Frost: Asia-Pacific Biodiesel Sector Back on Track
January 4, 2008 // Published as a news service by IHS
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The strong degree of support given to the
biofuels sector by many governments across the Asia-Pacific region is creating significant domestic markets, according to Frost & Sullivan.
Recent analysis of the
biodiesel industry found that total biodiesel consumption in the Asia-Pacific region was 415,000 tons in 2006, with estimates to reach almost 8 million tons in 2013.
While the initial focus of the biofuels industry was on export opportunities, especially to the European Union (EU), domestic demand is emerging as an important driver for the industry in the Asia-Pacific region.
Analysts said many governments in the region have set formal targets for biofuels usage, imposed mandates on oil companies to blend biofuels, given taxation benefits to biofuels or introduced other measures to stimulate the industry.
"Governments throughout the Asia-Pacific region have made significant progress in introducing legislative or fiscal measures to support the industry and boost demand," said Mark Dougan, managing director at Frost & Sullivan Australia.
"These measures are creating an increasingly viable domestic market within the region."
While the high feedstock costs have damaged the commercial viability of biodiesel production, the long-term fundamentals remain unchanged. As a result, analysts said the industry will continue to grow in the region.
The rapid increase in the costs of feedstocks, and particularly of palm oil, since third quarter 2006 have provided a major challenge to the commercial viability of the industry, analysts said, as this has not been accompanied by an increase in biodiesel selling prices. Consequently, alternative feedstocks, such as waste cooking oil and jatropha, are being actively explored by producers in the region.
"Alternative feedstocks which are available at a lower cost than the main vegetable oils will enable the biodiesel sector to regain commercial viability," said Dougan. "However, the potential volumes of these feedstocks that is likely to be available remains unclear at this stage."
Analysts said Asia-Pacific biodiesel producers need to address the likelihood of continued pressure on feedstock costs and ensure that they can produce as cost-effectively as possible, while still exploring alternative, lower-cost feedstock supplies.
Source: Frost & Sullivan.
| Ethanol & Biodiesel
Standards |
API
Ethanol Study
Executive Summary Literature Review Impact
of Gasoline Blended with Ethanol on the Long-Term
Structural Integrity of Liquid Petroleum Storage
Systems and Components |
API
MPMS 19.1
Manual of Petroleum Measurement Standards Chapter
19 - Evaporative Loss Measurement Section 1
- Evaporative Loss from Fixed-Roof Tanks -
Third Edition |
API
PUBL 4261
Alcohols and Ethers a Technical Assessment
of Their Application as Fuels and Fuel Components
- Third Edition |
API
PUBL 4534 Volume II
Effects of Fuel RVP and Fuel Blends on Emissions
at Non-FTP Temperatures Volume II: Compilation
of Test Data and Laboratory Procedures |
API
PUBL 4625
Service Station Personnel Exposures to Oxygenated
Fuel Components - 1994 |
API
RP 1626
Storing and Handling Ethanol and Gasoline-Ethanol
Blends at Distribution Terminals and Service
Stations |
API
TR 939-D
Stress Corrosion Cracking of Carbon Steel in
Fuel Grade Ethanol: Review and Survey |
ASTM
D 4806 REV A
Standard Specification for Denatured Fuel Ethanol
for Blending with Gasolines for Use as Automotive
Spark-Ignition Engine Fuel |
ASTM
D 4814 REV B
Standard Specification for Automotive Spark-Ignition
Engine Fuel |
ASTM
D 4815
Standard Test Method for Determination of MTBE,
ETBE, TAME, DIPE, tertiary-Amyl Alcohol and
C1 to C4 Alcohols in Gasoline by Gas Chromatography |
ASTM
D 5453
Standard Test Method for Determination of Total
Sulfur in Light Hydrocarbons, Spark Ignition
Engine Fuel, Diesel Engine Fuel, and Engine
Oil by Ultraviolet Fluorescence |
ASTM
D 5501
Standard Test Method for Determination of Ethanol
Content of Denatured Fuel Ethanol by Gas Chromatography |
ASTM
D 5580
Standard Test Method for Determination of Benzene,
Toluene, Ethylbenzene, p/m- Xylene, o-Xylene,
C9 and Heavier Aromatics, and Total Aromatics
in Finished Gasoline by Gas Chromatography
- Supersedes ASTM D 4420 |
ASTM
D 5599
Standard Test Method for Determination of Oxygenates
in Gasoline by Gas Chromatography and Oxygen
Selective Flame Ionization Detection |
ASTM
D 5622
Standard Test Methods for Determination of
Total Oxygen in Gasoline and Methanol Fuels
by Reductive Pyrolysis |
ASTM
D 5797
Standard Specification for Fuel Methanol (M70-M85)
for Automotive Spark-Ignition Engines |
ASTM
D 5798
Standard Specification for Fuel Ethanol (Ed75-Ed85)
for Automotive Spark-Ignition Engines |
ASTM
E 1690
Standard Test Method for Determination of Ethanol
Extractives in Biomass |
CGSB
CAN/CGSB-3.511
Oxygenated Unleaded Automotive Gasoline Containing
Ethanol |
CGSB
3.511-93-CAN/CGSB
Essence Automobile Sans Plomb Oxygenee Contenant
De L'Ethanol-Modificatif 5: Decembre 1997;
Incorpore Le Modificatif 4 |
CGSB
3.520-2005-CAN/CGSB
Automotive Low-Sulphur Diesel Fuel Containing
Low Levels of Biodiesel Esters (B1-B5) |
CGSB
3.520-2005-CAN/CGSB
Carburant diesel a faible teneur en soufre,
pour vehicules automobiles, contenant de faibles
quantites d'esters de biodiesel (B1-B5) |
ARMY
A-A-59693A
Diesel Fuel, Biodiesel Blend (B20) |
ASTM
D 6584
Standard Test Method for Determination of Free
and Total Glycerine in B-100 Biodiesel Methyl
Esters by Gas Chromatography |
ASTM
D 6751
Standard Specification for Biodiesel Fuel Blend
Stock (B100) for Middle Distillate Fuels |
ASTM
PS 121
Provisional Specification for Biodiesel Fuel
(B100) Blend Stock for Distillate Fuels - Superseded
by ASTM D 6751 |
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