Water Quality Monitoring Network System
Visualization of Drainage Treatment - Seminar Registration Now Open!
At wastewater treatment sites, issues such as labor shortages, on-site operations, and emergency responses are common concerns. The online water quality meter "IQ Sensor Net" allows for remote access to view measurement values, download data, change settings, and operate relays, enabling monitoring and control (machine operation) from outside the facility. [Seminar Registration Now Open] "Water Treatment Seminar - From Virus Measurement to Digital Optimization" Since the introduction of PCR methods in the 1990s, measurement technology for viruses in water has seen remarkable advancements through technical improvements aimed at ensuring quantitativeness. It is now possible to measure wild viruses at actual treatment plants, allowing for the empirical assessment of virus removal capabilities, significantly contributing to water safety. Professor Hiroyuki Katayama from the University of Tokyo will provide a clear explanation of these technologies, incorporating specific treatment case studies. Additionally, advancements in digital technology have enabled efficient and advanced water quality management in the fields of water supply and wastewater treatment, drawing attention to future developments. We will share practical insights gained from the field regarding the latest water treatment technologies utilizing AI and the use of online water quality meters. For details and registration, please follow the link below the image!
basic information
**Types of Controllers** IQ Sensor Net System 282: Up to 2 sensor connections IQ Sensor Net System 284: Up to 4 sensor connections IQ Sensor Net System 2020/3G: Up to 20 sensor connections **Types of Sensors** DO (marine water compatible model available), pH/ORP (marine water compatible model available), conductivity (marine water compatible model available), turbidity (marine water compatible model available), color, SS (marine water compatible model available), MLSS, ammonia, nitrate, nitrite, organic matter, sludge interface *For measurement ranges and other details of each sensor, please refer to the catalog or feel free to contact us.*
Price information
We will propose the optimal combination based on the water quality, so please feel free to contact us.
Delivery Time
Model number/Brand name
IQ Sensor Network
Applications/Examples of results
Sewage and Waterworks Bureau, industrial wastewater from private enterprises
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Line up（30）
| Model number | overview |
|---|---|
| W472113 | IQ Sensor Net Converter DIQ/S 282-CR3-E <Analog x3, Relay x3, Ethernet> |
| W472133 | IQ Sensor Net Converter DIQ/S 284-CR6-E <Analog x6, Relay x6, Ethernet> |
| W470026 | IQ Sensor Net Converter MIQ/TC 2020 3G-EF <with Ethernet output> |
| W201650 | Online Optical DO Sensor FDO 700IQ |
| W201652 | Online Optical DO Sensor FDO 700IQ SW <Seawater Compatible> |
| W109170 | Online pH/ORP Sensor SensoLyt 700IQ |
| W109171 | Online pH/ORP Sensor SensoLyt 700IQ SW <Suitable for Seawater> |
| W302500 | Online Conductivity Sensor TetraCon 700IQ |
| W302501 | Online conductivity sensor TetraCon 700IQ SW <suitable for seawater> |
| W107040 | Ammonia/Nitric Acid Sensor VARiON+ 700IQ |
| W107070 | Online Ammonia Sensor AmmoLyt+ 700IQ |
| W107080 | Online Nitrate Sensor NitraLyt+ 700IQ |
| W600010 | Online turbidity sensor VisoTurb 700IQ |
| W600011 | Online Turbidity Sensor VisoTurb 700IQ SW <Sea Water Compatible> |
| W600012 | Online SS Sensor ViSolid 700IQ |
| W600013 | Online SS Sensor ViSolid 700IQ SW <for seawater> |
| W481044 | UV Nitrate Sensor NitraVis 701IQ <Optical Path Length: 1mm> |
| W481045 | UV Nitrate Sensor NitraVis 701IQ TS <Optical Path Length: 1mm / with SS Measurement> |
| W481046 | UV Nitrate Sensor NitraVis 705IQ <Optical Path Length: 5mm> |
| W481048 | UV-VIS Organic Matter Sensor CarboVis 701IQ <Path Length: 1mm> |
| W481049 | UV-VIS Organic Matter Sensor CarboVis 701IQ TS <Optical Path Length: 1mm / with SS Measurement> |
| W481050 | UV-VIS Organic Matter Sensor CarboVis 705IQ <Path Length: 5mm> |
