Water Sector Finance Training Course

Duration 10 days 16 modules · 65 contact hours
Level Intermediate Certificate on completion
Who attends Water utility finance managers, Ministry of finance officials and others
Fee from USD 2,200 KSh 190,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 16 Nov 2026 Course code SD-PFM-020

Before you join: Participants should have experience with public budgets, utility operations, infrastructure projects, accounting, planning or programme delivery.

Dates & prices

Two start dates a month in every city, and live online on weekdays or weekends. Fees are per participant; classroom fees include tuition, materials, lunch and refreshments, and the certificate.

Suggest a date or city

Showing the next six months. Later dates, other cities and private deliveries for your team are available on request.

Course overview

Water utilities and public water authorities must expand service, rehabilitate ageing assets and protect water quality while managing constrained tariffs, delayed transfers, debt obligations and climate-related risks. Sound technical projects can still fail when revenue forecasts are weak, capital budgets are detached from asset plans, financing terms are poorly assessed or procurement and contract controls are inadequate. Finance teams need to connect service plans, public budgets, utility accounts and investment decisions.

This course develops the financial management and investment-financing skills required for water supply, sanitation, wastewater and water-resources programmes. Participants assess utility financial performance; build operating and capital budgets; prepare cash flow and tariff models; compare grants, loans, bonds, blended finance and public-private partnership structures; and test project affordability, value for money and fiscal risk. The course also addresses donor financing, climate finance, credit enhancement, procurement controls, financial reporting and investment monitoring.

Teaching combines focused instructor briefings with water-utility cases, financial-model reviews, group budget and financing decisions, and simulations of lender, regulator and government discussions. Participants progressively develop an investment financing package using realistic service, cost, demand and funding assumptions. They leave with reusable templates for financial diagnostics, cash forecasting, tariff analysis, capital investment appraisal and financing strategy development.

The course is suited to finance, planning, investment, procurement and programme professionals working for ministries, water utilities, municipalities, regulators, development partners and infrastructure funds. It is delivered over 10 days, classroom-based in 50+ cities or live online, with approximately 6.5 contact hours each day from 08:30 to 16:30. Participants receive a certificate of completion.

What you will be able to do

  • Assess water utility financial health using ratio analysis, financial statements and service data
  • Build integrated operating budgets, capital budgets and 13-week cash flow forecasts
  • Model tariff revenue, affordability impacts, collection performance and subsidy requirements
  • Appraise water investments using discounted cash flow, NPV, IRR and sensitivity analysis
  • Compare grants, concessional loans, commercial debt, bonds and blended-finance structures
  • Prepare a bankability assessment covering revenue security, risks, covenants and credit enhancement
  • Evaluate PPP and performance-based contract options using value-for-money and fiscal-risk tests
  • Present a complete water-sector financing strategy and investment funding package

Benefits of attending

For you

  • Produce credible utility financing cases for senior management, lenders and government reviewers
  • Interpret tariff, collection and cost data before proposing funding solutions
  • Assess borrowing terms and repayment capacity with greater confidence
  • Apply bankability criteria to water and sanitation project concepts
  • Present investment priorities using financial evidence and clear funding assumptions

For your organisation

  • Stronger alignment between service targets, asset plans, budgets and financing decisions
  • More credible capital investment proposals for government, lenders and development partners
  • Earlier identification of liquidity gaps, debt-service pressures and subsidy requirements
  • Better selection of financing instruments matched to project cash flows and risks
  • Improved control of fiscal commitments, guarantees and PPP contingent liabilities

Course modules

16 modules over 10 days

Participants can map the institutions, flows and accountabilities that shape water-sector finance.

  • Water supply, sanitation and wastewater value chains mapped to funding needs
  • Roles of ministries, utilities, regulators, municipalities and basin agencies
  • Revenue, transfers, grants and debt flows through sector institutions
  • Ring-fencing principles for utility accounts and restricted funding streams
  • Public financial management cycle linked to water service delivery
  • Financial accountability matrix assigning approval, payment and reporting responsibilities

Participants can diagnose a water utility's financial position using statements and operating indicators.

  • Income statement analysis separating operating costs, depreciation and finance charges
  • Balance sheet review of assets, receivables, debt and accumulated losses
  • Cash flow statement interpretation for operating, investing and financing activities
  • Working capital cycle measured through receivables, payables and inventory days
  • Operating ratio, collection ratio and debt-service coverage ratio calculations
  • Service indicators reconciled with billed volumes, revenue and operating expenditure

Participants can prepare water-sector budget submissions linked to realistic fiscal ceilings.

  • Medium-term expenditure framework translated into utility and programme budget ceilings
  • Programme budgeting links appropriations to service outputs and asset results
  • Operating budget assumptions for staff, energy, chemicals and maintenance
  • Capital budget classification distinguishes rehabilitation, expansion and renewal expenditure
  • Commitment controls prevent unfunded contracts and arrears accumulation
  • Budget variance analysis identifies corrective actions and approval requirements

Participants can build and use a rolling cash forecast for utility liquidity decisions.

