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LYON, France--(BUSINESS WIRE)--Reportlinker.com denotes that a new marketplace research study related to
the Chinese combustible industry is available in its catalogue.

People'S Republic Of China Biological Rudolf Diesel Market Report, 2007

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Description

As clean and renewable resource, the biological Diesel is made of oil
works corps, such as as as as soy, rapeseed, oil works tree fruits, such as oil
palm, and the oil works aquatic plants, such as micro alga, and animate being
grease, waste material comestible oil, etc, and it is the permutation of the quality
crude oil diesel. In addition, it is the typical greenness resource.

Currently, the biological liquid combustible in People'S Republic Of China is mainly fuel ethyl alcohol
and biological diesel. In theory, the development potentiality of
biological liquid combustible in People'S Republic Of China is large. The oil works can ran into the
natural stuffs demand of 5 million biological Diesel equipment and, the
waste material works oil recycled can bring forth about 2 million dozens of biological
diesel. In recent years, People'S Republic Of China have constructed many biological Diesel
works with an yearly end product of more than than 10000 dozens successively. It is
forecasted that the biological Diesel demand amount will attain 20
million dozens in People'S Republic Of China by 2010.

Currently, many states have got seen the advantages of the biological
Diesel made of coal. People'S Republic Of China is the big coal production state in the
world, so it should develop the greenish renewable resource of biological
Diesel made of coal. The engineering have the important strategical
significance for the agricultural construction adjustment, resource security and
environment comprehensive direction in China. At present, car
Diesel engineering have go one of the development ways of the
car industry, and the Diesel demand amount will increase to 45%
by 2010, while its supply amount is in serious lack, which supplies
great development potentiality for the biological Diesel made of coal.

Table of content

1 Introduction of Biological Energy

1.1 Definition

1.2 Production Technology

1.3 Advantages and Disadvantages

1.4 Development and Application

2 Development of Biological Energy in China

2.1 Development of Its Application

2.2 Supply of Natural Materials by Type

2.3 Current Technology

3 Summary of Biological Diesel

3.1 Definition

3.2 Development Background

3.3 Main Characteristics

3.4 Production Technology

3.4.1 Direct Use and Blending

3.4.2 Micro-emulsions

3.4.3 Thermal Cracking

3.4.4 Transesterification

3.5 Advantages and Disadvantages Comparison by Production Technology

3.6 Natural Materials Choice by Production Technology

3.7 Advantageous Factors of Development of Biological Rudolf Diesel Industry

3.7.1 Demand of Resource Market

3.7.2 Performance of Biological Diesel

4 Status Quo of Biological Rudolf Diesel in China

4.1 Development

4.1.1 Supply of Natural Materials

4.1.2 Technology Development

4.1.3 Merchandise Standard

4.1.4 Merchandise Application

4.2 Market Supply and Demand

4.2.1 End Product Capability Change

4.2.2 Main Application W. C. Fields and Demand

4.3 Summary of Biological Rudolf Diesel Companies

4.4 Problems in the Development of Biological Rudolf Diesel Industry

4.5 Industrialization Prospect of Biological Diesel

4.6 Related Policies of Biological Rudolf Diesel Production

5 Status Quo of International Biological Diesel

5.1 Technology Development

5.2 Application

5.3 Industry Development

5.3.1 Biological Rudolf Diesel Market in Europe

5.3.2 Biological Rudolf Diesel Market in the USA

5.3.3 Biological Rudolf Diesel Market in Brazil

5.3.4 Biological Rudolf Diesel Market in Germany

5.3.5 Biological Rudolf Diesel Market in Other Countries

5.4 Related Policies of Foreign Biological Rudolf Diesel Industry

5.5 Production of International Biological Rudolf Diesel Market

5.6 Application and Demand in International Biological Rudolf Diesel Market

5.7 Status Quo of Natural Materials Supply in International Biological
Rudolf Diesel Market

5.8 Development and Prospect of International Biological Rudolf Diesel Industry

6 Investing of Biological Rudolf Diesel Industry in the World

6.1 Cost of Biological Diesel

6.2 Price Fluctuation of Biological Rudolf Diesel Products

6.3 Natural Materials Supply of Biological Rudolf Diesel Production

6.4 Production Constriction of Biological Diesel

6.5 Development of Biological Rudolf Diesel Technology and its Influence

Selected charts and tables

Global Fuel Regulation and Standard

Standard of Biological Rudolf Diesel in Germany

Performance Comparison between Biological Rudolf Rudolf Diesel and Park Diesel

Biological Rudolf Diesel Price Change in International Market, 2000-2006

Biological Rudolf Diesel Price Change in Domestic Market, 2000-2006

Biological Rudolf Diesel End Product in 25 Countries in EU, 2005/2006

Biological Rudolf Diesel End Product Change in China, 2000-2006

Biological Rudolf Diesel End Product Change in the USA, 2000-2006

Biological Rudolf Diesel End Product Change in Japan, 2000-2006

Biological Rudolf Diesel End Product Change in Brazil, 2000-2006

Natural Materials Structure of Biological Rudolf Diesel in the World

Comparison of Biological Rudolf Diesel Cost by Natural Material

Price Comparison between Crude Oil and Rudolf Diesel in International Market,
2000-2006

Advantages and Disadvantages Comparison of Biological Rudolf Diesel by
Production Technique

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