EHMH · SECTORS
Hydraulic and Hydrological Engineering Across Industries
Water influences site selection, infrastructure design and operational decisions. We tailor hydraulic and hydrological analysis to the setting, assets and questions that matter to each project.
Different operating contexts. A clearly defined technical scope.
This page groups applications by sector. EHMH studies, assessments and modelling provide the technical tools; the right approach depends on the decision, available evidence and required level of detail.
01 / EHMH · SECTORS
Urban development and infrastructure
For developers, landowners and design teams assessing constraints before investing or changing a site.
Discuss an urban development →When an assessment is useful
Recurrent ponding, exposed access routes, drainage that does not perform as expected, or land-use changes that alter runoff. The assessment must consider the contributing catchment and discharge conditions beyond the property boundary.
What the scope can cover
- Rainfall and runoff inputs, ground levels, gradients and overland flow paths.
- Performance of drainage networks, channels, culverts and outfalls; hydraulic assessment of water or sewer networks where included in the agreed scope.
- Comparison of drainage, storage and infrastructure options, including potential off-site effects.
Outputs and decisions
A diagnosis of constraints, scenario maps and results, criteria for comparing measures and priorities for further surveys or design. These support layout, phasing and investment decisions.
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Industrial Facilities and Operations
For infrastructure, maintenance and project teams at industrial facilities and logistics sites.
Discuss industrial infrastructure →When an assessment is useful
Water accumulating in yards, vulnerable access routes, uncertain network capacity or expansions that change demand and drainage. Operational planning requires a clear understanding of existing system constraints.
What the scope can cover
- Connectivity, geometry and hydraulic capacity of relevant systems, using the drawings, inspections and records available.
- Rainfall, flow and operating scenarios that affect critical areas or equipment.
- Upgrade options, intervention sequencing, maintenance needs and additional information requirements.
Outputs and decisions
A system performance report, identified constraints and an options comparison with explicit assumptions and limits. Hydraulic analysis of wastewater systems does not constitute treatment-process design or certification of environmental compliance.
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Energy and mining
For development and engineering teams evaluating how water interacts with a project site and its infrastructure.
Discuss an energy or mining project →When an assessment is useful
Catchments crossing the site, road crossings, external runoff and exposed facilities or access routes. Early assessment helps identify the conditions that subsequent engineering must address.
What the scope can cover
- Contributing catchments, rainfall records and flow estimates for agreed assessment scenarios.
- Hydraulic behaviour of channels, crossings and drainage structures relevant to the site.
- Flood exposure, potential discharge constraints and requirements for complementary studies.
Outputs and decisions
A documented hydrological basis, hydraulic results and mapping where supported by the data, with recommendations for design or further investigations. Dam safety, geotechnical stability and mining-process studies require separately defined scopes and specialist input.
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Agribusiness and water resources
For producers, asset managers and engineering teams planning water use and associated infrastructure.
Discuss water management and infrastructure →When an assessment is useful
Variable inflows, conveyance constraints, inadequate drainage or expansions that require a review of flows and distribution. Water availability and the ability to convey it are distinct questions.
What the scope can cover
- Surface-water inputs and availability over the assessment period, documenting sources, assumptions and uncertainty.
- Flows, water levels and head losses in conveyance and distribution systems, based on geometry and operating conditions.
- Drainage or distribution options and hydraulic criteria to inform further design.
Outputs and decisions
Water balances and calculation results, identified constraints and an options comparison. Crop-water requirements, water quality, abstraction permissions and hydrogeological studies must be defined or added separately where needed.
From a sector-specific concern to a technical proposal
- The decisionTell us the sector and location, and whether this is a new development, an expansion or an operational issue.
- The evidenceShare available drawings, surveys, previous studies and records of observed events or system failures.
- The scopeWe define what to investigate, the appropriate methods and the outputs needed to support the decision. Information gaps are made explicit.
A well-framed enquiry leads to a better-defined study
Include the sector, location, problem or pending decision and project stage. Tell us what background information is available and the timeframe you need to assess.