  • 13-week rolling cash forecast built from receipts, payroll and supplier data
  • Monthly collection patterns adjusted for billing cycles and arrears recovery
  • Payment calendar schedules debt service, energy invoices and capital certificates
  • Minimum cash balance policy linked to operational and emergency requirements
  • Scenario analysis tests delayed transfers, drought costs and collection shortfalls
  • Cash controls separate forecasting, payment approval, reconciliation and bank access

Participants can model tariff revenue while testing affordability and subsidy implications.

  • Tariff structure design using fixed charges, volumetric blocks and connection fees
  • Revenue model combines customer classes, consumption profiles and billing efficiency
  • Affordability analysis compares household water bills with disposable income proxies
  • Cross-subsidy calculations test transfers between customer groups and service areas
  • Collection improvement plan targets metering, billing disputes and arrears segmentation
  • Targeted subsidy design distinguishes lifeline tariffs, vouchers and budget transfers

Participants can identify cost drivers and finance efficiency improvements using operational evidence.

  • Unit-cost analysis calculates cost per cubic metre produced and billed
  • Energy benchmarking identifies pumping efficiency, tariff exposure and demand management
  • Non-revenue water quantified through water balance and commercial-loss analysis
  • Activity-based costing allocates shared services to water and sanitation functions
  • Lifecycle costing compares repair, rehabilitation and replacement alternatives
  • Efficiency investment cases link savings assumptions to measurable operating indicators

Participants can prioritise capital investments using asset condition, service risk and lifecycle cost.

  • Asset register fields capture location, condition, capacity, age and replacement value
  • Criticality assessment ranks failure consequences for public health and service continuity
  • Renewal planning distinguishes routine maintenance, rehabilitation and asset replacement
  • Capital investment plan sequences projects against funding and implementation capacity
  • Multi-criteria analysis scores service impact, readiness, risk and affordability
  • Asset management plan connects maintenance budgets with long-term capital requirements

Participants can appraise water investments using financial and economic decision criteria.

  • Project concept note defines service problem, beneficiaries, scope and alternatives
  • Demand forecast links population, consumption, connections and production capacity
  • Discounted cash flow model estimates project costs, revenues and residual value
  • Net present value and internal rate of return calculations
  • Economic appraisal values health, time-saving and environmental externalities
  • Sensitivity analysis tests capex overruns, demand variance and tariff delays

Participants can compare financing sources against project characteristics and borrower capacity.

  • Government budget grants matched to public-good and affordability objectives
  • Concessional loans assessed through interest, grace period and maturity terms
  • Commercial bank lending evaluated against security, tenor and repayment capacity
  • Municipal and utility bonds compared with loans and direct budget funding
  • Blended finance combines public funds, development finance and private capital
  • Climate finance eligibility linked to resilience, mitigation and adaptation outcomes

Participants can assess debt affordability and select appropriate credit-enhancement measures.

  • Debt-service coverage ratio projected under base, downside and recovery cases
  • Debt capacity model accounts for operating cash, reserves and capital commitments
  • Loan term sheet review covers pricing, covenants, security and prepayment
  • Guarantees, escrow accounts and intercept mechanisms improve lender risk protection
  • Credit enhancement costs compared against improved tenor and borrowing rates
  • Debt policy sets approval limits, refinancing triggers and reporting requirements

Participants can prepare a bankability assessment that addresses lender decision criteria.

  • Bankability assessment tests legal authority, revenue reliability and project readiness
  • Due diligence checklist covers technical, financial, environmental and social evidence
  • Revenue security analysis examines tariff approvals, collections and payment discipline
  • Financial model audit trail documents inputs, formulas, versions and assumptions
  • Risk allocation matrix assigns risks to parties best able manage them
  • Lender information memorandum presents project rationale, returns and protections

Participants can evaluate private participation options and their public financial implications.

  • PPP screening distinguishes service contracts, leases, concessions and joint ventures
  • Value-for-money analysis compares public delivery with private delivery costs
  • Performance-based contracts define outputs, verification methods and payment triggers
  • Risk matrix allocates construction, demand, operating and foreign-exchange risks
  • Fiscal commitment analysis identifies subsidies, guarantees and termination liabilities
  • Contract management plan monitors service standards, invoices, disputes and penalties

Participants can establish financial controls across water-project procurement and implementation.

  • Procurement plan aligns package strategy, market approach and budget availability
  • Bid evaluation records technical responsiveness, price adjustments and approval decisions
  • Contract payment certificates verified against quantities, milestones and retention terms
  • Disbursement schedule matches financing conditions, procurement progress and cash needs
  • Segregation of duties controls requisition, approval, payment and reconciliation
  • Fraud risk indicators include variation orders, duplicate invoices and split purchases

Participants can manage grant-funded water investments while meeting financing conditions and reporting needs.