| W481051 | UV-VIS Organic Matter Sensor CarboVis 705IQ TS <Optical Path Length: 5mm / Includes SS Measurement> |
| W481052 | UV-VIS Nitrate/Organic Matter Sensor NiCaVis 705IQ <Optical Path Length: 5mm> |
| W481054 | Nitric acid/Nitrous acid/Organic matter sensor NiCaVis 701IQ NI <Optical path length: 1mm> |
| W481055 | Nitric acid/nitrous acid/organic matter sensor NiCaVis 705IQ NI <Optical path length: 5mm> |
| W481056 | UV Nitrate/Nitrite Sensor NitraVis 701IQ NI <Optical Path Length: 1mm> |
| W481057 | UV Nitrate/Nitrite Sensor NitraVis 705IQ NI <Optical Path Length: 5mm> |
| W825510 | Online Phosphate Meter Alyza IQ PO4-110 <For Low Concentration, 1 Channel, No Filtration Pump> |
| W825520 | Online Phosphate Meter Alyza IQ PO4-120 <For High Concentration, 1 Channel, No Filtration Pump> |
catalog（16）
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News about this product（2）
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Water Treatment Seminar - From Virus Measurement to Digital Optimization
The measurement technology for viruses in water has made remarkable progress since the introduction of PCR methods in the 1990s, with ongoing technical improvements aimed at ensuring quantitativeness. It is now possible to measure wild viruses in actual treatment facilities, allowing for the actual measurement of virus removal capabilities, which significantly contributes to ensuring water safety. Professor Hiroyuki Katayama from the University of Tokyo will provide a clear explanation of the utilization of these technologies, incorporating specific treatment case studies. Additionally, advancements in digital technology have enabled efficient and advanced water quality management in the fields of water supply and wastewater treatment, attracting attention for future developments. We will share practical insights gained from the field regarding the latest water treatment technologies utilizing AI and the use of online water quality meters.
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[Announcement of Seminar] Water Treatment Seminar - From Virus Measurement to Digital Optimization -
〇Theme: Virus Measurement × Digital Transformation × AI Optimization A comprehensive showcase of the latest solutions in water supply and wastewater treatment! We will introduce the latest technologies for achieving safe, smart, and sustainable water infrastructure, incorporating domestic and international case studies. 〇Event Overview Tokyo Venue: November 11 (Tuesday) BellSalle Tokyo Nihonbashi Osaka Venue: November 12 (Wednesday) Grand Green Osaka JAM BASE Time: 13:00 - 17:00 (Registration starts at 12:30) Capacity: 100 people at each venue Participation Fee: Free (Pre-registration required) 〇Seminar Program Keynote Speech: "Virus Measurement for Ensuring Water Safety" Speaker: Professor Hiroyuki Katayama (The University of Tokyo) Technical Presentation 1: "Digital Transformation in Valencia's Water Supply Business" Speaker: Xylem Vue Team Technical Presentation 2: "Introduction of the Total Sewage Treatment Optimization System (TSO) Utilizing AI Technology" Speaker: Xylem Growth Market Team Additionally, introduction of related products. 〇Target Audience Engineers involved in the operation and design of water supply and wastewater treatment facilities Personnel from local governments and infrastructure-related companies Researchers and students interested in smart water treatment and urban digital transformation.
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Distributors
Since our establishment in 1967, we have been dedicated to the development and dissemination of water quality measurement devices that anyone can use quickly, easily, and with high precision. In today's world, where the effective use of water, a limited resource, is required alongside environmental conservation, we aim to be a total solution provider that responds to all water environments by utilizing our water quality measurement devices, technology, and services. Furthermore, leveraging the latest technology and years of know-how, we are committed to delivering user-friendly and reliable water quality measurement devices more affordably, quickly, and widely.