Docking personnel": [Zhou Wen].
Last revision date: [December 2023].
Report format: text + electronic version + CD-ROM].
Service content: Provide data research and analysis + update services
Directory. The content is omitted...
1.2 The overall development of China's unconventional oil and gas industry.
1.2.1. Reserves and distribution of unconventional oil and gas resources.
1.2.2 Analysis of the current situation of unconventional oil and gas resource development.
1.3 Analysis of the progress of key technologies in unconventional oil and gas exploration and development.
1.3.1 Analysis of the progress of key technologies for shale gas exploration and development.
1) Analysis of mainstream technologies for shale gas exploration and development.
2) Patent analysis of shale gas exploration and development technology.
1) Analysis of the number of patent applications.
2) Analysis of patent applicants.
3) Hot technical analysis in the industry.
1.3.2 Analysis of the progress of key technologies for coalbed methane exploration and development.
1) Analysis of the development of mainstream technologies for coalbed methane exploration and development.
2) Patent analysis of coalbed methane exploration and development technology.
1) Analysis of the number of patent applications.
3) Hot technical analysis in the industry.
1.3.3 Analysis of the progress of key technologies in shale oil exploration and development.
1) Analysis of global oil shale extraction technology.
2) Analysis of shale oil production process in China.
3) Patent analysis of shale oil exploration and development technology.
1) Analysis of the number of patent applications.
2) Analysis of patent applicants.
3) Hot technical analysis in the industry.
Chapter 2: Current Status and Prospect Analysis of Coalbed Methane Development and Utilization in China.
2.1 Coalbed methane reserves and production in China.
2.1.2 Distribution of coalbed methane resources.
2.1.3 Coalbed methane extraction.
2.2 Analysis of the current situation of coalbed methane exploration and development in China.
2.2.1 Current situation and planning analysis of coalbed methane surface mining.
1) Coalbed methane drilling scale analysis.
2) Analysis of the scale of coalbed methane surface mining.
3) Analysis of the construction of coalbed methane surface mining industrial base.
1) Analysis of the construction of coalbed methane industrial base in Qinshui Basin.
2) Analysis of the construction of coalbed methane industrial base in the eastern margin of the Ordos Basin.
3) Analysis of coalbed methane development and construction in Fuxin, Liaoning Province.
4) Analysis of coalbed methane development in Liaoning iron mining area.
5) Analysis of coalbed methane development and construction in Jiaozuo, Henan.
6) Analysis of coalbed methane development and construction in Pingdingshan, Henan.
7) Analysis of the development of medial layer gas in Zhijin-Anshun, Guizhou.
4) Analysis of coalbed methane surface mining projects.
5) Planning and analysis of surface mining of coalbed methane.
2.2.2 Current situation and planning analysis of underground coalbed methane extraction.
2) Analysis of coalbed methane underground extraction projects.
3) Planning and analysis of underground extraction of coalbed methane.
2.3 Analysis of the current situation of coalbed methane pipeline transportation and utilization in China.
2.3.1 Analysis of coalbed methane pipeline transportation infrastructure.
1) Analysis of coalbed methane transportation pipeline construction.
2) Analysis of the utilization of natural gas pipeline network.
2.3.2. Analysis of the scale and structure of coalbed methane utilization.
1) Analysis of the scale of coalbed methane utilization.
2) Structural analysis of coalbed methane utilization.
1) Utilization of coalbed methane power generation.
2) Industrial utilization of coalbed methane.
3) Analysis of the civil status of coalbed methane.
2.4 Analysis of the prospect of coalbed methane development in China.
2.4.3 CBM market capacity**.
Chapter 3: Analysis of the current status and prospect of shale gas development in China.
3.1 Analysis of shale gas resource potential and favorable areas in China.
3.1.1 Analysis of shale gas resource potential.
3.1.2 Distribution of shale gas resources.
3.1.3 Optimal analysis of favorable areas for shale gas.
3.1.4 Shale gas production analysis.
3.2 Analysis of shale gas development model in China.
3.2.1 Analysis of shale gas production capacity demonstration area.
3.2.2 Analysis of shale gas block tenders.
1) Analysis of the first round of bidding for mining rights in shale gas blocks.
2) The third round of shale gas bidding plan.
3) The significance of the Ministry of Land and Resources in bidding for shale gas as an independent mineral.
