Beyond Scarcity: Why Water Quality is the Next Frontier of Corporate Risk

For decades, the corporate sustainability narrative surrounding water has been dominated by a single, urgent theme: scarcity. Companies have poured billions into efficiency projects, water recycling, and desalination to ensure they have enough of the resource to keep factories humming and shelves stocked. Yet, as the global climate shifts and regulatory landscapes harden, a more insidious risk has emerged from the shadows: water quality.

Poor water quality is no longer just an environmental concern; it is a fundamental business risk that threatens the operational viability of the world’s largest industries. From the high-tech semiconductor plants that require ultrapure water to the food and beverage giants dependent on pristine agricultural inputs, the degradation of local water supplies is increasingly becoming a bottom-line issue. Despite this, a new report from Ceres reveals that for many companies, managing water quality remains a secondary, often disconnected, priority.

The State of Play: Main Facts and Disconnects

The 2025 Ceres water stewardship benchmark, which evaluated 71 global companies, paints a sobering picture of corporate preparedness. While the majority of these entities have mastered the art of tracking and reporting water consumption, their efforts to mitigate water pollution—the degradation of the resource they depend on—are lagging significantly.

The "quality gap" is defined by a lack of localized strategy. Many corporations continue to set global, generalized water goals that fail to account for the unique hydro-social conditions of the watersheds in which they operate. Furthermore, corporate responsibility programs often stop at the factory gate, leaving the vast, high-risk landscape of the supply chain largely unmonitored.

However, the tide is beginning to turn. The same report indicates that 41% of evaluated companies had set specific water quality targets in 2025, a notable increase from just 23% in 2023. This progress suggests that the business case for water quality is finally gaining traction in the boardroom.

Chronology: The Evolution of Water Accountability

To understand why water quality is moving to the forefront, one must look at the progression of environmental, social, and governance (ESG) reporting over the last decade:

• 2015–2018 (The Efficiency Era): Corporate focus was almost entirely on "volumetric efficiency." Companies sought to reduce water withdrawal through closed-loop systems and low-flow technology.
• 2019–2021 (The Rise of Disclosure): Organizations like CDP began pushing for more transparent reporting on wastewater. The conversation expanded from "how much we use" to "what we send back into the environment."
• 2022–2024 (Regulatory Tightening): The European Union’s Corporate Sustainability Reporting Directive (CSRD) changed the game, forcing large companies to treat water quality impacts as material financial risks. Simultaneously, the Taskforce on Nature-related Financial Disclosures (TNFD) began integrating water quality metrics into its global guidance.
• 2025 and Beyond (The Holistic Stewardship Era): We are currently entering a phase where companies are being pressured to adopt "place-based" strategies, acknowledging that a gallon of water polluted in a water-stressed region is a greater liability than one polluted in a water-abundant one.

Supporting Data: The Financial Exposure of Pollution

The financial consequences of ignoring water quality are no longer abstract. They are being realized in the form of operational shutdowns, hefty legal fines, and permanent reputational damage.

The Cost of "Forever Chemicals"

Industrial operations that release contaminants—most notably per- and polyfluoroalkyl substances (PFAS)—are facing a wave of litigation and cleanup costs that can run into the billions. These "forever chemicals" have become a focal point for regulators globally, creating a liability trap for companies that fail to monitor their discharge.

Operational Vulnerability

The semiconductor and food industries are particularly exposed. Semiconductor manufacturing, for example, relies on water that must meet extreme purity standards. When local waterways become contaminated by upstream agricultural runoff or industrial waste, the cost of treating that water to the required standard can skyrocket, or, in extreme cases, render a facility inoperable. Data center cooling systems face similar risks; a 2024 pollution incident in Belgium forced a 3M factory to cease operations, triggering a ripple effect through the global chip supply chain.

