Stormwater Management

• Planning and designing stormwater systems that manage flood risk, improve water quality, and overall support development.
• Water sensitive urban design, low impact and green infrastructure services
• Catchment management and network consenting
• Catchment assessments and integrated stormwater management planning
• Detention and retention system design
• Water quality treatment device selection
• Overland flow path assessments
• Flood modelling and hazard mapping

Flood Management

& Modelling

• Assessing flood hazards and developing targeted measures that improve resilience at both a site and catchment level.
• 1D and 2D flood modelling
• Floodplain assessments & analysis
• Overland flow path impact assessments
• Development of mitigation options
• Climate change scenario testing
• Resilience assessments of developments
• GIS mapping and spatial analysis
• Hazard mapping and technical input for consenting processes

Advisory &

Planning Support

• Clear, well reasoned advice that helps projects move smoothly through planning, consenting, and delivery.
• Technical reporting
• Hearing, caucusing and Environment Court representation
• Community engagement and consultation practices
• Feasibility assessments
• Strategic water infrastructure input
• Expert evidence & peer reviews
• Plan change support
• Stakeholder engagement

Wastewater &

Water Supply

• Reliable advice and design for both existing or new developments, network upgrades, and long term planning.
• Network modelling
• Capacity assessments
• Infrastructure design
• Servicing strategies

• Desktop geomorphic assessment (historical imagery, LiDAR, GIS mapping, Geomorphic Change Detection)
• On-site geomorphic walkover and field assessment
• Stream erosion assessment for masterplanning, SMPs, resource consents, and fast-track applications
• Excess shear stress assessment, and bank-stability assessment including B-STEM.
• Hydrological and 2D hydrodynamic modelling for erosion assessment under future climate change scenarios.
• Morphodynamic (sediment-transport) modelling evaluating stream channel evolution.
• UAV drone survey and high-resolution terrain capture.
• Evaluation of stream system processes and catchment dynamics.
• Evaluation of risk to infrastructure and people
• Recommendations and detailed design of mitigation measures.