Hydraulics and Hydrology Software

Foth uses Bentley’s open 3D BIM applications to redevelop and industrialize delivery of a Cedar Falls, Iowa corridor estimated to save the community USD 32 million over the next 25 years.

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.

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.

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.

NJS Engineers India used Bentley’s integrated design applications to analyze and model more than 800 kilometers of sewer network in Varanasi, India saving 100 resource hours and INR 180 million in project costs.

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.

Enorsul created hydraulic simulations using Bentley applications to optimize water supply network operations, address water loss, and model investments needed to meet growing demand.

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

Bentley software helped Beijing Institute of Water improve design quality, reduce drawings for audit work by 40 percent, and save 15 percent in construction costs.

Roy Hill Iron Ore projects AUD 38 million in lifetime savings from WaterGEMS-optimized water network supplying mining operation in Western Australia.

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%.

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

Artelia Cyprus used SewerCAD to reduce design time by 15% for 800 kilometer sewerage system serving 14 communities in greater Nicosia, Cyprus.

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.

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

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 uses hydraulic modeling to optimize water distribution in densely populated Manila cities, reducing power consumption by USD 600,000 and non-revenue water by USD 860,000 over two years.