Svan Analytical Instruments Pvt.Ltd

online water analyser based on a high resolution UV-visible spectrograph & it allows to monitor simultaneously many different parameters for waste water treatment plants or chemical plants 
Measuring Parameters :COD ,BOD, pH, TSS , Ammonia, Nitrate, Colour, Aromatics Hydrocarbons (PAH), Chlorophyll A, Phosphate, Chlorine, Nitrite, Aluminium, Iron, Silica, Hydrogen Sulphide, Cr (VI), Turbidity, ORP, Dissolved Oxygen (DO), Conductivity, Temperature

Electromagnetic Flow Meter :
Application : Water Lining : PTFE/Rubber Temp : 0-100 Deg C Body : M.S.Output : 4-20 mA / Rs485Power Supply : 230 VAC Conductivity : Minimum 5 μS/ cm Electrode : SS316Flange : Class 150 # ANSI Transmitter : Integral Calibration Certificate : Provided

Having a wide range, capable of use with high-concentration waste water and low concentration water as well as effluent water after treatment.
A single unit can cover a wide range from low to high concentrations.

Implementing a unique cell rotation mechanism that is not affected by contaminated samples
By performing zero-point checks through cell rotation to account for contamination effects from water quality, zero-point drift is eliminated.

Ammonia nitrogen concentration in the tank is measured in real time with an ion electrode method sensor.
Ideal for aeration control and management in biological reaction tanks. It is equipped with a function that can diagnose the sensor degradation state by measuring the membrane resistance. Additionally, the reliability of measured values has been improved through the ability to perform continuous measurements while diagnosing deterioration.

online water analyser based on a high resolution UV-visible spectrograph & it allows to monitor simultaneously many different parameters for waste water treatment plants or chemical plants 
Measuring Parameters : COD ,BOD, pH, TSS , Ammonia, Nitrate, Colour, Aromatics Hydrocarbons (PAH), Chlorophyll A, Phosphate, Chlorine, Nitrite, Aluminium, Iron, Silica, Hydrogen Sulphide, Cr (VI), Turbidity, ORP, Dissolved Oxygen (DO), Conductivity, Temperature

Additional Information:

• Delivery Time: 1 week

Applications
 Drinking water treatment plants
 Municipal distribution networks
 Swimming pools
 Industrial wastewater monitoring
 Cooling tower circulation systems

Real time Online Effluent monitoring data Transfer to CPCB/SPCB /client server

Additional Information:

• Production Capacity: 200
• Delivery Time: 2 WEEKS

The EL200 is a configurable water controller that can adapt to many different probes and configurations, mono or multi-channel, among pH, ORP, dissolved oxygen, conductivity, chlorine, turbidity, total suspended solid (TSS) and temperature.
A user-friendly interface can display all the values as well as graphs of the recorded measurements over the last 24 hours. A USB port allows to transfer the recorded measurement that may be imported to Excel for treatments or graphs. The USB port can also be used to save the configuration or to update the internal software. A web-based interface allows the control and the troubleshooting at distance with an internet browser on a computer, tablet or smart phone.
EL200 controller includes basically:
one pH/ORP input
two 4-20 mA inputs for analogic probes (dissolved oxygen, chlorine turbidity)
one RS485 port for up to 4 digit probes (dissolved oxygen, turbidity, pH, ORP)
two 4-20 mA outputs
four relays contacts for high/low alarms, multiplexing or probe default
one RS232 port for Modbus communication or web serve with an Ethernet or Wi-Fi interface
one RS485 port for Modbus communication

Conductivity Sensor with ¾”NPT thread is a heavy-duty probe with Polypropylene body suitable for many industrial water application. Mounting thread allow for in-pipe (flow through) installations of conductivity sensor. These conductivity sensor offers excellent chemical and impact resistance.
APPLICATION
·         Industrial waste water treatment plant
·         Drinking water treatment plant
·         Other process water application
·         Municipal waste water treatment plant
·         Surface water application

We provide IoT devices, specifically Smart Water Meters and associated monitoring systems, can measure and provide water consumption details at high granularities, including daily, weekly, and monthly intervals. This data is typically presented to users and administrators via a web-based dashboard or a mobile application. The IoT Smart Water Meter transmits high-frequency data to our secure platform, which is then analyzed and presented to you with granular detail. You now have access to consumption records across multiple t imescales:  Daily Consumption: View your exact water usage volume for every 24-hour period, helping you monitor day-to-day fluctuations.  Weekly Reports: Analyze total usage trends over a rolling seven-day period, often highlighting changes in behavior or potential problems.  Monthly Summaries: Access comprehensive reports that include total volume consumed, average daily usage, and billing-cycle comparisons, replacing traditional estimated readings. Dashboard :- Daily/Weekly/Monthly/Yearly Consumpltion

_{The EL200 is a configurable water controller that can adapt to many different probes and configurations, mono or multi-channel, among pH, ORP, dissolved oxygen, conductivity, chlorine, turbidity, total suspended solid (TSS) and temperature.A user-friendly interface can display all the values as well as graphs of the recorded measurements over the last 24 hours. A USB port allows to transfer the recorded measurement that may be imported to Excel for treatments or graphs. The USB port can also be used to save the configuration or to update the internal software. A web-based interface allows the control and the troubleshooting at distance with an internet browser on a computer, tablet or smart phone.}

Rapid automated measurement of trace
silica in boiler water and purified water
treatment systems.
In order to efficiently drive turbines using
high-temperature and high-pressure steam
in power plants such as thermal and nuclear
power plants, it is crucial to manage silica
(SiO2), which can be a major cause of
scaling. Combining HORIBA's extensive
track record and technical expertise,
maintaining the stability, reliability, and
maintainability of our previous models,
while enhancing usability through the
introduction of a touch panel interface.
KEY FEATURES:
Repeatability of ±2% full-scale (F.S.) with
a 5-minute measurement
Quick acquisition of highly repeatable
measurements can be obtained.