Create new project

1. Comprehensive information on the construction project: (1) Overview of the project owner; (2) Overview of the construction project; (3) General layout plan of the construction project; (4) Map showing the relationship between the construction project and its surrounding environment; (5) Process flow diagram and material balance sheet of the construction project; (6) Meteorological conditions. 2. Basis for the design of the construction project: (1) Documents approving the initiation of the construction project; (2) Geological and hydrological data serving as the basis for the project design; (3) Other safety-related documents that form the basis for the project design. 3. Design documents for the construction project: (1) Feasibility study report for the construction project. 4. Information on safety facilities, equipment, processes, and materials: (1) Description and explanation of the processes involved in the production process; (2) Description and explanation of the safety systems used in the production process; (3) Tables containing data on the main facilities, equipment, and processes in the production system; (4) Information on raw materials, intermediate products, finished products, and other materials. 5. Organization of safety departments and staffing arrangements. 6. Estimated investment costs for safety measures. 7. Other information that can be used for the safety pre-assessment of the construction project. I. Occupational health monitoring data: 1. Dust: Monitoring data on occupational dusts (such as coal dust from coal storage areas, coal grinding operations, coal gasification processes, ash from thermal power plant boilers, and sulfur dust). 2. Toxic substances: Detection data of the main toxic substances in the production process (carbon monoxide, hydrogen, hydrogen sulfide, methane, methanol, dimethyl ether, ammonia, nitrogen, sodium hydroxide, liquid chlorine, etc.). 3. Noise: Noise measurement data from the main equipment during the production process, including the control room. 4. Illuminance: Illumination measurement data for the main production areas, including the control room. 5. High-temperature gasification units, thermal power plant boiler rooms, etc. The above test data must be provided by a qualified health technology service institution. II. Other required documents (partial) 1. The final version of the feasibility study report and the review comments thereon ； Project approval comments. Land use certificate. Coal, water supply, and power supply agreements. 2. General layout plan? Geographical location map? 3. Schematic diagram of the process flow? 4. Wind rose diagram in meteorological conditions? 5. Special investments in safety facilities and occupational health? 6. List of specifications, models, quantities, and operating conditions for major equipment.

During the project phase, environmental impact assessments and feasibility studies should take priority and need to be completed first. It is based on these two reports that an business license can be applied for; only after obtaining the business license can safety assessments and health assessments be carried out (theoretically, it is also possible to complete the reports first and then submit them for approval once the license is obtained). Following this sequence, the materials required for an environmental impact assessment are those for the first step. The necessary materials are as follows:

**I. Basic information on the project**
1. Basic project details (including project name, scale of construction, and total investment)*
2. Components of the project (including main structures, auxiliary structures, utility systems, and environmental protection measures)*
3. Project construction plan*
4. General layout plan of the project
5. Tables showing the consumption of raw and auxiliary materials, list of equipment, and storage conditions for materials*
6. MSDS data for the products*
7. Information regarding the disposal methods for by-products of the project (provision of preliminary agreements)*
8. Details on the consumption of utility resources in the project*

**II. Project processes and waste generation**
1. Production process flow for the project’s products (with indication of reaction parameters such as temperature and pressure)*
2. Main and secondary reaction equations involved in production*
3. Material balance for production and overall water balance of the plant*
4. Information on pollutant generation and treatment during production, including emissions of exhaust gases, wastewater, and solid waste*
5. Treatment processes and efficiency for wastewater generated from cleaning project equipment, as well as the final destination of such wastewater*
6. Information on the generation of solid waste and its disposal methods*

**III. Clean production aspects of the project**
1. Technical data demonstrating the project’s advanced nature*

**IV. Risk assessment**
1. Information on conventional hazardous material storage areas (substances stored and their respective quantities)*
2. Details on ammonia storage tanks (including area, height of retaining walls, presence of toxic gas detection systems, type and temperature/pressure conditions of tanks, storage duration, and diameter of tank connections)*
3. Information on wastewater collection tanks for fire-related incidents (specific dimensions)*

**V. Other items**
1. Reasons for selecting the project site*
2. Project’s environmental management system and staffing arrangements*
3. Economic evaluation of the project*
4. Agreements regarding wastewater discharge and handling of hazardous waste*
5. Topographic maps of the area surrounding the plant site*

By the time you conduct the safety assessment, the feasibility study report will already be ready, and all the information needed can be found in that report. Therefore, one feasibility study report is sufficient! A business license and the approval for the feasibility study and environmental impact assessment reports are also required for submission for approval.