Laboratory Central Pure Water System (High-Flow Integrated)

Name: Laboratory Central Pure Water System (High-Flow Integrated)
Brand: Hunan Qiqin Environmental Technology Co., Ltd. – Provider of integrated ultrapure water solutions – Manufacturer of laboratory and medical water treatment equipment
Availability: InStock

Lab Water Purification

Product price:

Suggested price based on market fluctuations

To address the pain points faced by university research, medical testing, and various analytical laboratories in the face of large-scale and high standard water demand, such as insufficient water supply pressure, difficulty in ensuring water quality stability, and complex management, we provide an integrated design of a large flow central pure water system. Through core functions such as fully automatic operation, multi-stage purification processes (such as dual stage RO/EDI), and the Internet of Things+remote monitoring, we achieve a stable water supply of up to 2000L/hour with water quality that meets international standards such as ASTM/GB/EP/USP. While saving space, we help laboratories simplify operation and maintenance processes, improve research efficiency and intelligent management level.

Consultation Hotline：+86 18874711558

Inquiry

Demonstration

Product advantages

fully automatic operation
Water quality monitoring, touch sensitive buttons
Integrated design
Built in integrated water tank, saving space
Municipal self sourced water source
High quality pure water ≤ 5 μ s/cm, ultra pure water ≥ 18.2M Ω· cm
Support remote monitoring
Internet of Things+Interface

Specific parameters

Model
Q-Center-2RO (dual stage reverse osmosis), Q-Center-RED (reverse osmosis+EDI), Q-Center-2RED (dual stage reverse osmosis+EDI+purification process)
Water supply method
Inlet requirements: Municipal tap water (pressure 0.2-0.4Mpa, temperature 5-45 ° C), electrical requirements: 380V/AC50Hz, power: 2-6kW
Capacity
200/300/500/1000/1500/2000 liters/hour,
RO produced water quality
Primary reverse osmosis conductivity: ≤ 10 μ s/cm (25 ° C)Secondary reverse osmosis conductivity: ≤ 5us/cm (25 ° C)Purified water resistivity: 18.25MQ.cm@25 °C
UP produced water quality
EDI electronegativity rate N/A， 10-15MQ.cm@25 °C
Bacteria
<10/ml，<1/ml，<1/ml
Particle count
N/A, (≥ 0.2um)<1 cell/ml
Host size
1180*880*1800mm
Power supply
2-6kW

Product Details

Application Fields

University research institute laboratories, medical laboratory departments, various physical and chemical, microbiological, analytical, and scientific research laboratories, etc.

Product FAQ

What standards can the treated effluent meet? Can it pass the inspection of the environmental protection department?
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The system is designed strictly in accordance with national and local standards, and the effluent quality fully complies with multiple standards such as the "Comprehensive Wastewater Discharge Standard" (GB8978-1996), the "Water Quality Standard for Sewage Discharged into Urban Sewers" (GBT31962-2015), the "Four Class Environmental Quality Standards for Surface Water" (GB 3838-2002), and the "Discharge Standard for Water Pollutants in Medical Institutions" (GB 18466-2005). Targeted debugging can be carried out according to the specific requirements of your region to ensure one-time environmental acceptance.
How efficient is the equipment processing? How much wastewater can be treated per day? Will it affect the normal operation of the laboratory?
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The system has high processing efficiency and fast speed. We offer multiple processing capacity options: Q-FS/LAB-J processing capacity of 0.5-1m ³/d, Q-FS/LAB-IN processing capacity of 1-5m ³/d, Q-FS/LAB-IIN processing capacity of 1-50m ³/d, and all support extended processing capacity. Adopting efficient and energy-saving design, with low operating noise, it does not affect the normal operation of the laboratory at all. One click start stop operation, collecting during the day and processing at night, achieving off peak operation.
The laboratory space is very tight, will this equipment take up too much space?
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This is precisely one of our core strengths. The system adopts an integrated design, occupying minimal space: the Q-FS/LAB-J host is only 900 * 650 * 1450mm, occupying 1.6 square meters; Q-FS/LAB-IN type host 1700 * 880 * 1850mm, covering an area of 1.9 square meters. It can be flexibly placed in indoor corners or equipment rooms without the need for a separate computer room, making it particularly suitable for laboratories with limited space.
How is the energy consumption during device operation? I heard that your company's energy-saving technology can significantly reduce operating costs. How is it specifically achieved?
＋－

Yes, we use ultra-low pressure permeation filtration technology as a whole, which can save more than 20% energy compared to traditional RO systems. This technology reduces operating pressure and energy consumption of high-pressure pumps while ensuring desalination rate, which can save you considerable electricity costs in long-term operation. At the same time, stable current and pressure control technology can also reduce the physical loss of membrane components, extend the service life of membranes, and further reduce replacement costs.

Laboratory Central Pure Water System (High-Flow Integrated)MoreEnd

Laboratory Central Pure Water System (High-Flow Integrated)

Lab Water Purification

Product advantages

Specific parameters

Product Details

Product FAQ

What standards can the treated effluent meet? Can it pass the inspection of the environmental protection department?

How efficient is the equipment processing? How much wastewater can be treated per day? Will it affect the normal operation of the laboratory?

The laboratory space is very tight, will this equipment take up too much space?

How is the energy consumption during device operation? I heard that your company's energy-saving technology can significantly reduce operating costs. How is it specifically achieved?