
From being a compliance burden, sustainability is now increasingly tied to measurable business value and strategic outcomes.
Resource efficiencies can drive profitability, resilience and competitiveness, leading firms to integrate sustainability into core operations.
Water scarcity is a critical emerging business risk, making efficient water management an essential aspect of operational continuity.
Circular water practices such as ‘reuse and recycle’ offer better long-term solutions than conservation alone. They also reduce energy use.
Embedding sustainability into operational targets is key to positioning it as a driver of enterprise performance.
As net-zero commitments harden into boardroom priorities, the role of the sustainability leader is undergoing a fundamental shift – from steward of compliance to architect of enterprise value. At a recent India Sustainability Forum session, Manish Khandelwal, Managing Director of Ecolab India, explored how to translate ambition measurable business outcomes by embedding sustainability into core P&L decisions, digital transformation agendas and operational excellence initiatives. The session focussed on what it takes for sustainability heads to become true value creators, driving efficiency, resilience and long-term competitiveness.
Sustainability is no longer treated as a mere compliance burden, or even as an additional responsibility distinct from one’s core business operations. Increasingly, companies recognise that it affects how they manage costs, protect operations and build long-term credibility with customers and investors. The role of the sustainability leader has evolved accordingly. The focus is no longer limited to reducing harm or meeting minimum standards. Instead, it is about how to plan for growth, improve efficiency and remain competitive. Decisions around energy use, waste reduction, supply chains and resource management directly influence profitability and resilience, placing sustainability closer to the heart of business strategy.
Water stress is one of the most immediate challenges facing industry. Freshwater availability is limited, while demand from agriculture, households and manufacturing continues to rise. In India, the imbalance is particularly visible, with a large population dependent on relatively small freshwater reserves. Every product and industrial process depends on water in some form. As industries expand and newer sectors such as electronics manufacturing and data infrastructure, expand, the industrial demand for water will only increase. The implication is that water availability will be linked to business continuity, making efficient management essential rather than optional.
Many organisations focus on conserving water by reducing usage where possible. While important, conservation alone does not solve the underlying problem. If water continues to be used in a linear way (taken, used and discharged), shortages will become a perennial issue. Shifting production processes towards a ‘reuse and recycle’ mode offers a more sustainable approach. Treating wastewater as something that can be reused changes one’s approach to resource management. When water is recovered and circulated, dependence on freshwater falls. This approach also helps businesses prepare for stricter regulations and resource constraints in the future.
Water use is closely connected with energy consumption. Industrial water must often be heated, cooled, pumped or treated before it can be used or discharged; each of these steps requires energy. As a result, reducing water usage also reduces energy demand. This connection makes water efficiency relevant not only from a conservation perspective but also for managing emissions and operating costs. Improvements in one area create benefits in others. Looking at water, energy and emissions holistically helps organisations identify opportunities that might otherwise be overlooked when each issue is managed separately.
Sustainability initiatives often struggle when they remain confined to a central team. Progress becomes more consistent when responsibility shifts to operational leaders and plant teams. Integrating sustainability goals into annual plans, operational targets and performance metrics ensures that they are treated like any other business priority. When plant managers and frontline teams are involved, new ideas often emerge from within one’s operations. Incentives linked to efficiency improvements encourage teams to treat resource savings as shared goals rather than external requirements. Embedding sustainability into everyday work makes implementation both practical and measurable.
A recurring theme is the importance of showing tangible outcomes. Resource efficiency initiatives will gain acceptance when they demonstrate clear savings or operational benefits. In many cases, solutions require operational changes rather than large capital investments, allowing organisations to see returns within shorter timeframes. When sustainability initiatives show measurable financial impact, leadership perceptions begin to shift. Sustainability moves from being viewed as a cost to being recognised as a contributor to performance and long-term stability.