations outline (Including inspections and penalties)
R i d l ti~ Revised regulations~ Market quality
3. Subjects of fuel quality for Diesel vehicles’ j q yintroduction (Experience in Japan)
29
Gasoline Quality Monitored in MarketExample of Compulsive standard item
Gasoline Quality Monitored in MarketRelation between Emission and Sulfur
Transitions monitored in each Summer & Winter by Auto makers
120
St t★
Compulsive standard 2000Reg. 2005Reg. 2009Reg.
Emission regulation
80
100
ne,
ppm
t Start★
Goo
d
60
n G
asol
in
d
20
40
Sulf
ur
i
Goo
01994 1996 1998 2000 2002 2004 2006 2008
30Year
Regular-Min. Regular-Ave. Regular-Max. Premium-Min. Premium-Ave. Prewmium-Max.
Diesel fuel Quality Monitored in MarketExample of Compulsive standard item
Q y
Transitions monitored in each Summer & Winter by Auto makersRelation between Emission and Sulfur
1,800
2,000
t
1,200
1,400
1,600
fuel
, ppm
t
1997Reg. 2000Reg.
Emission regulation
2005Reg. 2009Reg.
800
1,000
1,200
n D
iese
l f
Compulsivestandard
200
400
600
Sulf
ur
in
Goo
dStart★
0
200
1994 1996 1998 2000 2002 2004 2006 2008Year
31
Year
#1-Min.(S) #1-Ave.(S) #1-Max.(S) #2-Min.(S) #2-Ave.(S) #2-Max.(S)#3-Min.(W) #3-Ave.(W) #3-Max.(W) #Special3-Min.(W) #Special3-Ave.(W) #Special3-Max.(W)
Contents
f l li1. Importance of Fuel Quality~ Relation between emission and fuel regulation~ Role of fuel quality in vehicle developmento e o ue qua ty e c e de e op e t
2. Fuel Quality Regulation in Japan~ Regulations outline (Including inspections and penalties)
R i d l ti~ Revised regulations~ Market quality
3. Subjects of fuel quality for Diesel vehicles’ j q yintroduction (Experience in Japan)
32
Experience of Illegal Diesel Fuelsp gBackground
For purpose to tax evasion and fuel costreduction the fuels illicitlyFor purpose to tax evasion and fuel costreduction, the fuels illicitly manufactured by "A" type heavy oil and kerosene etc. mixing may be produced.The crime and the countermeasure against them have been paid toThe crime and the countermeasure against them have been paid to
attention as a social problem.
Problems of Illegal diesel fuelsA type heavy oil, Kerosene, etc.
Bleaching and removal of Coumarin by various medicines, such as strong sulfuric acid, sodium hydroxide or activated earth
Problems of Illegal diesel fuels
Production of illegal fuels
Illegal disposal of sulfate pitch (By-product)Storing of dangerous articles
strong sulfuric acid, sodium hydroxide or activated earth
Tax evasionDumpingSales of illegal fuels
g gwith no permission
33
p g
Use of illegal fuels Judged as ill-serviced vehiclesCause of Air pollution
Boundary and Discernment Method of Petroleum Products in JapanPetroleum Products in Japan
400
(℃) “A” Heavy oil
b id
at 9
0%
(
Diesel fuel
Carbon residue:0.2%<For discernment from Diesel fuel, “Coumarin 1ppm” are added in “A” heavy oil and kerosene to prevent illegal fuels making
O
erat
ure
a Diesel fuel
Carbon residue shows
fuels making.
Coumarin
O O267
ate
tem
p
Kerosene
taxation boundary.
Taxable item domain of "Diesel fuel delivery tax“H
180
-D
isti
lla
Kerosene However…Carbon residue : 0.2% or lessFlash point : 130℃ or less※There is also a case by sulfur analysis to identify.
