The Invisible Crisis: Why Water Quality is the Next Frontier in Corporate Risk Management

For decades, the corporate world’s approach to water stewardship has been defined by a singular, quantitative focus: volume. Companies have obsessively tracked liters withdrawn and gallons consumed, viewing water primarily as a finite resource to be secured. However, as climate change intensifies and regulatory landscapes shift, a more insidious and systemic threat has emerged: water quality.

Poor water quality is no longer just an environmental concern; it is a profound business risk that rivals water scarcity in its potential to disrupt operations, trigger litigation, and erode brand equity. Despite this, managing the chemical and biological integrity of local watersheds remains a secondary priority for many global enterprises. A new report from Ceres, the nonprofit sustainability organization, exposes a troubling "quality gap," suggesting that while companies have become proficient at counting their water use, they are failing to safeguard the health of the water they share with communities and ecosystems.

Main Facts: The Growing Corporate Blind Spot

Water quality degradation is an existential threat to sectors ranging from food and beverage to high-end semiconductor manufacturing. Industrial operations, whether through direct discharge or supply chain runoff, are contributing to the proliferation of contaminants such as per- and polyfluoroalkyl substances (PFAS)—the so-called "forever chemicals" that persist in the environment for generations.

The risks associated with poor water quality are no longer theoretical. Companies are facing tangible financial exposure through massive cleanup costs, government-mandated production halts, and heavy fines. When the water required for a manufacturing process is contaminated beyond acceptable thresholds, the operational impact is immediate and often expensive to remediate.

Ceres’ 2025 benchmark report, which analyzed the water stewardship practices of 71 global companies, highlights a stark disparity. While 83% of these companies have established specific targets for water consumption, only 41% have set corresponding targets for water quality. This disconnect signifies that while businesses are measuring their efficiency, they are largely ignoring their impact on the vitality of the waterways they depend upon.

Chronology: The Evolution of Water Stewardship

The transition from a "quantity-first" mindset to a holistic quality-based approach has been slow but is gaining momentum due to a convergence of regulatory pressure and investor activism.

Pre-2020: Corporate water strategy was almost exclusively focused on "Water Positive" or "Net Zero" volume goals. Quality was largely treated as a regulatory compliance issue, handled by local facilities managers rather than integrated into boardroom ESG (Environmental, Social, and Governance) strategies.
2021–2023: High-profile cases—including industrial pollution events involving PFAS and localized water crises—began to force water quality onto the radar of major institutional investors. Frameworks like the Taskforce on Nature-related Financial Disclosures (TNFD) began incorporating water quality metrics, signaling that nature-related risks are financial risks.
2023–2024: The European Union finalized the Corporate Sustainability Reporting Directive (CSRD), which mandates that large companies provide granular disclosure on their environmental impacts, including water quality. This shifted the conversation from voluntary reporting to mandatory transparency.
2025: The release of the Ceres Water Benchmark report confirmed that while the number of companies with water quality targets nearly doubled from 23% in 2023 to 41% in 2025, the majority still lack the localized strategies necessary to drive meaningful change.

Supporting Data: The Disconnect Between Intent and Action

The data provided by Ceres underscores a critical failure in current corporate strategy: the lack of "place-based" assessment. Water quality is inherently local; a kilogram of phosphorus runoff in one watershed has vastly different ecological and community impacts than in another.

The Benchmark Breakdown

Water-Use Targets: 83% of evaluated companies have established targets.
Water-Quality Targets: 41% of evaluated companies have established targets.
Supply Chain Visibility: Despite supply chains accounting for the majority of water-related impacts, they remain a "black box" for most organizations.

The data reveals that even among companies that have set targets, many fail to account for the cumulative impact of their supply chains. For example, Levi Strauss & Co.’s recent assessment found that 38% of its total freshwater pollution impact (measured in phosphorus-equivalent) occurred in Tier 1 garment manufacturing facilities, largely due to laundry processes. This realization highlights that without granular data on where water quality challenges are most acute, corporate efforts are often misaligned with the actual risks.

Official Responses and Corporate Leadership

A select group of industry leaders is moving beyond simple compliance, treating water quality as a core component of their resilience strategy. These companies demonstrate that by leveraging science-based frameworks, they can move the needle on local water health.

Cargill: Scaling Impact through Agribusiness

Cargill has emerged as a leader in addressing the "nutrient runoff" problem. By pledging to reduce 5,000 metric tons of pollutants in water-stressed regions by 2030, the company is focusing on agricultural practices that prevent nitrogen and phosphorus from leaching into waterways. To date, they have achieved a reduction of 1,580 metric tons, utilizing the Volumetric Water Benefit Accounting 2.0 methodology to ensure their progress is verified and credible.

Kering: Tackling the Chemical Footprint

Apparel giant Kering is focusing on the "input" side of the equation. By investing in metal-free and chrome-free tanning processes, they are systematically removing heavy metals and hazardous chemicals from their supply chain. Their strategy is highly localized, identifying 10 priority basins where they are investing in ecosystem restoration to build long-term climate resilience.

Levi Strauss & Co.: Setting the Standard

Levi Strauss has embraced the Science Based Target Network (SBTN) framework to understand its dependency on nature. By committing to the Zero Discharge of Hazardous Chemicals (ZDHC) guidelines, they have set a clear, tiered roadmap—ranging from "Foundational" to "Aspirational"—for their direct-discharge facilities, forcing their suppliers to modernize their wastewater management or risk losing their partnership.

Implications: The Road Ahead

The implications for companies that fail to pivot are severe. As regulatory requirements from the EU’s CSRD to CDP’s expanded disclosure platforms become more stringent, "greenwashing" or ignoring water quality will no longer be an option. Investors are increasingly using these disclosures to price risk; a company with a high-polluting supply chain in a water-stressed region is now viewed as a long-term liability.

The "Place-Based" Imperative

To succeed, companies must adopt a "place-based" approach. This means moving beyond global, generic goals and mapping specific water quality challenges in every watershed where they operate. It requires:

Local Stakeholder Engagement: Using local knowledge and scenario analysis to understand the needs of surrounding communities.
Beyond-Compliance Management: Recognizing that local regulations are often outdated or insufficient, and implementing internal standards that meet or exceed global best practices.
Supply Chain Integration: Bringing suppliers into the water stewardship tent. As seen with Levi Strauss, the biggest risks often lie with manufacturing partners who lack the resources to upgrade their wastewater technology.

The Role of Technology and Accounting

Tools like the World Resources Institute’s (WRI) Water Quality Benefit Accounting Guidance are becoming essential. These tools provide the indicators needed to quantify the success of regenerative agriculture, land restoration, and wastewater treatment initiatives. When companies can prove the link between their investment and improved local water health, they build the social license to operate—a critical asset in an era of growing community water insecurity.

Conclusion: A Strategic Pivot

The era of treating water as a "free" utility to be extracted is ending. Water quality is the new frontier of corporate sustainability. Companies that anchor their targets in the specific realities of their local watersheds, extend their strategies deep into their supply chains, and embrace radical transparency will find themselves better positioned to weather the coming storm.

As Ceres prepares its 2027 benchmark, the question for the corporate sector is not whether they can reduce their water usage—that is now table stakes. The true test of leadership in the coming decade will be whether corporations can move from being major polluters to active stewards of the world’s most precious, and increasingly fragile, resource. The momentum is building, but for many, the time to accelerate is running short. Those who wait for regulation to force their hand will likely find themselves reactive and exposed, while those who act now are building the resilient, future-proof businesses that the 21st century demands.