Hydraulics and Hydrology Software

AEGEA used Bentley’s collaboration and digital twin technology to create its Infra Inteligente Program, expanding and improving Brazil’s water and sewerage infrastructure while reducing costs.

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

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%.

GHD developed a new ProjectWise framework to save 18,000 hours by eliminating the need to learn project structure variations.

Bentley modeling applications helped AEGEA design nine sewerage expansion plans that improve water quality and energy efficiency while meeting in-demand seasonal fluctuations.

BIM methodology helped NJS Engineers India P Limited rework Guwahati’s water supply infrastructure, solving high pressure and water loss problems, as well as saving time and costs during design.

A collaborative, 3D design plan was utilized on the Hexi Branch, an auxiliary plan of the Beijing South-to-North Water Diversion Project, which improved regional water supply conditions in northern China.

Using WaterGEMS, Manila Water Company, Inc. performed a holistic risk assessment and analysis of its complex water distribution network and identified which facilities require resiliency measures.

CDM Smith redesigned a major highway connecting Dubai and Al-Ain using OpenRoads, which cut design hours in half to meet a tight timeline.

Alabama Department of Transportation saves USD 10 million using Bentley’s collaborative 3D BIM and reality modeling technology to improve efficiencies, delivering the state’s largest roadway construction project.

NJS Engineers leveraged SewerGEMS to design an 800-kilometer sewer network in Uttar Pradesh, India, saving 60 resource hours and reducing the number of large-scale drawings produced by 30 percent.

AECOM models a 10,000-kilometer sewerage network in the National Capital Territory of Delhi using SewerGEMS to cut design time by about 14%.

Arup’s Madrid office modernizes project delivery of transportation infrastructure, achieving 30% savings in time and cost using Bentley’s solutions in a BIM environment.

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

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

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

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.

Dhaka Water Supply and Sewerage Authority reduces dependency on groundwater by 70 percent with WaterGEMS-optimized water network rehabilitation project.

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

Manila Water Company’s 3D design of a new sewage treatment plant with a daily capacity of 100-million-liters, significantly improved the environmental impact and reduced operational costs by PHP 190 million.

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

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.

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.

MWH Global used Bentley software to design a water recycling plant that reduces a community’s potable water consumption by 62 percent.