3.3 Analysis of the current situation of shale gas exploration and development in China.
3.3.2 Analysis of shale gas development history.
3.3.3 Shale gas development cost analysis.
3.3.4 Analysis of shale gas foreign cooperation.
3.3.5 Analysis of shale gas development.
3.3.6 Analysis of shale gas overseas M&A.
3.3.7 Analysis of shale gas development guarantee.
3.3.8 Planning objectives for shale gas exploration and development in China.
1) Shale gas exploration and development planning objectives.
2) Key tasks of shale gas exploration and development.
3.3.9 Analysis of the difficulties faced by shale gas extraction in China.
1) The core technology of shale gas exploitation has not yet been mastered.
2) Hydraulic fracturing technology consumes a lot of water.
4) The policy environment and regulatory system are not perfect.
5) Weak pipeline transportation infrastructure.
6) The private sector is too weak among the main investors.
3.4 Analysis of the development prospect of shale gas in China.
3.4.1 The necessity and feasibility of shale gas development.
3.4.2 Scale of investment in shale gas exploration and development**.
3.4.3 Prospects for shale gas exploration and development**.
1) Shale gas exploration and development prospects in 2022.
2) Prospects for shale gas exploration and development in 2023.
3.4.4 Analysis of investment opportunities for shale gas exploration and development.
3.5 Recent key events and impacts of shale gas.
3.5.1 Fines issued by shale gas extraction companies and their impacts.
2) Ticket Impact.
3.5.2 Downgrading shale gas production planning and impact analysis.
1) Downward revision of shale gas production planning.
2) Downward revision of the impact of production planning.
3.5.3 Shale gas discovery in urban planning areas and impact assessment.
1) Shale gas is found in urban planning areas.
2) Shale gas impacts were found in urban planning areas.
3.5.4 Natural gas ** adjustment and impact analysis.
1) 2023 natural gas ** adjustment arrangement.
2) The impact of natural gas adjustment on shale gas.
Chapter 4: Analysis of the current status and prospect of shale oil development in China.
4.1 Reserves and distribution of oil shale resources in China.
4.1.2 Distribution of oil shale resources in China.
1) Oil shale is distributed by region.
2) Oil shale is distributed by province.
3) Oil shale is distributed by basin.
4.1.3 Deep distribution of oil shale in China.
4.1.4 Oil content of oil shale in China.
4.2 Analysis of the current situation of shale oil exploitation in China.
4.2.1 Overview of shale oil exploitation in China.
4.2.2 The main body of shale oil exploitation in China.
4.2.3 Analysis of shale oil extraction technology in China.
4.2.4 Analysis of oil shale mining projects in China.
1) Liaoning Fushun Oil Shale Project.
3) Guangdong Maoming Oil Shale Project.
4.2.5 Analysis of shale oil utilization in China.
1) Shale oil use analysis.
2) Shale oil demand distribution.
3) Shale oil utilization.
4.3 Analysis of shale oil exploitation prospects in China.
4.3.1 Factors influencing the development of shale oil in China.
1) Development costs.
2) Mining technology.
3) Industrial policies and systems.
4) Environmental pollution treatment technology.
4.3.2 Prospects for shale oil extraction in China.
Chapter 5: Analysis of the Prospects for Other Unconventional Oil and Gas Development in China.
5.1 Analysis of the development prospect of combustible ice in China.
5.1.2 Technical analysis of combustible ice mining.
1) Combustible ice mining methods.
2) Combustible ice mining scheme.
5.1.3 Combustible ice development is a challenge.
5.1.4 Analysis of the current situation of combustible ice mining.
5.1.5 Analysis of the prospect of combustible ice mining.
5.2 Analysis of the development prospect of China's oil sands.
5.2.1. Oil sands resource reserves and distribution characteristics.
1) Oil sands reserve analysis.
2) Distribution of oil sands resources.
3) Analysis of key areas of oil sands resources.
5.2.2 Oil content analysis of oil sands.
5.2.3 Analysis of the current situation of oil sands resource development.
2) Oil sands development costs.
3) The current status of oil sands development.