0.783 0.8017 0.8762
T90 Gasoline
y y
34
0.783 0.8017 0.8762Specific gravity
Random inspection is conducted for fuels filled in tracks under run and stored in underground tanks for prevention of illegal diesel fuels by MLIT since 2005.
SummaryyRegarding Fuel quality reservation in Japan
i l h b f d f b h hi lEnvironmental measure has been performed from both vehicle and fuel.
Compulsive fuel standard in "Law on the Quality Control of p Q yGasoline and Other Fuels" was enforced in Japan and quality secured duty in all of filling stations has been imposed to retail distributors and primary distributorsdistributors and primary distributors.
Monitoring is very important because of surveillance of fuel quality. Although it is performed by governmental initiative in Japan, monitoring independent also by Auto industries has been carried out continuously.
Illegal diesel fuels and wide quality variations’ fuels haveIllegal diesel fuels and wide quality variations fuels have occurred for tax evasion etc. in market. For example, there are fuel quality monitoring, any labeling of vehicles and discernment ( li h ) i d
35(or enlightenment) at gas stations and so on as measure.
Thank you for attention!Thank you for attention!
36
Appendix
37
Fuel Quality InspectionsFuel Quality Inspections
N ti l P t l A i ti (National Petroleum Association (non-profit org.)
i it h f th 45 000 GS ti id– visits each of the 45,000 GSs nationwide.– obtains samples of fuels
inspects fuels and report violation cases to– inspects fuels and report violation cases to METI
Economy and Industry Bureaus (EIBs)Economy and Industry Bureaus (EIBs)– regional branches of METI.– visit GSs, according to the NPA report, andvisit GSs, according to the NPA report, and
inspect the fuel quality, – cooperate with METI-HQ, police dept., and
fi d38
fire dept.
Main Features of Fuels in JapanMain Features of Fuels in JapanIntroduction of Sulfur 10ppm・・・ Voluntary introduction start from 2005 then・・・ Voluntary introduction start from 2005, then…
Gasoline : Nationwide mandate since Jan.2008Diesel fuel : Nationwide mandate since Jan.2007
Introduction of OxygenatesFAME : Up to 5wt% in diesel fuel, but it has not been
added as general use yetadded as general use yet.Ethanol : Up to 3vol% in Gasoline, but it has not been
added as well yet.ETBE U t 1 3 t%(≒ETBE8 l%) t tETBE : Up to 1.3wt%(≒ETBE8vol%) as oxygen content,
and ETBE7vol% has been introduced at about 100 stations around Metropolitan area since Apr.2007.⇒Under examination in the direction of expansion.
3 Fuel types nationwideG li RON89 RON96
39Gasoline : RON89 or more, RON96 or moreDiesel fuel : Cetane index 45 or more
Japan Clean Air Program “JCAP”for Reduction of Emissionsfor Reduction of Emissions
(JCAP I:1997~2001, JCAP II:2002~2006)
METI* Petroleum-products quality subcommittee
Budget Policy makingfor Fuel QualityQ y
Technical Data・Effect of Sulfur reduction
t
Actual proof data sharing of the automobile emission reduction effect by fuel quality improvement ・・・etc.
Fuel technologiesAutomobile technologies
effect by fuel quality improvement
PAJ**JAMA
Collaborative study
40* Ministry Economy, Industry and Trading**Petroleum Association of Japan
What is JATOP?Japan AuTo-Oil ProgramIt means next step after JCAPI&II.
( Japan Clean Air Program)
New joint research program between ‘Auto’ and ‘Oil’ industriesstarted in FY 2007 after completion of JCAPⅡ.
