Embedded modular intelligent rainwater utilization machine room

Abstract

The invention belongs to the field of rainwater reutilization, and particularly relates to an embedded modular intelligent rainwater utilization machine room. The embedded modular intelligent rainwater utilization machine room is a cuboid, a plurality of frames are arranged outside the embedded modular intelligent rainwater utilization machine room from top to bottom at intervals and are respectively a first frame, a second frame, a third frame, a fourth frame and a fifth frame, a plurality of water pipe openings are further formed outside the embedded modular intelligent rainwater utilizationmachine room, an in-out opening and a cable bushing interface are formed in the top of the embedded modular intelligent rainwater utilization machine room, a flocculation and chemical dosing integrated device, an efficient filter, an emergency sewage pump, a variable-frequency water supply pump and a constant-pressure tank are arranged on one side in the embedded modular intelligent rainwater utilization machine room from top to bottom, and an overhauling crawling ladder and an ultraviolet disinfection device are arranged on the other side in the embedded modular intelligent rainwater utilization machine room. The embedded modular intelligent rainwater utilization machine room has the beneficial effects that the machine room is extremely high in integration level and is matched with an inspection well of a modular rainwater clean-water reservoir in size, the civil engineering quantity matched with the machine room does not need to be increased, the excavated volume of earthwork can begreatly decreased, the space, materials and labor cost of auxiliary civil engineering such as peripheral valve wells and equipment well are saved, and rainwater can be intelligently and efficiently treated and utilized.

Description

technical field [0001] The invention belongs to the field of rainwater reuse, in particular to an embedded modular intelligent rainwater utilization machine room. Background technique [0002] The new reconstruction and expansion construction plan fully considers the storage and reuse of rainwater, and realizes the resource utilization of rainwater while controlling the amount of rainwater and pollutants. In the process of reuse, the advanced treatment system is a key part to ensure that the effluent water quality of the whole system can meet the requirements of the reuse water quality standard; the water supply system is a key part to ensure that the treated effluent that meets the standard can be efficiently used. At present, the known rainwater purification is composed of some processing units to form a rainwater treatment process. However, the structure is loose, the overall process equipment occupies a large area, which affects the landscape effect, the amount of civil...

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Problems solved by technology

However, the structure is loose, the overall process equipment occupies a large area, which affects the landscape effect, the amount of civil engineering is large, the construction steps are cumbersome, the cycle is long, the construction quality is difficult to control, the total cost is high, the degree of automation in the treatment and utilization process is not high, and the operation Complexity and other problems, and although some systems can handle recycled water that meets the standard water quality, they cannot meet the requirements of constant pressure, energy saving, and high degree of intelligence for landscape water, which has caused difficulties for the construction of rainwater storage and utilization projects.

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