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Content-China's Biomass Gasification Technologies and Projects Annual Report

2025-06-06

1. Overview of Biomass Gasification 

1.1 Current Development Status of Coal Gasification Technology 

1.2 Current Development Status of Biomass Gasification Technology 

1.3 Existing Problems and Challenges in Biomass Gasification 

2. Biomass Energy 

2.1 Total Quantity and Distribution of Biomass Resources in China 

2.1.1 Heilongjiang Province 

2.1.2 Jilin Province 

2.1.3 Liaoning Province 

2.1.4 Inner Mongolia 

2.1.5 Hebei Province 

2.1.6 Jiangsu Province 

2.1.7 Anhui Province 

2.1.8 Shandong Province 

2.1.9 Jiangxi Province 

2.1.10 Henan Province 

2.1.11 Sichuan Province 

2.1.12 Hubei Province 

2.1.13 Guangxi 

2.2 Current Utilization Status of Agricultural Straw 

2.2.1 Fertilization 

2.2.2 Feed Production 

2.2.3 Substrate Production 

2.2.4 Energy Utilization 

2.2.4.1 Straw Power Generation 

2.2.4.2 Biomethane 

2.2.4.3 Straw Solidified Fuel 

2.2.4.4 Straw Pyrolysis Carbon-Gas Co-Production 

2.2.4.5 Straw Cellulosic Ethanol 

2.2.5 Raw Material Utilization 

2.2.5.1 Straw-Based Panel 

2.2.5.2 Straw Clean Pulping 

2.2.5.3 Straw Biodegradable Composite Materials 

2.2.5.4 Biomass Gasification Feedstock 

2.3 Current Utilization Status of Forestry Waste 

2.4 Biomass Feedstock Collection, Storage and Pretreatment 

2.4.1 Collection, Storage and Transportation System 

2.4.1.1 Baling and Collection 1

2.4.1.2 Stacking and Storage 

2.4.1.3 Transportation 

2.4.1.4 National Standards 

2.4.2 Pretreatment Table Performance Comparison of Different Biomass Feedstocks 

3. Traditional Coal Gasification Technology 

3.1 Characteristics and Comparison of Coal Gasification Technologies 

3.1.1 Fixed Bed Gasification Technology 

3.1.2 Fluidized Bed Gasification Technology 

3.1.3 Entrained Flow Gasification Technology 

3.2 Introduction to Mainstream Coal Gasification Technologies 

3.2.1 AP Water Coal Slurry Gasification Technology 

3.2.2 AP Dry Pulverized Coal Gasification Technology 

3.2.4 HT-L Pulverized Coal Pressurized Gasification Technology 

3.2.5 Jinhua Furnace Water Coal Slurry Gasification Technology 

3.2.6 Guoning Furnace Dry Pulverized Coal Gasification Technology 

3.2.7 SE Dongfang Furnace Dry Pulverized Coal Gasification Technology 

3.2.8 SEDIN Fixed Bed Dry Ash Discharge Coal Powder Pressurized Gasification Technology 

3.3 Advantages and Disadvantages Comparison of Different Types of Gasifiers Figure Characteristics Comparison of Entrained Flow Gasifiers 

4. Biomass Gasification Technology 

4.1 Characteristics and Comparison of Biomass Gasification Technologies 

4.1.1 Fixed Bed Gasification Technology 

4.1.2 Fluidized Bed Gasification Technology 

4.1.3 Entrained Flow Gasification Technology 

4.2 Introduction to Biomass Gasification Technologies 

4.2.1 Hefei Debo Bioenergy Technology Co., Ltd. 

4.2.2 China National Chemical Engineering SEDIN Engineering/Zemak/East China University of Science and Technology 

4.2.3 Beijing Qingchuang Jinhua Technology Co., Ltd. 

4.2.4 Beijing Changzheng Engineering Technology Co., Ltd. 

4.2.5 XX 

4.2.6 XX 

4.2.7 XX 

4.2.8 XX 

4.2.9 XX 

4.2.10 XX 

4.2.11 XX 

4.2.12 XX 

4.2.13 XX 

4.2.14 Other Technology Development Entities 

4.2.14.1 XX 

4.2.14.2 XX 2

4.2.14.3 XX 

4.2.14.4 XX 

4.2.14.5 XX 

4.2.14.6 XX 

4.2.14.7 XX 

4.2.14.8 XX 

4.2.14.9 XX 

4.2.14.10 XX 

5. Analysis of Biomass Gasification Industry Chain 

5.1 Power Generation/Heating Supply Figure Installed Capacity and Growth Rate of Biomass Power Generation in China Figure Power Generation Volume and Growth Rate of Biomass Power in China 

5.2 Natural Gas Figure Global Biomethane Production and Distribution 

5.3 Chemical Industry 

6. Analysis of Green Methanol Production Projects via Biomass Gasification 

6.1 Shanghai Electric 

6.2 Goldwind Green Energy 

6.3 CIMC Zero-Carbon Green Energy 

6.4 LONGi Green Energy 

6.5 XX 

6.6 XX 

6.7 XX 

6.8 XX 

6.9 XX 

6.10 XX 

7. Cost Analysis of Green Methanol Production via Biomass Gasification 

7.1 Methanol Production via Biomass Gasification Table Cost Analysis of 100,000-Ton Biomass Gasification to Methanol Project 

7.2 Methanol Production via Biomass Gasification Coupled with Green Hydrogen Table Cost Analysis of 100,000-Ton Biomass Coupled with Green Hydrogen to Methanol Project 

8. Analysis of SAF Production Projects via Biomass Gasification 

8.1 China General Nuclear Power Group (CGN) 

8.2 CHN Energy Group 

8.3 XX 

8.4 XX 

9. Market Demand Analysis and Prospect of Biomass Gasification 

Table Market Demand Forecast for Biomass Gasification 

10. Industrial Policies for Biomass Gasification 11. Conclusions and Prospects


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