5.2.4 Analysis of the prospect of oil sands resource exploitation.
5.3 Analysis of China's heavy oil development prospects.
5.3.1. Heavy oil reserves.
5.3.2 Distribution of heavy oil resources.
5.3.3 Heavy oil demand.
5.3.4 Heavy oil investment of Chinese enterprises.
5.3.5 Prospects for the development of heavy oil in China.
Chapter 6: Analysis of Key Enterprises in China's Unconventional Oil and Gas Development.
6.1 Analysis of the layout of unconventional oil and gas industry of major oil groups.
6.1.1 Analysis of the layout of PetroChina's unconventional oil and gas industry.
1) Brief development of PetroChina.
2) PetroChina production scale.
4) The current situation of PetroChina's unconventional oil and gas industry layout.
5) Exploration and development of unconventional oil and gas resources of PetroChina.
6) Analysis of the advantages and disadvantages of PetroChina's development of unconventional oil and gas.
7) PetroChina's unconventional oil and gas industry layout planning.
6.1.2 Analysis of the layout of Sinopec's unconventional oil and gas industry.
1) A brief overview of the development of Sinopec.
2) Sinopec production scale.
3) Sinopec's operating performance.
4) The current situation of Sinopec's unconventional oil and gas industry layout.
5) Analysis of the advantages and disadvantages of Sinopec's development of unconventional oil and gas.
6) Sinopec's unconventional oil and gas industry layout planning.
6.1.3 Analysis of the layout of CNOOC's unconventional oil and gas industry.
1) A brief overview of CNOOC's development.
2) CNOOC production scale.
3) CNOOC's operating efficiency.
4) The development status of CNOOC's unconventional oil and gas industry.
6) CNOOC's unconventional oil and gas industry layout planning.
6.2. Analysis of the operation of key enterprises in unconventional oil and gas development.
6.2.1 Business analysis of PetroChina Coalbed Methane Co., Ltd.
1) A brief overview of the company's development.
2) Unconventional oil and gas investment of enterprises.
3) Unconventional oil and gas production of enterprises.
4) Advantages and disadvantages of unconventional oil and gas development of enterprises.
5) Unconventional oil and gas development planning of enterprises.
6.2.2 Business analysis of Zhonglian Coalbed Methane Co., Ltd.
1) A brief overview of the company's development.
2) Unconventional oil and gas investment of enterprises.
3) Unconventional oil and gas production of enterprises.
4) Advantages and disadvantages of unconventional oil and gas development of enterprises.
5) Unconventional oil and gas development planning of enterprises.
6.2.3 Business analysis of Shanxi Blue Flame Coalbed Methane Group Co., Ltd.
2) Unconventional oil and gas investment of enterprises.
3) Unconventional oil and gas production of enterprises.
4) Advantages and disadvantages of unconventional oil and gas development of enterprises.
5) Unconventional oil and gas development planning of enterprises.
6.2.4 Analysis of coalbed methane development and utilization in Henan Province.
1) A brief overview of the company's development.
2) Unconventional oil and gas investment of enterprises.
3) The technical strength of the enterprise in unconventional oil and gas.
4) The development status of the unconventional oil and gas industry of enterprises.
5) Advantages and disadvantages of unconventional oil and gas development of enterprises.
6) Unconventional oil and gas development planning of enterprises.
6.2.5 Business analysis of Shanxi Coalbed Methane Co., Ltd.
2) Unconventional oil and gas projects of enterprises.
3) Unconventional oil and gas production of enterprises.
4) Advantages and disadvantages of unconventional oil and gas development of enterprises.
5) Unconventional oil and gas development planning of enterprises.
6.2.6 Sino-Australian CBM Energy Business Analysis.
1) A brief overview of the company's development.
2) Unconventional oil and gas investment of enterprises.
3) Unconventional oil and gas production of enterprises.
4) Advantages and disadvantages of unconventional oil and gas development of enterprises.
5) Unconventional oil and gas development planning of enterprises.
6.2.7 Analysis of Green Dragon Gas operation.
1) A brief overview of the company's development.
2) Unconventional oil and gas investment of enterprises.
3) Unconventional oil and gas production of enterprises.
4) Advantages and disadvantages of unconventional oil and gas development of enterprises.
5) Unconventional oil and gas development planning of enterprises.
6.2.8 Analysis of shale refinery operation of Fushun Mining Group Co., Ltd.
1) A brief overview of the company's development.
2) Unconventional oil and gas products and production and sales of enterprises.
