Atmospheric integrated drainage requires a height of 5m above the surrounding buildings. Does the storage tank count?
Tanks are generally designed to store and process gases or liquids without being directly exposed to the atmosphere. Therefore, when the atmospheric integrated drainage requirement is higher than the surrounding buildings by 5m, the storage tank is usually not considered as a direct source of discharge. However, in some cases, the storage tank may be connected to the atmospheric integrated exhaust system and discharge gas or liquid through the pipeline. In this case, the height of the discharge port of the storage tank may be lower than the 5m requirement of the surrounding buildings. In this case, the discharge port of the storage tank must comply with the relevant local regulations and standards to ensure that the discharged gas or liquid will not cause harm to the surrounding buildings and residents.
What was the average height of the old World Trade Center buildings?
The old World Trade Center buildings had an average height of approximately 417 meters. This measurement takes into account the twin towers and their respective heights.
What does it mean for a novel to be atmospheric?
For a novel to be atmospheric, it means it can transport you to its world. The author uses detailed descriptions of the environment, sounds, and feelings to build a vivid and immersive experience. It's like you can smell the air and feel the temperature.
Open ditch drainage, underground ditch drainage
Open ditch drainage and underground ditch drainage were two different drainage methods. Open ditch drainage referred to the digging of open ditches on the surface to guide water to the water outlet. It was suitable for draining accumulated water after heavy rain or for green areas with uneven terrain. Open ditches had the advantage of easy drainage, easy flushing, and anti-blockage, but there might be problems with odors and pests, and it would also make the ground uneven. Underground ditch drainage was used to draw water out by burying pipes or building underground ditches. It was suitable for narrow sites and large underground water. Underground ditches could keep the terrain neat and save land, but the cost was higher. There were differences in drainage methods, cover materials, and functions between open ditches and underground ditches.
Open ditch drainage and underground pipe drainage
Open ditch drainage and underground pipe drainage were two common methods of farmland drainage. Open ditch drainage was a method of digging drainage ditches to form a drainage ditch network. Water would flow from the field ditch network into the water transmission ditch network and finally into the drainage area (river, lake, sea). Underground drainage was a method of burying pipes underground to drain water by removing excess water from the farmland soil and lowering the water level. The underground pipe drainage could be used to filter and seep water by using sand and stone bedding, laying thick plastic pipes and crushed sand. Open ditch drainage was suitable for soil layers with better geological conditions, while underground pipe drainage could effectively control the underground water level, save land, and have a better drainage effect.
Open ditch drainage and underground ditch drainage
Open ditch drainage and underground ditch drainage were two different drainage methods. Open ditch drainage referred to the drainage of water through the excavated open ditch channel. Water could flow directly from various positions in the ditch. The cover was usually a comb, which could pass water. The comb or grill was used to intercept debris. Underground ditch drainage meant that water could not flow in directly. The cover was usually steel plate or concrete. The drainage ditch of the underground ditch was inclined to the water collecting well. When digging, the drainage ditch was first dug, and as it was dug, it deepened to form a underground ditch system connecting the inside and outside of the foundation pit to control the underground water level. Finally, the underground water was pumped away by a pump. Open ditch drainage was suitable for irrigation in areas with water infiltration, and it had a good effect on rainwater drainage. Dark ditch drainage was suitable for the foundation pit drainage of structures with large foundation pit depth, narrow site, and strong underground water.
Surrounding the heart of the king in the red chamber, the protagonist is the same as above
" The Heart of the King in the Dream of the Red Chamber " was a Doujinshi novel with Jia Huan as the main character.
The drainage branch pipe is connected to the horizontal main pipe by 0.6m.
When the drainage branch pipe is connected to the horizontal main pipe, the connection point shall not be less than 0.6 meters below the turning point.
What a Storage Specialist Does
The work of the storage division included sorting, sorting, storage, marking, optimization of space, and other tasks. They planned the storage space according to the customer's needs and living habits, placed the items in the right place, and helped the customer classify and choose the items. The storage technician may also be responsible for sorting out and storing the moving items, as well as assisting the client in re-planning the living space. They needed to have practical experience, professional ability, and communication skills, and constantly learn and improve their knowledge and skills. The work content of the storage division satisfied the storage needs of modern people's busy lives and online shopping habits. Most of the storage technicians charged by the hour. Newcomers had lower wages, while experienced storage technicians offered higher prices. However, the order volume was unstable, and the market lacked standardized standards. Storage division had been gaining more and more attention in recent years, but the competition in the industry was fierce. One needed to constantly improve their abilities in order to survive and develop in the industry.
open ditch drainage
Open ditch drainage was a commonly used method of drainage. It was suitable for the removal of a small amount of underground water, surface water, and rainwater in the foundation pit. Open ditch drainage is composed of open drainage ditch, water collecting well, water intake, horizontal support, vertical support plate, etc. The conditions for the use of open ditch drainage include geological conditions and aquatic conditions. The geological conditions were suitable for denser soil layers, especially soil layers with a certain degree of cohesion or stickiness, as well as hard clay mixed with sand lenses or thin layers without water supply. The water condition is suitable for the situation where the flow of underground water is small. The construction plan of open ditch drainage included the arrangement of the drainage line, the number and location of the water collecting wells, the excavation of the open ditch and the setting of the water collecting wells. The open ditch drainage method had the advantages of low cost, simple construction, and obvious effect. It was widely used in fields such as farmland, urban roads, and gardens.
same floor drainage
Same-floor drainage was a drainage method for sanitary appliances. Its characteristic was that the drainage pipe did not need to pass through the floor, but was laid in the same floor and connected to the drainage standpipe. There were two main forms of same-floor drainage: wall-row zero-drop same-floor drainage and slightly-drop same-floor drainage. The wall row zero-drop drainage on the same floor meant that the drainage pipe went along the wall and did not occupy the vertical floor height. The bathroom could maintain the same floor height as other rooms, and the design freedom was higher, and it was beautiful and practical. The same floor drainage with micro-descending plates was a common form in China. It required the installation of dry area floor drain, which could almost achieve zero floor height difference without occupying vertical floor height. The difference between the same floor drainage and the different floor drainage was the layout of the bathroom appliances, the aesthetics of the house, and the drainage noise. The advantages of same-floor drainage were high degree of freedom in layout, beautiful houses, and low drainage noise, but there were also shortcomings such as high construction cost and difficult maintenance. In general, same-floor drainage was a healthier, more convenient, and more beautiful drainage method.