WASH Humanitarian Response for Water Utility Service Providers Training Course

Course overview

Water utilities are often expected to maintain or rapidly restore safe services when conflict, flooding, displacement, drought, disease outbreaks, or infrastructure damage disrupt normal operations. Yet emergency partners may work to different planning cycles, procurement rules, service standards, and accountability arrangements. Utility managers must make defensible decisions on source protection, pressure management, tanker operations, emergency chlorination, repair prioritisation, and customer communication while balancing public-health risk, scarce fuel and chemicals, staff safety, and the transition from relief operations back to sustainable utility service.

This course equips experienced water and sanitation professionals to lead and coordinate a utility-centred WASH humanitarian response. Participants apply rapid service assessments, population and demand estimation, Sphere indicators, water-safety risk assessment, emergency network operation, water-quality surveillance, contingency stock planning, and incident coordination methods. They learn to define minimum service levels, select delivery modalities, prepare repair and rehabilitation priorities, manage water trucking and chlorination controls, and establish practical monitoring indicators for reliability, quality, access, and equity.

Teaching is built around a realistic utility disruption scenario in which participants respond to a sudden displacement influx and damaged distribution system. Instructor-led technical briefings are followed by team exercises using service maps, incident data, water-quality results, demand assumptions, and operational constraints. Each participant leaves with an emergency WASH utility response package: a rapid assessment template, prioritised action plan, minimum-service matrix, water-quality monitoring plan, and 90-day recovery roadmap that can be adapted to their own utility or service area.

The course is designed for utility staff and humanitarian WASH professionals who already understand basic water-supply operations and now need to coordinate complex emergency service continuity and recovery decisions with government, humanitarian agencies, contractors, and affected communities.

Course objectives

By the end of this course, participants will be able to:

• Conduct a rapid WASH service assessment using source, network, water-quality, access, and operational-capacity indicators
• Calculate emergency water demand, production gaps, storage needs, and distribution priorities for displaced and host populations
• Apply Sphere Handbook indicators to define context-appropriate minimum water-service levels and monitoring thresholds
• Develop a utility incident action plan with objectives, roles, decision triggers, and a 72-hour operational schedule
• Design an emergency water-quality surveillance plan covering free residual chlorine, turbidity, bacteriological testing, and corrective actions
• Prioritise network repairs and temporary supply options using a public-health risk and service-criticality matrix
• Prepare a water-trucking and emergency chlorination control protocol with delivery, dosing, verification, and complaint-management records
• Produce a 90-day utility recovery roadmap linking humanitarian actions to asset rehabilitation, customer communication, and routine operations

Benefits of attending

Target competencies

Who should attend

• Water Utility Operations Managers — who must maintain or restore service during disruption and coordinate operational resources
• Emergency WASH Coordinators — who need to align humanitarian assistance with utility systems and service standards
• Water Supply Engineers — who assess damaged assets, production constraints, and technically viable temporary supply options
• Water Quality Managers and Laboratory Supervisors — who establish emergency surveillance, chlorination, and corrective-action controls
• Utility Planning and Asset Management Officers — who prioritise repairs, contingencies, and recovery investments under constrained budgets
• Municipal WASH and Public Health Officials — who coordinate service continuity decisions across utilities, responders, and communities

Requirements and prerequisites

Participants should have working experience in urban or rural water-supply operations, WASH programming, utility engineering, public health, or emergency coordination. The course assumes familiarity with basic treatment and distribution concepts, including sources, pumping, storage, chlorination, leakage, pressure, and routine water-quality testing. Participants should be able to interpret simple operational data in spreadsheets and read network or service-area maps. Prior exposure to humanitarian coordination is useful but not required. Advanced hydraulic modelling, laboratory microbiology, GIS analysis, and prior use of EPANET or KoboToolbox are not required; guided exercises introduce their relevant applications.

Training methodology

The programme combines focused instructor-led technical sessions with utility-based emergency decision exercises. Participants work in teams on a simulated displacement and network-damage incident, using operational logs, demand figures, chlorine test results, asset maps, and partner requests to make time-bound decisions. Facilitated case discussions examine service failures, water trucking controls, and recovery choices from humanitarian settings. Daily outputs are reviewed against Sphere indicators and water-safety principles. The final day uses an application-planning workshop to convert the scenario tools into an emergency response package for each participant's own operating context.

Course outline

Day 1: Utility roles and emergency WASH service assessment

• Humanitarian response architecture and the utility mandate
• Disaster, conflict, displacement, and outbreak service disruption profiles
• Sphere water-supply indicators and context-based adaptation
• Rapid assessment design for water systems and affected populations
• Service-area mapping of sources, treatment, storage, networks, and customers
• Critical operational data: production, pressure, quality, access, staffing, fuel, and chemicals
• Public-health risk ranking and minimum-service definition

Workshop: Teams complete a rapid utility service assessment and produce a ranked list of immediate life-safety and service-continuity issues from the scenario dossier.

Day 2: Emergency supply options and operational continuity

• Population estimation and emergency water-demand calculations
• Production-capacity, storage, and distribution-gap analysis
• Emergency source selection and source-protection controls
• Network isolation, pressure zones, bypasses, and temporary connections
• Water trucking planning, route control, and delivery verification
• Emergency chlorination methods and free residual chlorine targets
• Fuel, generator, chemical, spares, and crew contingency planning

Workshop: Participants develop a 72-hour supply continuity plan that compares network repair, temporary storage, tanker supply, and emergency treatment options.

Day 3: Water quality, safety, and public-health protection

• Water Safety Plan principles for emergency utility operations
• Hazard identification from source to household collection point
• Free residual chlorine, turbidity, pH, and bacteriological monitoring schedules
• Sampling-point selection and chain-of-custody documentation
• Corrective-action thresholds and escalation procedures
• Household storage, collection-point hygiene, and risk communication
• Outbreak coordination with public-health surveillance teams

Workshop: Teams create an emergency water-quality surveillance plan, including sampling locations, test frequencies, action thresholds, and response responsibilities.

Day 4: Coordination, prioritisation, and accountable response management

• Utility incident command roles and decision-making cadence
• Incident action plan objectives, operational periods, and situation reporting
• Repair prioritisation using service criticality and public-health risk
• Coordination with WASH Cluster, local authorities, NGOs, and contractors
• Emergency procurement specifications for pipes, pumps, chlorine, and tanker services
• Community feedback, complaints handling, and equitable service targeting
• Operational dashboards for access, quantity, quality, reliability, and response time

Workshop: Participants facilitate a simulated coordination meeting and produce an incident action plan with assigned actions, resource requests, and performance indicators.

Day 5: Recovery planning and utility resilience

• Transition criteria from emergency relief to routine utility operations
• Ninety-day repair, rehabilitation, and service-normalisation sequencing
• Asset damage assessment and recovery cost estimation
• Post-emergency review methods and lessons-learned capture
• Contingency planning triggers, stock levels, and mutual-aid arrangements
• Using EPANET and service maps for scenario-based operational decisions
• Management briefing structure for recovery funding and partner alignment

Workshop: Each participant assembles and presents a tailored emergency WASH utility response package and 90-day recovery roadmap for peer and instructor review.

Tools & standards covered

Sphere Handbook, WHO Water Safety Plan Manual, EPANET, KoboToolbox

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions