EVERY DROP
COUNTS
Revolutionizing Urban Water Supply with Our Unique Technologies
100
Pumps
Modernizations
50 Tons/yr
Carbon Emission
Savings
58,000
AMI Meters
Installed
135
Reservoirs
Monitoring
1,70,000
Population
Covered
EVERY DROP
COUNTS
100
Pumps
Modernizations
50 Tons/yr
Carbon Emission
Savings
58,000
AMI Meters
Installed
135
Reservoirs
Monitoring
1,70,000
Population
Covered
EVERY
DROP
COUNTS
Revolutionizing Urban Water Supply with Our Unique Technologies
100
Pumps
Modernizations
50 Tons/yr
Carbon Emission
Savings
58,000
AMI Meters
Installed
135
Reservoirs
Monitoring
1,70,000
Population
Covered
Central Monitoring Station
READ MORE
Distribution management system
READ MORE
Reservoir management
READ MORE
Pumping and Piping Infra
READ MORE
Our Clients
Trusted by Industries, Municipalities, and Organizations Nationwide. It's a pleasure to work
with our esteemed clients who trust us for our innovative water management solutions.
Trusted by Industries, Municipalities, and Organizations Nationwide. It's a pleasure to work with our esteemed clients who trust us for our innovative water management solutions.
Key Projects
Execution & Operationalization
From source to solution, we deliver end-to-end water infrastructure projects —
including pipelines, treatment plants, pumping stations, and smart metering. We ensure timely execution,
quality control, and operational readiness for safe and sustainable water services.
From source to solution, we deliver end-to-end water infrastructure projects — including pipelines, treatment plants, pumping stations, and smart metering.
We ensure timely execution, quality control, and operational readiness for safe and sustainable water services.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
Renovation of civil structures of WTP and implementing
control and monitoring systems integrated with SCADA
to drive end to end process optimization.
Modernized existing pumphouse infrastructure with
high-efficiency IE3 pumps and a centralized SCADA/PLC
automation system. The upgrade improves energy
efficiency, reduces NRW, and extends asset life
through intelligent, demand-driven operation.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Renovation of aging filter beds paired with modern
monitoring system linked to SCADA system.
Replacement of existing pumping system with an
automated and modernized pumping system paired
with VFDs and integrated to SCADA system for
toperation and monitoring.
Implemented Tank monitoring systems and distribution
monitoring systems using Electromagnetic flow meters
across a region of 65sq km, integrated to a central
SCADA for monitioring and NRW audit across the
network to ensure proper delivery.
Implemented a 24/7 water supply system with intelligent distribution, ultrasonic AMI water meters, and SCADA-controlled operations. Interactive dashboards for NRW monitoring, billing, and consumer management enable efficient and reliable system performance.
Implemented an AMI-based smart water management system enabling 24/7 water supply, with real-time NRW monitoring, demand forecasting, and predictive analytics. Enabled data-driven operational insights to optimize water distribution, reduce losses, improve resource efficiency, and enhance service reliability.
About Us
About Us
About Us
Pioneering sustainable water management for over two decades
Pioneering sustainable water management for over two decades
Sampath Hydrro Technology Private Limited, Visakhapatnam (SHTPL) formally known as Sampath Hydro Techniques(SHT) is technology-driven company.Specialization in engineering, procurement and execution of Electromechanical, Instrumentation, Automation and Development of SCADA systems for minor and major water supply systems. Established SHTPL in year 2001 in Visakhapatnam, Andhra Pradesh, India as a service provider in water sector. In span of last 20+ years we have grown as major service provider with all round capabilities from conception to execution and long term maintenance contracting company.
Sampath Hydrro Technology Private Limited, Visakhapatnam (SHTPL) formally known as Sampath Hydro Techniques(SHT) is technology-driven company.Specialization in engineering, procurement and execution of Electromechanical, Instrumentation, Automation and Development of SCADA systems for minor and major water supply systems. Established SHTPL in year 2001 in Visakhapatnam, Andhra Pradesh, India as a service provider in water sector. In span of last 20+ years we have grown as major service provider with all round capabilities from conception to execution and long term maintenance contracting company.
Sampath Hydrro Technology Private Limited, Visakhapatnam (SHTPL) formally known as Sampath Hydro Techniques(SHT) is technology-driven company.Specialization in engineering, procurement and execution of Electromechanical, Instrumentation, Automation and Development of SCADA systems for minor and major water supply systems. Established SHTPL in year 2001 in Visakhapatnam, Andhra Pradesh, India as a service provider in water sector. In span of last 20+ years we have grown as major service provider with all round capabilities from conception to execution and long term maintenance contracting company.
