HMPP integrated pumping station manufacturers, with their advantages in material innovation and system integration, are becoming the mainstream choice for modern drainage systems, especially suitable for projects with high requirements for corrosion resistance, lifespan, and intelligence. Its "factory prefabrication+on-site assembly" mode significantly shortens the construction period, reduces construction difficulty, and has obvious cost advantages throughout the entire life cycle.
HMPP.It is an abbreviation for high modulus polypropylene, a new type of engineering plastic with a yield strength of ≥ 30MPa and an elastic modulus of ≥ 1500MPa (much higher than the 800MPa of ordinary HDPE).
HMPP integrated lifting pump stationIt is a modern drainage equipment that combines HMPP materials with integrated design concepts, and has the following core characteristics:
Fully integrated designAll pre installed and integrated systems including water collection tank, water pump, grille, control system, ventilation and deodorization system, etc
MaterialAdopting the secondary winding forming process, there are no welds or gaps, and it is corrosion-resistant, acid alkali salt resistant, and aging resistant
sturdy structureThe ring stiffness reaches SN50 or above, capable of withstanding 15 meters of heavy soil pressure and adapting to various complex geological conditions
intelligent controlFully automatic operation, remote monitoring, fault warning, energy-saving and efficient (system efficiency reaches 91%)
green and environmentally friendlyNon toxic and harmless, recyclable and non polluting to the surrounding soilHMPP Integrated Pump Station Manufacturer
Water inflow stageSewage/rainwater flows into the collection tank through pipelines
Monitoring phaseReal time monitoring of water level by liquid level sensor, signal transmission to control system
Start-up phaseWhen the water level reaches the set value, the system automatically starts the water pump
Enhancement stageWastewater is pumped to a higher location and enters the municipal pipeline network or treatment plant
Shutdown phaseWhen the water level drops below the set value, the water pump automatically stops and is on standby
intelligent adjustmentAutomatically adjust the number and frequency of water pump operation based on changes in flow rate
Urban sewage collection and upgrading to solve drainage problems in low-lying areas
Rainwater pumping station to cope with urban waterlogging and quickly drain water during heavy rainfall
Building basement drainage and fire water supply system
Wastewater treatment in chemical industrial parks (acid and alkali corrosion resistant, replacing expensive alloy pump stations)
Wastewater treatment in industries such as food processing and pharmaceuticals
Industrial park centralized wastewater improvement, equipment integrity rate reaches 99%, and operation and maintenance costs are reduced by 25%
Ocean/high salinity environment: Desalination plants, coastal power plants, offshore platforms (resistant to salt spray corrosion)
high-altitude and cold regionsIn extremely cold environments such as Mohe (-40 ℃), special anti freezing design ensures stable operation
Rural sewage treatmentDistributed sewage treatment to improve rural water environment
Highway/Railway OverpassSolve the problem of water accumulation in low-lying areas and ensure traffic safety HMPP Integrated Pump Station Manufacturer
Design flow rate (calculated based on service area population and water usage quota)
Required head (determined based on lifting height and pipeline resistance)
Media characteristics (sewage, rainwater, industrial wastewater, pH value, solid content, etc.)
Installation environment (geological conditions, groundwater level, climate characteristics)
Power supply conditions (380V/220V, three-phase/single-phase)
Basic processingPouring concrete base plate (strength ≥ C30), pre embedded anchor bolts, horizontal deviation ≤ 5mm
Foundation pit preparationBearing capacity ≥ 250kN/m ², soft soil needs reinforcement, reserved maintenance space (≥ 1.5m around)
Lifting and positioningSelect a suitable tonnage crane (≥ 1.2 times its own weight), assign a dedicated person to command, and ensure that the cylinder is vertical
pipeline connectionThe inlet and outlet water pipelines adopt flexible interfaces to prevent settlement and deformation, and undergo sealing testing
Electrical installationStrict grounding protection (grounding resistance ≤ 4 Ω), waterproof sealing, and line identification
system debuggingSingle machine → linkage → no-load → load, check the operating status of each device
Backfilling protectionLayered backfilling of sand and gravel, symmetrical compaction, to avoid deformation of the cylinder caused by lateral pressure
