Hassan Water Resources, PLC

Advanced modeling and analysis are utilized to solve complex water flow and containment challenges.

• Watershed Hydrologic Modeling

  Simulates basin-wide rainfall-runoff processes and water flow behaviors.

• Riverine and Coastal Hydraulic Modeling

  Employs one-dimensional and two-dimensional simulations to evaluate water levels and velocities.

• Dam Breach Simulation and Inundation Mapping

  Models potential dam failure scenarios and maps downstream impact zones.

• Scour Analysis and Countermeasure Design

  Analyzes soil erosion around structures and engineers protective solutions.

• Climate Change Impact Assessment on Floodplains

  Evaluates future environmental shifts and their long-term effects on local flood zones.

Comprehensive studies and planning mitigate flood risks and adapt infrastructure to changing environmental conditions.

• FEMA Floodplain Studies and Mapping

  Delivers precise mapping and compliance documentation for federal regulatory standards.

• Sea Level Rise Impact Assessment

  Analyzes coastal vulnerability to rising tides and long-term oceanic changes.

• Riverine and Coastal Flooding Resiliency

  Develops engineering strategies to protect communities and infrastructure from severe inundation.

Systems are engineered to manage runoff volume, prevent erosion, and ensure environmental regulatory compliance.

• Stormwater Management System Design and Certification

  Develops collection and retention structures, ensuring certified regulatory compliance.

• Water Quality Compliance and Design

  Engineers treatment solutions to meet local and federal water purity requirements.

• Runoff Reduction and Outfall Energy Balance

  Designs systems to minimize discharge volumes and manage flow energy to prevent downstream erosion.

• Erosion and Sediment Control Certification

  Plans temporary and permanent measures to stabilize soil and prevent sediment transport during construction.

• Pollutant and Nutrient Transport Tracking

  Models and visualizes the movement of contaminants through water bodies.

Advanced spatial modeling integrates geographical datasets with hydraulic calculations to optimize drainage infrastructure.

• GIS-Integrated Drainage System Design

  Embeds geospatial intelligence into the planning and design of transportation drainage networks.

• GIS-Based Hydraulic Modeling and Visualization

  Creates multidimensional visual representations of hydraulic systems and floodplains.

• Timeseries and Geo-Spatial Data Analysis

  Processes complex temporal and spatial datasets to inform engineering decisions.

• Infrastructure Asset Protection and Readiness

  Evaluates critical facility vulnerability and prepares preservation strategies using spatial datasets.