LOTUS
| A complete solution of sensors and smart components for water quality monitoring.
ABOUT LOTUS
What's inside ?
A. LOTUS SENSOR HEAD
| A multi-parameter sensor kit.
C. LOTUS BYPASS
| A device for plug and play installation of Lotus system.
B. LOTUS ANALOG FRONTEND (AFE)
| Data acquisition and transmission from the sensor chip
D. LOTUS BOX
| A device for power management, storage and communications .
A. LOTUS SENSOR HEAD
| Data acquisition and transmission from the sensor chip.
C. LOTUS BYPASS
| A multi-parameter sensor kit.
B. LOTUS ANALOG FRONTEND (AFE)
| A device for plug and play installation of Lotus system.
D. LOTUS BOX
| A device for power management, storage and communications.
C. LOTUS BYPASS
| A multi-parameter sensor kit.
D. LOTUS BOX
| A device for power management, storage and communications.
A. LOTUS SENSOR HEAD
| Data acquisition and transmission from the sensor chip.
B. LOTUS ANALOG FRONTEND (AFE)
| A device for plug and play installation of Lotus system.
LOTUS SYSTEM OVERVIEW
System outline and operation
The LOTUS sensor head contains 1*1 cm2 sensor chip which has multiple sensor arrays, including conductivity and temperature sensors, each made with a functionalized ink that reacts with certain analytes in water .
When the LOTUS sensor is exposed to water, the inks interact with the ions in the water, and the AFE measures this reactivity.
The LOTUS box translates this data into human-readable format and stores in cloud.
An AI enabled analytics web and mobile application deployed in cloud generates real-time insights and visualization from these measurements.
MEASUREMENT PARAMETERS
Temperature
pH
Arsenic
Fluoride
Chlorine
TDS
Pressure
Flow
CHOOSE YOUR WATER
Bottles We Deliver
APPLICATIONS
Water Distribution Network
- Multiparametric sensor continuously measuresand sends data to cloud servers for real time monitoring of the distribution network through mobile and web application.
- Enables early detection of pipe burst, leakage, pressure loss and contamination.
Tank Water Distribution
- Ensure supply of safe drinking water by adding sufficient free chloring using sensor operated chlorinator.
- Real time monitoring and analysis of water quality from control room.
Swimming Pool
- Efficient sanitation and disinfection of swimming pools
- Maintain Ph balance while ensuring equipment protection
Waste Water
- Monitor contamination monitoring during depollution process stage
- Optimize depollution performance in terms of quality and cost.
Ground Water
- Realtime monitoring of parameters like pH, Arsenic, fluoride, TDS, etc.to create warning system for utilities and consumers.
- Enable effective treatment system to reduce impact on human consumption
Water Irrigation
- Measure quality parameters in irrigation water.
- Enable supply of water with appropriate fertiliser in terms of quantity and schedule for each soil type and crop.
APPLICATIONS
Water Pipelines
- Improved water quality will prevent diseases and boost socio-economic progress, enhancing overall quality of life.
Water Tankers
- Tanker-delivered treated water: safe, low-cost, 24/7 doorstep delivery for purified drinking water.
- Guaranteed safe water delivery without endpoint purification, eliminating the need for further treatment.
SwimmingPool
- Sensor for pool water quality maintenance and safety.
Waste Water
- Validate LOTUS sensor for contamination monitoring during depollution process stages
- Utilize LOTUS sensor to optimize depollution performance in terms of quality and cost.
Ground Water
- Integration of LOTUS sensors into measurement stations and tailored analysis software for water body monitoring.
- Common probe with LOTUS sensors and wireless/IoT capabilities for all scenarios.
Water Irrigation
- LOTUS sensors optimize water quality and quantity from various sources.
- Pre- and post-deployment measurements will be compared.
- Fertigation schedules will be tested on field plots with and without LOTUS sensor validation.
BENEFITS TO CUSTOMERS
Plug and play installation
Long sensor life
Less maintenance
No field calibration
Real time
Low cost
HOW WE EXTRACT WATER
| Our Technology
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ABOUT OUR COMPANY
"Quality Water for a Quality Life".
Hydroscope is a start-up working on an internet of things (IoT) development, called LOTUS, for real-time monitoring of water from source to tap, to identify and solve water quality issues with a multi-parameter sensor. Our company aims to develop highly accurate and reliable real-time water quality sensing and monitoring device at a low cost. LOTUS started as a research project in 2019. With an aspiration to take the innovative technology developed during research, Hydroscope was founded in 2022. Our founding team includes researchers and alumnus from IIT Kharagpur and Carnegie Mellon University Pittsburgh, USA.
OUR TEAM
PUNEET TALESARA
Co-founder
Puneet is a charismatic leader and a product designerwith more than 20 years of entrepreneurial experience.He Possess excellent skills in business developments, managing business relationship, new opportunities identification, and project finance. He has served multiple Fortune 500 business spread across four continents and has been recognized nationally and internationally for his contributions.
Sudhanshu Mishra
Co-Founder
Sudhanshu has more than 11 years of industry experience developing products in different domains like information technology, artificial intelligence, and internet of things. He is well versed inmultiple aspects of business like product management, process optimization, supply chain, financial planning and team building.
Senthilmurugan Subbiah
Advisor
Dr.Senthilmurugan is a Professor in Department of Chemical Engineering, IIT Guwahati. His area of research includes Modelling and Optimization of Novel Processes, Process Design and Operation of Membrane Separation Processes, Waste and waste water treatment (WWWT) for Process Industries, Novel Desalination Technologies, Smart Water Grid, Waste to Energy.
Dr. Bérengère Lebental
Advisor
Dr. Bérengère is Research Director at Gustave Eiffel University, Paris, France.She is a physicist specializing in nanomaterial-based sensors for urban and environmental applications. Her research shows the viability of nano-sensors for high impact applications such as monitoring air pollution, water pollution or sustainable infrastructure.
CONTACT INFORMATION
| Head Office
Plot No.B-438, Road No.-18 A, Bhamashah Industrial Area, Kaladwas, Udaipur, Rajasthan, India 313002