Chemical process design--Principles of layout of general drawing
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Chemical process design--Principles of layout of general drawing: (1) Meet production and transportation requirements: (2) Meet safety and health requirements: (3) Meet relevant standards and specifications: (4) The factory layout should meet the operational requirements of construction and installation, (5) Consider the development of the factory. Leave room. (6) Requirements for vertical layout. Vertical layout mainly meets the elevation requirements for production process layout, transportation, and loading and unloading. (7) Reasonable pipeline layout, engineering technical pipeline network layout and laying methods are of great significance to power consumption and investment in the production process. (8) Greening and beautifying the environment can also reduce the hazards of dust, etc., and should be considered together with the floor plan.
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General requirements for device layout design 1. Device layout design must adopt triple safety measures. First, prevent secondary dangers caused by primary dangers. Secondly, once a danger occurs, limit the degree and scope of the hazard as much as possible. The third step is to provide convenient conditions for timely rescue and safe evacuation after the occurrence of secondary dangers. 2. The device layout design should meet the requirements of process design. 3. The device layout design should meet the requirements of operation, maintenance and construction. 1. Operable and manageable. 2. If a device can operate for a long time, it requires regular maintenance and repair of equipment, instruments and pipelines. 3. Can be constructed. 4. When designing the device layout, the passages, venues, and spaces required for the above operations, maintenance, and construction should be comprehensively considered. 4. The device layout design should meet the requirements of the overall plant planning. 5. The device layout design should adapt to the natural conditions of the area (including: climate, wind direction, terrain, geology, etc.). 1. Combined with the temperature, rainfall, wind and sand and other climatic conditions in the area and the characteristics of the production process as well as the special requirements of certain equipment. 2. Combined with the terrain characteristics of the area. 3. The device layout design should be based on geological conditions. 4. The device layout design takes the influence of wind direction into consideration, mainly to avoid fires caused by wind direction and to minimize pollution caused by wind direction. 6. The device layout design should strive to be economical and reasonable 1. Save land space and reduce energy consumption 2. Economic and reasonable typical layout 7. The device layout design should meet user requirements 8. The device layout design should pay attention to the beautiful appearance
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Are there any specific examples? This is too abstract. For example, ready-made factory layout