Water Is Now a Board-Level Issue for Industrial Investors in Morocco

CASABLANCA, Morocco: After an unusually wet winter, Morocco’s dams are fuller than they have been in years. In February 2024, national reservoir levels had fallen to around 23 percent. By spring 2026, they had climbed above 75 percent. For manufacturers and investors, however, the rebound does not change the underlying equation: water in Morocco has become a cost variable, a compliance issue and a factor in export competitiveness.

A good rainy season does not remove a structural constraint

Morocco remains a water-scarce country, and climate variability is increasing. One abundant year can be followed by several dry ones. For an industrial operator, the relevant question is not the long-term average rainfall. It is the probability of facing a supply restriction in a given quarter, and the price that must be paid to avoid one.

The question is no longer whether water will be available, but at what cost, under which conditions and with which obligations.

What the national water strategy means for companies

The Kingdom has launched a major infrastructure effort through its National Program for Drinking Water Supply and Irrigation (PNAEPI 2020-2027). Eight large dams have been commissioned since 2021, interconnections between river basins are expanding, and dozens of smaller dams are planned.

Three changes deserve the attention of management teams.

Desalination is becoming a core source of supply

Morocco aims to reach a desalination capacity of 1.7 billion cubic meters per year by 2030, eventually covering more than 60 percent of national drinking water needs. Desalinated water is reliable, but its production cost includes a significant energy component. Industrial water prices are unlikely to return to the levels of a decade ago.

Treated wastewater reuse is moving beyond pilot projects

The country targets around 325 million cubic meters of reused water by 2030, mainly for irrigation, green spaces and aquifer recharge. For a factory, this creates an alternative supply option that did not exist at this scale five years ago.

Governance is tightening

Water withdrawals and discharges are subject to fees collected by the river basin agencies, and aquifer contracts commit users of the same groundwater resource to agreed volumes and practices. A company that draws water without visibility on these commitments faces both regulatory and local reputational risk.

Four water risks every industrial investor should assess

Operational continuity. A withdrawal restriction, a falling water table or the prioritization of drinking water during a shortage can reduce or halt production. In food processing, beverages, textiles, chemicals and mining, water is a process input, not a utility.

Cost. Higher prices for produced water, the energy needed for treatment, basin agency fees and compliance investments are making water a visible line in the income statement.

Export market access. European buyers increasingly include the environmental footprint of their suppliers in purchasing criteria and sustainability reporting. A Moroccan exporter unable to document its water use per unit produced will be at a disadvantage against a competitor who can.

Site selection. For a new plant, water availability now weighs as much as land, energy and logistics. A project that looks sound on paper can become difficult to operate if it is located in a stressed basin.

A five-step approach to corporate water strategy

1. Measure first. Build an accurate water balance: sources, uses, cubic meters per unit produced and losses. Many companies find at this stage that a significant share of consumption is lost through leaks, poorly tuned cooling systems or oversized cleaning cycles.
2. Reduce without heavy capital expenditure. Process adjustments, recirculation loops, rinse water recovery and network maintenance often deliver fast results. Depending on the sector, recycling and optimization can cut raw water use by 30 to 70 percent.
3. Substitute part of the resource. Treated wastewater, rainwater harvesting, pooling between neighboring industrial sites or connection to a desalination plant. Each option has its own cost, lead time and regulatory framework, and they should be compared rather than improvised.
4. Secure long-term supply. Formalize commitments with basin authorities, plan buffer storage and model scenarios, such as a 20 percent reduction in authorized withdrawals over two quarters.
5. Finance the program. Water efficiency projects can qualify for industrial investment and environmental upgrade support, provided the application includes a quantified baseline, a financing plan and verifiable indicators.

Why water belongs in every investment case

For any new industrial project in Morocco, water should appear in the investment file alongside land, energy and labor: required volumes, available sources, forecast cost per cubic meter, sensitivity of the business model to a price increase and restriction scenarios.

This is where independent feasibility studies in Morocco make a practical difference. A study that ignores the water constraint is incomplete. A project that documents its water performance, on the other hand, is better positioned in front of lenders, public authorities and European customers.

For UCOTRA Consulting, a Casablanca-based management consulting firm that supports industrial and investment projects in Morocco, the companies that treat water as a strategic input rather than an operating expense are the ones best placed to protect their margins, their continuity and their access to export markets.

Conclusion

Morocco is investing heavily to secure its water resources, and the results are visible. Public investment, however, does not replace action at company level. Manufacturers that measure, reduce, substitute and finance their water use will do more than meet environmental expectations: they will strengthen the resilience and profitability of their operations.

For a long time, water was a public policy topic. In Morocco, it has become a boardroom topic.