3) Advantages and disadvantages of unconventional oil and gas development of enterprises.
4) Unconventional oil and gas development planning of enterprises.
6.2.9 Jilin Chengda Hongsheng Energy Business Analysis.
1) A brief overview of the company's development.
2) Unconventional oil and gas investment of enterprises.
4) Advantages and disadvantages of unconventional oil and gas development of enterprises.
6.2.10 Business analysis of Shaanxi Yanchang Petroleum (Group) Co., Ltd.
1) A brief overview of the company's development.
2) Unconventional oil and gas investment of enterprises.
3) Unconventional oil and gas production of enterprises.
4) Advantages and disadvantages of unconventional oil and gas development of enterprises.
5) Unconventional oil and gas development planning of enterprises.
Chapter 7: Investment Prospect Analysis of China's Unconventional Oil and Gas Industry.
7.1. Analysis of the development prospect of unconventional oil and gas industry.
7.1.1 Analysis of the necessity of unconventional oil and gas development.
7.1.2 Analysis of national unconventional oil and gas development strategy.
7.1.3 Development prospects of unconventional oil and gas industry**.
7.2 Investment analysis in the unconventional oil and gas industry.
7.2.2 Comparison of production costs of unconventional oil and gas with conventional oil and gas.
7.2.3 Analysis of the scale of investment in the unconventional oil and gas industry.
7.2.4 Analysis of investment trends in unconventional oil and gas industries.
7.3 Investment suggestions for unconventional oil and gas industries.
7.3.1. Analysis of defects in unconventional oil and gas development and utilization.
1) High development cost.
2) High technical requirements.
3) It has potential environmental pollution hazards.
7.3.2 Investment risk analysis of unconventional oil and gas industry.
1) Policy risk.
2) Technical risks.
3) Macroeconomic fluctuation risk.
4) Volatility risk of associated resources.
7.3.3 Analysis of investment suggestions for unconventional oil and gas industries.
1) Investment suggestions for unconventional oil and gas industry varieties.
2) Regional investment suggestions for unconventional oil and gas industries.
Table of Contents of Charts. Figure 1: Shale gas related policy analysis.
Figure 2: CBM-related policy analysis.
Figure 3: The amount and distribution of unconventional oil and gas resources in China.
Figure 4: Development of unconventional oil and gas resources in China.
Figure 5: Number of shale gas-related patent applications from 2022 to 2023 (unit: units).
Figure 6: Composition of shale gas-related patent applicants as of 2023 (unit: units).
Figure 7: Comprehensive comparison of shale gas-related patent applicants as of 2023 (unit: units, years).
Figure 8: Proportion of China's shale gas-related patented technologies as of 2023 (unit: %)
Figure 9: Recent patent applications for shale gas-related technologies as of 2023.
Figure 16: China is currently introducing and independently innovating new technologies for shale dry distillation refining (unit: t d).
Figure 17: Number of shale oil-related patent applications at the end of 2022-2023 (unit: units).
Figure 18: Composition of shale oil-related patent applicants as of 2023 (unit: units).
Exhibit 19: Comprehensive comparison of shale oil-related patent applicants as of 2023 (unit: units, years).
Figure 20: Proportion of China's shale oil-related patented technologies as of 2023 (unit: %)
Exhibit 21: Recent patent applications for shale oil-related technologies as of 2023.
Figure 22: Global coalbed methane resources and releases (unit: trillion cubic meters, trillion cubic meters per year).
Figure 23: Distribution of coalbed methane resources in China (unit: %)
Figure 24: Distribution of coalbed methane resources in China at different depths (unit: %)
Figure 25: Distribution of coalbed methane resources in different coal ranks in China (unit: %)
Figure 26: China's coalbed methane extraction from 2022 to 2023 (unit: 100 million cubic meters).
Figure 27: Cumulative number of wells drilled in China's coalbed methane exploration and development from 2022 to 2023 (unit: mouths).
Figure 28: China's coalbed methane surface mining scale (unit: 100 million cubic meters) from 2022 to 2023
Figure 29: Surface exploration and development of key coalbed methane in China (unit: mouth, 10,000 cubic meters, %)
Figure 30: Major coalbed methane development investors in the Qinshui Basin.
Figure 31: China's coalbed methane exploration and development domestic self-operated projects (unit: 108m3).
