Engineering project feasibility report project how to write?

China Industrial Competitive Intelligence Network writes engineering project feasibility study report is the enterprise engaged in construction project investment activities before the main body of the feasibility study (usually professional consulting organizations) on the market, revenue, technology, regulations and other factors affecting the project to carry out a specific investigation, research, analysis, to determine the favorable and unfavorable factors, analyze the necessity of the project, whether the project is feasible, to assess the project's economic and social benefits, to provide decision-making support opinions for the project investment body or apply for approval by the project authorities. Social benefits, for the project investment body to provide decision-making support for the views or apply for approval of the project authority documents. This kind of report can cover the whole construction process of the whole project in the early, middle and late stages, which is reflected in the feasibility report of the project, so the knowledge to be considered in the feasibility study report should be comprehensive. The following is the project feasibility report written by experts from Huajing Zonghengheng (part of the content): Detailed project feasibility report: a. Lightning protection facilities should be based on the project area of the mine. Lightning protection facilities The type, size, material and layout of lightning protection facilities should be determined according to the lightning activities in the project area, combined with the lightning protection requirements of production and living rooms, hydrological cableways, various types of steel tower supports and other hydrological facilities. II. Other facilities, according to the shape of the project and covers an area, measuring the length of the fence, courtyard greening and ground hardening area, according to the need to determine the station signs, gates, fire, burglary and other ancillary facilities, such as the type, material selection and deployment of the situation. III. Technical equipment should meet the following requirements: 1. Water level information collection instruments and equipment: mainly including ultrasonic water level meter, radar water level meter, bubble water level meter, pressure water level meter, float water level meter, electronic water ruler and other instruments and equipment to determine the performance indicators and selection. 2. flow, sediment information collection instruments and equipment: mainly including hydrological testing cableway equipment (hydrological winches, test control system, boom box, lead fish, buoy thrower, etc.), bridge survey car, flow, sediment information collection, processing, analyzing instruments and lightning protection and grounding equipment and other instrumentation to determine the performance indicators and selection. 3 precipitation, evaporation and other meteorological information collection and processing instruments and equipment: mainly including evaporation dish, evaporator, telemetry evaporator, rain gauge, rain (snow) amount of telemetry collection system and other instruments and equipment to determine the performance indicators and selection. 4. water quality monitoring and analyzing instruments and equipment: mainly including water quality monitoring and analyzing instruments and equipment, water quality automatic monitoring station instruments and equipment, mobile laboratories and other instruments and equipment to determine the performance indicators and selection. 5 . Real-time hydrological image monitoring equipment: mainly including video capture unit equipment, video signal transmission unit equipment, video coding unit equipment, PTZ control and other instrumentation to determine the performance indicators and selection. IV. Related equipment: 1. Surveying and mapping instruments and equipment: mainly including GPS, total station, latitude and longitude, leveling, engineering plotter, flatbed (Taobao flatbed hot) instrument, engineering copier, engineering scanner and other instruments to determine the performance indicators and selection. 2. 2. communication and hydrological information transmission and processing equipment: mainly including computers and their peripherals, network communication equipment, program-controlled telephone, radio, relay stations, GSM terminals, satellite transmission equipment, data acquisition terminals RTU, wireless walkie-talkie (base station), power supply equipment, lightning protection and grounding and other instrumentation and equipment to determine the performance indicators and modeling. 3. Production of transportation: mainly including inspection vehicles, traffic vehicles, water quality sampling vehicles, sampling boats, water quality analysis boat and other means of transportation to determine the performance indicators and selection. 4. power supply, water supply, heating equipment: mainly including transformers, power supply boxes, generators, water pumps, heating and other equipment performance indicators to determine and select the type. 5. lightning protection equipment: mainly including production and living room, hydrological cableway, various types of steel tower bracket, information collection, communication, network and other lightning protection and grounding equipment performance indicators to determine and select the type. 6. other equipment: mainly including heat, safety and other equipment performance indicators and selection.