Digital integrated smart pump room


With the rapid pace of urbanization, the scope of urban water supply is constantly expanding, and the requirements for water quality, quantity, and pressure are increasing. Existing municipal booster pump stations and secondary water supply pressurization systems face numerous challenges, including poor safety, low flexibility, and relatively inconvenient operation and management.

Keywords:

Integrated Smart Pumping Station

Categories:

Integrated Smart Pumping Station


PRODUCT DETAILS

With the rapid pace of urbanization, the scope of urban water supply is constantly expanding, and the requirements for water quality, quantity, and pressure are increasing. Existing municipal booster pump stations and secondary water supply pressurization systems face numerous challenges, including poor safety, low flexibility, and relatively inconvenient operation and management. The renovation of water supply pump stations has become a serious issue for local governments and water companies in recent years. Based on its years of experience in water supply system optimization and combined with the characteristics of China and the actual engineering application needs, Hardcore has developed a digital integrated smart pump station to meet the construction and renovation needs of various water supply pump stations.

The digital integrated smart pump station is comprehensive and highly integrated, combining pressurization, water quality monitoring, security alarms, and disinfection functions; it meets the requirements of low noise, constant temperature, earthquake resistance, wind resistance, and corrosion resistance; it can achieve remote management and unattended operation; the construction cycle is significantly shortened compared to traditional pump stations, and it can achieve uninterrupted water supply renovation of old systems. With its attractive appearance, compact size, quick installation, and convenient use and maintenance, the digital integrated smart pump station can be flexibly configured in various scenarios. It is not only suitable for new pump station projects, but also for old pump station renovation projects and emergency water supply projects.

Application Areas

New Secondary Water Supply Pump Stations:Replaces the traditional practice of building domestic water pump stations in underground garages/basements, significantly increasing the usable area of ​​underground garages and offering good economic benefits.
Renovation of Existing Secondary Water Supply Systems:Suitable for older residential areas, schools, factory dormitories, etc., where water pressure is insufficient, population density is high, and the original pump station space is limited.
Urban Area Booster Pump Stations:Suitable for municipal booster pump stations added to address insufficient water supply network pressure, and can also be used for the renovation and upgrading of old pipeline pump stations.
New Rural Drinking Water Improvement:Used in conjunction with automated water purification plants in town and village water supply systems to improve the current situation of rudimentary water supply equipment, poor water quality, low water pressure, and small water volume in new rural construction.
Emergency Water Supply:Integrated pump stations are mobile and portable, providing water supply to emergency hospitals and temporary shelters during natural disasters, wars, or major national epidemic prevention and control periods, ensuring uninterrupted water supply during emergencies. Water supply in mountainous and scenic areas can easily address the challenges of water supply in mountainous areas, such as complex terrain, numerous and scattered water points, small water consumption with large head variations, and high requirements for environmental integration.

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02

DEPOSIT PAYMENT


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03

CUSTOMS DECLARATION


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04

BALANCE PAYMENT


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04

SHIPMENT


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04

DELIVERY&CUSTOMS CLEARANCE


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FACTORY APPEARANCE

With a professional technical team, we can provide personalized customization services according to customer project requirements, from product design, material selection to production process adjustment, to ensure that customers' special specifications and performance requirements are met.

Factory workshop

Factory workshop

Factory workshop

Factory workshop

Factory workshop

Factory workshop

Factory workshop

Factory workshop

Factory workshop

Factory workshop

Factory workshop

Factory workshop

PACKAGING AND DELIVERY

Export-grade sturdy packaging with full protection, global logistics and complete customs documents to ensure safe and on-time delivery of water treatment equipment worldwide.

HORIZONJET
HORIZONJET

We provide professional consultation and customized solutions for water treatment equipment. Welcome to contact us for cooperation.

Q: What purity level does your RO+EDI plant produce?


A: Our systems generate ultra-pure water with resistivity up to 18.2 MΩ·cm (25°C), meeting standards for semiconductors, pharmaceuticals, and power generation.

Q: Do you offer customized solutions for unique water treatment needs?


A: Yes, we design and manufacture tailor-made plants to meet specific flow rates, space constraints, and strict water quality standards.

Q: What is the typical service life of your water treatment equipment?


A: With proper maintenance and consumable replacement (e.g., membranes, filters), our plants operate efficiently for 10–15 years. EDI modules last 5–8 years, while RO membranes require replacement every 2–3 years.

Q: How do I select the right water treatment plant for my industry?


A: Selection depends on feed water quality, required product water purity, industry (e.g., pharmaceuticals, electronics), and flow rate demand. Our technical team can analyze your water sample and provide a customized recommendation.

Q: What is the difference between RO, EDI, and UF water treatment technologies?


A: Reverse Osmosis (RO) removes dissolved salts, organics, and most contaminants via a semi-permeable membrane. Electrodeionization (EDI) further purifies water by removing residual ions using electricity and ion exchange resins. Ultrafiltration (UF) filters out suspended solids, bacteria, and large molecules but does not remove dissolved salts.

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