Project Maji: Pricing Water in Sub-Saharan Africa Custom Case Solution & Analysis

Case Extraction: Evidence Brief

1. Financial Metrics

• Capital Expenditure: Each solar-powered kiosk requires an initial investment of approximately 15,000 US dollars (Exhibit 1).
• Operational Expenses: Monthly maintenance and operator commissions average 150 US dollars per site (Paragraph 12).
• Current Revenue: Revenue per kiosk varies significantly, with some sites generating less than 50 US dollars monthly, failing to cover basic operating costs (Exhibit 3).
• Pricing Benchmarks: Traditional sachet water costs roughly 10 times more per liter than the proposed Project Maji rate (Paragraph 14).
• Funding Structure: 90 percent of current capital is derived from philanthropic donations and corporate social responsibility grants (Paragraph 5).

2. Operational Facts

• Technology: Kiosks utilize solar-powered pumps and a remote monitoring system to track flow rates and technical health (Paragraph 8).
• Capacity: A single installation provides enough clean water for 1,000 people per day, assuming a 20-liter per capita consumption (Exhibit 2).
• Payment System: Transitioning toward the Maji Token, a pre-paid RFID card system, to reduce cash management risks (Paragraph 10).
• Geography: Operations are concentrated in rural and peri-urban areas of Ghana and Kenya where grid electricity is unreliable (Paragraph 3).

3. Stakeholder Positions

• Sunil Lalvani (Founder): Advocates for a social enterprise model that achieves financial break-even to ensure long-term site viability (Paragraph 4).
• Local Community Members: Express a preference for clean water but remain highly sensitive to price fluctuations, often reverting to free, contaminated sources when cash is scarce (Paragraph 16).
• Local Operators: Motivated by commission-based earnings but require consistent technical support to maintain community trust (Paragraph 11).

4. Information Gaps

• Depreciation Schedule: The case lacks specific data on the expected physical lifespan of the solar panels and filtration membranes under harsh environmental conditions.
• Competitor Pricing: Specific price points for informal water truck deliveries during the dry season are not fully quantified.
• Collection Efficiency: Data on the percentage of revenue lost to theft or technical glitches in the RFID system is missing.

Strategic Analysis

1. Core Strategic Question

• How can Project Maji design a pricing and operational model that covers 100 percent of operating costs without excluding the bottom of the pyramid population?
• Is the organization a charitable service provider or a decentralized utility company?

2. Structural Analysis

Applying the Jobs-to-be-Done framework reveals that customers are not just buying water; they are buying time and health. The alternative is either free but distant/contaminated sources or expensive but convenient sachets. Project Maji occupies the middle ground. Using the Value Chain lens, the primary value driver is the proximity and reliability of the kiosk. However, the cost structure is currently weighed down by high upfront capital expenditure that revenue cannot yet service.

3. Strategic Options

4. Preliminary Recommendation

Project Maji should adopt the Tiered Usage Model combined with an aggressive transition to the Maji Token. This approach recognizes that water for survival must be affordable, while water for small-scale agriculture or construction can bear a higher price. This preserves the social mission while creating a path toward operational independence from donors.

Implementation Planning

1. Critical Path

• Month 1: Audit all existing sites to identify high-volume commercial users versus domestic users.
• Month 2: Roll out the Maji Token system to 100 percent of users at three pilot sites in Ghana.
• Month 3: Implement the new pricing tiers: a base rate for the first 40 liters per day per household and a 50 percent premium for volumes exceeding that limit.
• Month 4: Evaluate revenue impact and community feedback before scaling to Kenya.

2. Key Constraints

• Technical Friction: The RFID technology must be simple enough for elderly or illiterate users to navigate without constant operator intervention.
• Currency Volatility: Inflation in Ghana and Kenya can erode the value of collected revenue faster than pricing can be adjusted.
• Maintenance Logistics: If a kiosk stays down for more than 48 hours, users will return to old habits, making it difficult to win them back to a paid model.

3. Risk-Adjusted Implementation Strategy

To mitigate the risk of community backlash, the organization must initiate a 30-day community engagement phase before any price change. This phase will emphasize that the fees are dedicated solely to a local maintenance fund, not corporate profit. A contingency fund of 15 percent of monthly revenue should be held at the local level to empower operators to perform minor repairs immediately, ensuring high uptime which justifies the cost to the user.

Executive Review and BLUF

1. BLUF

Project Maji must transition from a donor-dependent NGO to a decentralized utility provider by implementing tiered pricing and mandatory digital payments. To achieve financial sustainability, the organization must cover its 150 US dollar monthly operating cost per site through revenue. The recommended path involves a two-tier pricing structure that protects domestic users while capturing higher margins from commercial activity. Failure to move away from cash collection and philanthropic reliance will result in a stranded asset base as kiosks fall into disrepair without dedicated maintenance capital. APPROVED FOR LEADERSHIP REVIEW.

2. Dangerous Assumption

The analysis assumes that community members will prioritize health benefits over immediate cash savings during economic shocks. If a household faces a choice between food and clean water, they will return to free, unsafe sources regardless of the value proposition. This behavioral elasticity is the most significant threat to the revenue model.

3. Unaddressed Risks

• Political Risk: Local politicians may demand free water for their constituents during election cycles, undermining the social enterprise model and the authority of the Maji Token system.
• Technological Obsolescence: Rapid improvements in low-cost household filtration kits could disrupt the kiosk model by allowing users to treat contaminated water at home for a lower total cost of ownership.

4. Unconsidered Alternative

The team did not evaluate an ad-supported model. Given the high foot traffic at kiosks, the physical structures could serve as advertising hubs for telecommunications or consumer goods companies. This non-user revenue could subsidize the water cost, lowering the barrier to entry for the poorest residents while meeting financial targets.