Design principles for pump (and attached motor) sheds or sunshade (rain) facilities
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The design principles for pump (and attached motor) sheds or sunshade (rain) facilities are generally as follows: The project EPC general contractor design team designs the pump (and attached motor) according to the following principles: 1. Relevant majors will design the data sheet of the pump (and attached motor) based on the concept, project technical specifications and international specifications (these cultural documents are generally included in the project owner’s bidding documents); 2. Overview of professional technical requirements and scope of work in the owner’s project bidding documents. The pumps and motors of the project were selected based on the owner's requirements. Pumps and motors with the highest protection standards were selected. They have explosion-proof, dust-proof, waterproof and other functions, so there is no need to design a protective shed. Of course, some project owners have explicit requirements for a pump shed in the bidding culture, so there are also designs with a pump shed.
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Pump room design and design institute* It has a lot to do with it. For example, LPEC and SEI are designing the same factory in Shandong. LPEC will design the pump room, but SEI will not design the pump room.
Each design institute also has its own rules to satisfy each other. If the owner requires it, it still needs to be designed with a pump shed, which will increase the investment, but it will be better.
LPEC is biased toward oil refining, and SEI is biased toward chemicals. For example, for light hydrocarbon pumps, LPEC will design a pump room, but SEI will not design a pump room. It is more dangerous to have a pump room.