  • Grant agreement review identifies eligible expenditure, co-financing and reporting obligations
  • Designated account controls govern advances, replenishments and supporting documentation
  • Results framework links disbursement indicators to verified service improvements
  • Climate adaptation rationale connects project design with water-security vulnerabilities
  • Environmental and social commitments integrated into budgets, contracts and progress reports
  • Donor financial reports reconcile project records, bank statements and general ledger

Participants can produce financial reports that support oversight, audit and management action.

  • IPSAS reporting principles distinguish recognition, measurement and disclosure requirements
  • IMF GFSM 2014 classifications support fiscal reporting and government finance statistics
  • Monthly management report combines budget variance, cash position and service indicators
  • Audit trail design links source documents, ledger entries and financial statements
  • Internal audit plan tests high-risk revenue, procurement and payment processes
  • Public disclosure dashboard reports tariffs, investments, service outcomes and complaints

Participants can build, review and present a complete water-sector investment financing strategy and funding package.

  • Define service objectives, investment scope, implementation schedule and funding requirement
  • Build integrated operating budget, capital plan and rolling cash forecast
  • Model tariff revenue, collections, subsidies and affordability impacts
  • Appraise investment alternatives using NPV, sensitivity and lifecycle cost analysis
  • Select financing mix using debt capacity, grant eligibility and risk allocation
  • Present bankability evidence, fiscal risks, governance controls and implementation actions

Exercises and examples are adapted to each cohort's sectors and roles.

What you take back to work

  1. Water utility financial diagnostic template
  2. 13-week rolling cash forecast model
  3. Tariff, collection and subsidy analysis workbook
  4. Capital investment appraisal model
  5. Water project bankability checklist
  6. Water-sector financing strategy template

Who should attend

  • Water utility finance managers — responsible for budgets, liquidity, borrowing and financial reporting
  • Ministry of finance officials — assess transfers, guarantees, subsidies and public investment proposals
  • Water sector planners — convert service targets and asset plans into funded investment programmes
  • Municipal finance officers — oversee local utility finances and infrastructure funding decisions
  • Project and programme managers — prepare fundable water and sanitation investment cases
  • Development partner staff — assess financing readiness, fiduciary controls and project sustainability

Skills and tools covered

Utility financial analysisCapital investment appraisalTariff revenue modellingFinancing structure designFiscal risk assessmentWater project bankability

Tools and standards

PEFA framework, IMF GFSM 2014, IPSAS, World Bank PPP Reference Guide

How the course runs

Training methodology

The course uses short technical briefings followed by water-sector case work, spreadsheet-based analysis, group decision exercises and structured simulations. Participants examine utility accounts, tariff schedules, capital plans, loan offers and project risk registers. Teams compare financing options from the perspectives of a utility, ministry of finance, regulator and lender. Facilitated peer review tests assumptions, affordability and risk allocation. Individual application planning links each method to participants' current investment, budget or utility-finance responsibilities.

Requirements and prerequisites

Participants should have experience with public budgets, utility operations, infrastructure projects, accounting, planning or programme delivery. They should be comfortable reading basic income statements, balance sheets and cash flow reports, and using spreadsheet calculations. Familiarity with water supply, sanitation or wastewater services is useful but not essential. The course does not require prior project-finance, investment-banking, advanced accounting or financial-modelling experience. Participants do not need to bring a live project, although using current budget, tariff or capital-plan information will strengthen application planning.

A typical training day

08:30 – 10:30First session
10:30 – 10:45Refreshment break
10:45 – 12:30Second session
12:30 – 13:30Lunch and networking
13:30 – 15:00Third session
15:00 – 15:15Refreshment break
15:15 – 16:30Workshop and daily review

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

What the fee includes

  • Instruction by a practitioner facilitator
  • Full course workbook and materials
  • Exercise files, templates and case studies
  • Refreshments and lunch on classroom deliveries
  • Certificate of completion
  • Post-course application plan

Frequently asked questions

Participants should understand basic budgets, financial statements or project costs and be comfortable with spreadsheet calculations. Prior experience in water services is useful, but advanced accounting, project finance and investment banking knowledge are not required.

Bring a laptop for financial-model review and application planning. If permitted by your employer, bring a recent utility budget, tariff schedule, capital plan or anonymised project information.

It is designed for professionals responsible for water utility finance, public investment, budgeting, planning, procurement, programme delivery or financing decisions. It also suits staff from regulators, municipalities, ministries and development partners.

The course applies public financial management methods specifically to water and sanitation services, utility revenue models and infrastructure finance. It gives substantial attention to tariffs, non-revenue water, debt capacity, project bankability and capital asset planning.

Participants can use the cash forecast, financial diagnostic, tariff analysis and investment appraisal templates for current planning and funding decisions. The capstone structure can be adapted into a financing package for a live water project or utility investment programme.

Each day runs from 08:30 to 16:30 and provides about 6.5 contact hours. The first week establishes utility finance, budgeting, cash, tariffs and investment appraisal; the second week focuses on financing structures, bankability, controls, reporting and the capstone presentation.

Questions about this course?

Ask about dates, fees, group bookings or running it for your team. Our training team replies by email.