Curitiba Metropolitan Region Water Supply – Master Plan and Design
A metropolitan water supply system required long-term planning to support population growth and improve efficiency. Using hydraulic modeling, the team optimized system design, reduced energy consumption by 39 percent, and avoided unnecessary infrastructure costs.
Strategic Hydraulic Modeling of Nagpur City
A citywide water distribution system required restructuring to improve pressure and enable continuous supply. Using hydraulic modeling, the team optimized network zones and operations while accelerating rehabilitation planning by one year.
Challenge of Integrating the Large Municipality of Guarulhos, Eliminating Water Rationing
A complex municipal water system integration required eliminating water rationing within a strict one-year timeline. By implementing digital workflows and hydraulic modeling, the team successfully ensured consistent daily water supply across the entire city.
OpenGround
OpenGround is Bentley Systems’ cloud-based geotechnical data management platform used to collect, report, and share subsurface information. At Hertford Systems, we use OpenGround to help engineering teams centralize their ground investigation data, ensuring better risk management and collaboration across the project lifecycle.
OpenFlows
OpenFlows is Bentley Systems’ advanced hydraulic and hydrologic modelling suite used to plan, design, and operate resilient water infrastructure. At Hertford Systems, we utilize OpenFlows to help engineering teams analyze water, wastewater, and stormwater systems with precision and data-driven confidence.
iTwin Capture
Capture reality with precision using iTwin Capture, transforming real-world conditions into high-quality digital twins for analysis, visualization, and infrastructure project planning.
iTwin IoT
iTwin Capture, offered by Hertford Systems in partnership with Bentley Systems, transforms reality data into accurate 3D digital twins, enabling better visualization, analysis, and decision-making for infrastructure projects.
PLAXIS
PLAXIS is a trusted tool for geotechnical engineers, providing robust, reliable solutions for the analysis and design of infrastructure projects that require a deep understanding of soil and rock behavior. Its advanced capabilities enhance safety, efficiency, and sustainability in geotechnical engineering.