Subjects of JATOP・ Research on improving air quality
(R i i k bj t f ll i JCAP I & II)(Remaining a key subject following JCAP I & II)・ Research on fuel diversification・ Research on improved efficiency/ reduced CO2 emissions
from fuels and vehiclesResearch fields
・ Air quality researchq y・ Biomass gasoline research (E10 verification)・ Biomass diesel fuel research (BDF research)
> It’s a main issue41
-> It’s a main issue. ・ Advanced research on automotive fuels
Biomass diesel fuel researchBiomass diesel fuel research
Plan to examine influences of each element ① Fuel properties② F l St bilit② Fuel Stability③ Exhaust emissions④ Durability of after-treatment device④ y⑤ Low temperature driveability⑥ Engine oil evaluation⑦ Durability of vehicle engine & FIE device⑦ Durability of vehicle, engine & FIE device
Fuel types ① Vegetable oil methyl estersg y
(Rapeseed, Soy bean, Palm, etc.)② Hydrogenated vegetable oil, FT diesel fuel
(biomass-derived), etc.
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(biomass derived), etc.
Supports of Japanese Government for pp pImprovement in Fuel Quality
In order to perform improvement in fuel quality corresponding to Environmental issue, Japanese government has offered various supports.pp
<Main contents>
1. Tariff mitigation : Crude-oil tariff mitigation to heavy oil desulfurization (Measure of SOx@1960)
2. Loan support : At the time of Introduction of Unleading and S lf ( 00 0 ) f G liLow Sulfur (500 ppm, 50 ppm) for Gasoline
3. Tax incentives to capital improvement(Accelerated depreciation, fixed-assets exemption) : For Introduction of Sulfur 500ppm
4 P f ti l t t t b i ti : F I t d ti f S lf4. Preferential treatment by incentive : For Introduction of Sulfur 10ppm
5. Supports for R&D : R&D assistance to PEC, NEDO, etc., Activity supports to JCAP and JATOP and Low sulfur technology
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supports to JCAP and JATOP and Low sulfur technology including catalyst development, etc.
Heavy oil standard (JIS K 2205)Kinetic Viscosity
(50℃)cSt
℃ (mm2/s) ℃ wt% wt% wt% wt%
Water Ash SulfurKind↓
Flash pointCharacteristics→
ReactionPourpoint
Carbonresidue
SmallSmall
Kinetic Viscosity
A type heavy oil 1種1号
1号
Neutrality 60≦ ≦4 ≦0.3≦20 ≦5 ≦0.05 ≦0.5
2号 Neutrality 60≦ ≦4 ≦0.3 ≦0.05 ≦2.0
B type heavy oil 2種 Neutrality 60≦ ≦4 ≦0.4 ≦0.05 ≦3.0
≦20
Neutrality 70≦ - - ≦0 5 ≦0 1 ≦3 5
≦5
≦10≦50
≦250
Large
C type heavy oil 3種
1号
- ≦0.6 ≦0.1
Neutrality 70≦
2号 Neutrality 70≦ -
-
≦0.5 ≦0.1 ≦3.5
≦400
400<,≦1000
-
3号 Neutrality 70≦ - - ≦2.0 -
≦250
Kerosene standard (JIS K 2203)e ose e s a da d ( S 03)Item
Kind
1号 2号
Flash point ℃ 40≦Flash point, ℃ 40≦
T95, ℃ ≦270 ≦300
Sulfur, wt% ≦0.008 ≦0.50
Smoke point, mm 23≦ -
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p ,
Corrosion (50℃、3h) ≦1 -
Color +25≦ -
Regulations on Diesel in Chinaegu a o s o ese C a
2000 0201 03 04 05 06 07 08 09 10 112000 0201 03 04 05 06 07 08 09 10 11
Nationwide 国1 (EuroⅠ)国2 (EuroⅡ)
S 2000/CN:45GB252 2000
Beijing 国1 国2 国3 (EuroⅣ)
S:2000/CN:45S500/45~49
GB252-2000GB/T19147-2003
Beijing 国1 国2★ Beijing Olympic
S:2000/CN:45 S500/45~49
EuroⅤ<Reference>
S:50/CN:47~51S:350/CN:47~51
EU EuroⅢ EuroⅣ EuroⅤ
S:350/CN:51 S:50/CN:51 S:10/CN:51
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