Figure 32: China's major foreign cooperation projects in CBM exploration and development.
Figure 33: Underground extraction scale of coalbed methane from 2022 to 2023 (unit: 100 million cubic meters).
Figure 34: Some coalbed methane pipelines in China (unit: 100 million cubic meters).
Figure 35: Utilization of coalbed methane in China from 2022 to 2023 (unit: 100 million cubic meters).
Figure 36: Proportion of coalbed methane extraction to natural gas production in China from 2022 to 2023 (unit: 100 million cubic meters, %)
Figure 37: Coalbed methane utilization structure in China (unit: %)
Figure 38: Analysis of the characteristics of coalbed methane application fields.
Figure 39: West-East Gas Pipeline** reference (unit: yuan m3).
Figure 40: Acceptable coalbed methane for power generation** (unit: yuan m3).
Figure 48: Shale gas geological resource potential, recoverable resource potential and preferred favorable blocks in the Upper Yangtze and Yunnan-Guizhou-Guizhou areas.
Figure 49: Shale gas geological resource potential, recoverable resource potential and preferred favorable blocks in the middle and lower Yangtze and southeast areas.
Figure 50: Shale gas geological resource potential, recoverable resource potential and preferred favorable blocks in North China and Northeast China.
Figure 51: Shale gas geological resource potential, recoverable resource potential and preferred favorable blocks in Northwest China.
Figure 52: China's shale gas production from 2022 to 2023 (unit: 100 million cubic meters).
Figure 53: Capacity of the three major shale gas extraction companies (unit: 100 million cubic meters).
Figure 54: Development of shale gas exploration and exploitation demonstration areas.
Figure 55: Second round of bidding for shale gas exploration rights by the Ministry of Land.
Figure 56: The top three winning bidders in each block of the second round of bidding for shale gas exploration rights by the Ministry of Land and Resources.
Figure 57: Progress of the second round of shale gas bid-winning enterprises (unit: km, mouth, item, %)
Figure 58: Statistics of shale gas exploitation in China.
Figure 59: Development of shale gas in China.
Figure 60: Comparison of the cost of a single well in the United States and Sichuan (unit: 10,000 yuan).
Figure 61: Cases of foreign cooperation between shale gas companies.
Figure 62: Overview of shale gas development in China as of 2023.
Figure 63: Shale gas development in Sichuan Province in 2023.
Figure 64: Shale gas development in Chongqing in 2023.
Figure 65: China's shale gas overseas M&A projects.
Figure 66: Shale gas development guarantee in China.
Figure 67: Shale gas exploration and development planning targets in the 14th Five-Year Plan.
Figure 68: Key tasks of scientific and technological research in exploration and development during the 14th Five-Year Plan.
Figure 69: Investment in shale gas exploration and development sub-sectors (unit: 100 million RMB, %)
Figure 70: Estimation of the market size of shale gas exploration and development.
Figure 71: Table of the highest natural gas gate stations** (including VAT) by province in 2023 (RMB thousand cubic meters).
Figure 72: China's oil shale resources (unit: 100 million tons).
Figure 73: Distribution of oil shale in China (unit: %)
Figure 74: Oil shale resources by province.
Figure 75: Depth distribution of oil shale in China (unit: %)
Figure 76: Oil content of oil shale in China (unit: %)
Figure 77: Comparison of major shale oil manufacturers in China.
Exhibit 78: Commercial refining technology statistics.
Exhibit 79: Shale oil uses and main products.
Exhibit 80: Distribution of shale oil demand (in %)
Figure 81: Pathways for shale oil utilization.
Figure 82: South China Sea Gas Hydrate Resources** (Unit: trillion cubic meters).
Figure 83: Table of gas hydrate resources in China's permafrost region ** (trillion cubic meters).
Figure 84: Comparison of combustible ice mining methods.
Figure 85: Combustible ice mining schemes.
Figure 86: Comparison of mining options.
Figure 87: Life Cycle Cost Composition of Gas Hydrate.
Figure 88: Achievements of key scientific research projects on combustible ice in China during the "863" and "973" periods.
Figure 89: Research history of combustible ice mining in China.
Figure 90: Analysis of key areas of oil sands resources.
Figure 91: Composition of oil sands in China and Canada (in %)
Exhibit 92: Fuel supply costs by different production methods (in US dollar barrels).