We have a special recognition in providing the best services under SAVE WATER & NRW Reduction missions.
We have a special recognition in providing the best services under SAVE WATER & NRW Reduction missions.
We have a special recognition in providing the best services under SAVE WATER & NRW Reduction missions.
Our Vision
Our Vision
Our Vision
Founded with a vision to revolutionize water management, SAMPATH has been at the forefront of sustainable water solutions for over two decades, combining cutting-edge technology with environmental consciousness.
Founded with a vision to revolutionize water management, SAMPATH has been at the forefront of sustainable water solutions for over two decades, combining cutting-edge technology with environmental consciousness.
Our Mission
Our Mission
Our Mission
To become the global leader in sustainable water management solutions, ensuring water security for urban populations while preserving our planet's most valuable resource.
To become the global leader in sustainable water management solutions, ensuring water security for urban populations while preserving our planet’s most valuable resource.
To become the global leader in sustainable water management solutions, ensuring water security for urban populations while preserving our planet's most valuable resource.
To become the global leader in sustainable water management solutions, ensuring water security for urban populations while preserving our planet’s most valuable resource.
Our Journey
Our Journey
Our Journey
Two decades of innovation and growth
Two decades of innovation and growth
Two decades of innovation and growth
View
View
25.
2001
2003
2008
2009
2014
2021
2023
Present
Central Office
Central Office
Industrial Estate - Visakhapatnam
Industrial Estate - Visakhapatnam
Sampath Hydrro Technology Private Limited, Visakhapatnam (SHTPL) formally known as Sampath Hydro Techniques(SHT) is technology-driven company.Specialization in engineering, procurement and execution of Electromechanical, Instrumentation, Automation and Development of SCADA systems for minor and major water supply systems. Established SHTPL in year 2001 in Visakhapatnam, Andhra Pradesh, India as a service provider in water sector. In span of last 20+ years we have grown as major service provider with all round capabilities from conception to execution and long term maintenance contracting company.
Sampath Hydrro Technology Private Limited, Visakhapatnam (SHTPL) formally known as Sampath Hydro Techniques(SHT) is technology-driven company.Specialization in engineering, procurement and execution of Electromechanical, Instrumentation, Automation and Development of SCADA systems for minor and major water supply systems. Established SHTPL in year 2001 in Visakhapatnam, Andhra Pradesh, India as a service provider in water sector. In span of last 20+ years we have grown as major service provider with all round capabilities from conception to execution and long term maintenance contracting company.
We have a special recognition in providing the best services under SAVE WATER & NRW Reduction missions.
Our Team
Give the best technology and infrastructure in water supply and Save water for future.
We are committed to the value added system of Owning our employees
and give them the best facilities as we believe they are the best company assets.
Give the best technology and infrastructure in water supply and Save water for future. We are committed to the value added system of Owning our employees and give them the best facilities as we believe they are the best company assets.
Give the best technology and infrastructure in water supply and Save water for future.
We are committed to the value added system of Owning our employees and give them the best facilities as we believe they are the best company assets.
Our Partners
Our Partners
Contact
+91 94922 44744
+91 94922 44744
0891 2784072
admin@shtpl.in
www.shtpl.in
Address
Block A, GF & FF, Plot N.D19, Industrial Estate, 104 Area, Kapparada Village
Visakhapatnam,
Andhra Pradesh, India
PIN 530 007
© 2025. All Rights Reserved.
Pumping
and Piping
Infra
Central
Monitoring
Station
Reservoir
Management
Distribution
Management
System
Advanced
Metering
Infrastructure
01
Bulk Metering
02
Semi Bulk Metering
03
House service connections
04
Prepaid Meter
05
NRW audit
01
Centralized Scada and MIS
02
Demand Forecasting
03
Digital Twin
04
Database and Cloud Management
05
Comprehensive NRW monitoring
06
Interactive Dashboards
01
DMA management using control valves
01
DMA management using control valves
02
24/7 Water Supply
02
24/7 Water Supply
03
Pressure Monitoring and Management
03
Pressure Monitoring and Management
01
Automated Level Management
02
SCADA Remote Monitoring and Control
01
Construction and renovation of Pumping System
02
Electrification
03
Instrumentation and Automation
04
Pipeline Infrastructure
05
SCADA and MIS