The Benchmark Disparity

The data highlights a glaring inconsistency:

• Water-use/Withdrawal Targets: 83% of evaluated companies.
• Water Quality Targets: 41% of evaluated companies.

This 42-percentage-point gap represents a massive blind spot. While companies are excellent at tracking the "input" side of the equation, they remain statistically underprepared for the "output" side, which poses the greater risk to regulatory compliance and community relations.

Official Responses and Industry Best Practices

Industry leaders are beginning to show what is possible when companies move beyond compliance and into active stewardship.

Cargill: Addressing the Watershed

Agribusiness giant Cargill has taken a proactive stance by committing to reduce 5,000 metric tons of pollutants in water-stressed regions by 2030. Their strategy focuses on the source of the problem: agricultural runoff. By implementing regenerative agricultural practices and restoring lands surrounding their supply chain farms, they are reducing the nutrient load that leads to toxic algae blooms. To date, they have already eliminated 1,580 metric tons of pollution, utilizing the Volumetric Water Benefit Accounting 2.0 framework to ensure their impact is measurable and scientifically credible.

Kering: Tackling the Supply Chain

The luxury apparel sector is notoriously water-intensive, particularly in the tanning and dyeing processes. Kering has responded by focusing on its raw material supply chain, specifically targeting the reduction of heavy metals and microplastics. By investing in chrome-free tanning processes and identifying 10 "priority basins" for ecosystem restoration, Kering is demonstrating that water quality improvement can be integrated into the product lifecycle rather than treated as an externalized cost.

Levi Strauss & Co.: The SBTN Framework

Levi Strauss & Co. represents the gold standard for supply chain transparency. Utilizing the Science Based Target Network (SBTN) framework, the company conducted a comprehensive footprint assessment. They discovered that 38% of their freshwater pollution impacts were tied to Tier 1 manufacturing—specifically laundry processes. By committing to the Zero Discharge of Hazardous Chemicals (ZDHC) guidelines, they have set a clear trajectory for reducing hazardous output, moving from "Foundational" to "Progressive" tiers by 2030.

Implications for the Future of Business

The implications of this shift are profound. For companies, the "business as usual" model of water management is nearing its expiration date.

The Shift to "Place-Based" Strategy

The most critical takeaway is the need for geography-specific strategies. A global target for reducing chemical discharge is meaningless if the company continues to operate in high-stress basins without localized, high-impact interventions. Future success will depend on a company’s ability to map its watershed, engage with local stakeholders, and understand the specific regulatory requirements of the communities where they operate.

The Regulatory Tightening

Investors are no longer satisfied with vague sustainability promises. With the enforcement of the CSRD and the integration of water quality into investor disclosure platforms like CDP, water quality is becoming a core component of financial risk assessments. Companies that fail to provide transparent, verified data on their wastewater will likely see their cost of capital increase as they are re-evaluated by climate-conscious institutional investors.

The Role of Technology and Frameworks

Tools like the World Resources Institute’s Water Quality Benefit Accounting Guidance are becoming essential for any firm that wishes to prove its impact. These frameworks allow companies to quantify not just the reduction of negative externalities, but the creation of positive outcomes, such as improved soil health and the restoration of local water tables.

Conclusion: A Call for Accelerated Momentum

The transition from viewing water quality as a regulatory nuisance to a strategic imperative is the next great hurdle for the corporate world. While the progress made by leaders like Cargill, Kering, and Levi Strauss & Co. provides a roadmap, the scale of the challenge requires an industry-wide pivot.

Companies must stop treating water quality as an afterthought. It must be woven into the fabric of supply chain management, risk assessment, and long-term capital expenditure planning. As Ceres prepares its 2027 benchmark, the industry will be watching to see which companies have raised their ambitions and which have remained stuck in the past. In the modern economy, water quality is not just about environmental protection—it is about the fundamental resilience of the global business landscape. Those who lead in this space will not only protect their bottom line; they will secure their license to operate in an increasingly water-constrained world.