Public Potable, Raw Water, Irrigation

Guangdong Research Institute of Water Resource and Hydropower saved CNY 250,000 in design costs using Bentley’s reality modeling and BIM applications to deliver the Pearl River Water Resources Allocation project more than three weeks ahead of schedule.

Using WaterGEMS and SewerGEMS enabled WSSC to reduce its hydraulic pipeline review cycle from 73 to 27 days over eight years, despite a two-fold increase in volume of proposed pipeline extensions and connections.

Tandon Urban Solutions designed the Nadaprabhu Kempegowda Green City to alleviate the haphazardly developed, resource-strained Bangalore community, saving USD 1 million in project costs.

SA Water uses AssetWise 4D Analytics to power its decision support tools for optimal operation of Adelaide’s newly integrated water network, reducing operating costs by over AUD 3 million while improving efficiency.

Sabesp created a carefully planned timeline for infrastructure investments for the Cantareira Water Supply System

Bentley hydraulic modeling software provides Sabesp a reliable solution to increase water supply to three cities in the state of São Paulo while achieving an immediate ROI of 3.8 times the amount it invested.

WaterGEMS models Região dos Lagos, Brazil, water network for Prolagos Master Plan 2041, which reduces network energy consumption and improves water supply.

NJS Engineers rehabilitated the water supply network in Agra, India, using WaterGEMS hydraulic models, to deliver 24/7 service for the first time.

WaterGEMS optioneering aids NOVOGOR-Prikamie in reducing energy consumption, increasing water pressure, improving water quality, and minimizing the cost of providing water supply services in Perm, Russia.

Maharashtra Jeevan Pradhikaran used Bentley software as its interoperable GIS-based solution to collaboratively design a sustainable water supply network for the population of Rahimatpur, India, optimizing energy consumption to reduce operating costs.

Maynilad Water Services used WaterGEMS to model, identify, and fix water pipe leaks, which prevented the need for spending over USD 1.7 million on a total pipe replacement.

Manila Water Company used WaterGEMS and SewerGEMS to simplify the development of a comprehensive, holistic, and integrated master plan for water and wastewater.

Manila Water Company optimized network operations with WaterGEMS study, resulting in appropriate service levels and USD 367,000 annual cost savings.

Gannett Fleming helped Lehigh County develop an accurate, efficient, and sustainable water system model using automated data integration processes.

Ceywater introduces WaterGEMS-defined zoning into water supply network for Sri Lanka’s largest city to help reduce non-revenue water by nearly 60 percent.

CASAN uses Bentley software to determine the best way to increase water capacity for city residents while reducing operational costs.

Barwon Water optimizes yield of a new pipe system design to optimize yields and meet complex requirements.

Baliwag Water District counters groundwater drawdown by using WaterGEMS to regulate the volume of water available for bulk supply to Candaba Water District.

Azersu, a water treatment and supply provider, built a GIS system that federates its data for its master plan, SCADA system, and the other IT systems.

WaterGEMS enables AKATT to improve service and efficiency with leak detection and control in the 309-kilometer water network for Rhodes Island, Greece.

DTK Hydronet uses Bentley’s integrated digital applications to provide a 24x7 potable water supply for over 25,000 households in India.

To improve the intermittent water supply of the Agra Water Supply System, NJS Engineers India P Limited was retained to evaluate the distribution system and determine the optimal solution for delivering a continuous water supply to Agra city.

CIVIS Bolivia created a 3D map of Cochabamba’s water system to improve the network, providing water to hundreds of thousands of people who lacked access.

Águas do Porto used Bentley applications to integrate an array of existing systems into a single smart water management platform, reducing water supply failures by 30%.