2016年-德勤全球_Water_Tight_20 _32页_3mb

Water Tight 2.0 Summary

Core Content

Water Tight 2.0 is a report that highlights the evolving trends and challenges in the global water sector, emphasizing the role of innovation in addressing these issues. The report explores the increasing importance of water as a finite and shared resource, the need for sustainable management, and the potential of data analytics to transform how the sector operates.

Main Themes and Key Points

1. The Value of Water

• Water is a crucial resource for economic growth, business operations, and human health and wellbeing.
• It is also a finite and shared resource, meaning that actions by individuals, businesses, or communities can significantly impact others.
• The value of water extends beyond its cost to include both tangible and intangible benefits such as business continuity, social licence to operate, and brand reputation.
• Companies are increasingly recognizing the need to understand and manage water-related risks, including scarcity and quality decline.

2. The Value of Data

• The volume of data collected by water and sewerage companies is growing rapidly due to the adoption of technologies such as smart meters, IoT, and remote sensing.
• Data analytics can improve operational efficiency, asset management, and planning, enabling utilities to identify and address issues like leaks and pollution more effectively.
• The integration of internal and external data sources (including social media, weather patterns, and demographic data) can enhance decision-making and provide insights into future water needs and risks.

3. The Power of the Customer

• Water utilities are increasingly focusing on the customer, especially in privatized sectors, to improve service delivery and sustainability.
• Customer engagement is vital for promoting water conservation, reuse, and recycling, and for aligning with regulatory and environmental goals.
• Companies are being held accountable for their water management practices, particularly in water-stressed regions, and face public and governmental scrutiny.

4. Operational Efficiency

• Utilities are under pressure to do more with less, leading to a greater emphasis on operational efficiency.
• Aging infrastructure and increasing water demand are key challenges that require innovative solutions.
• Efficient water provision is essential to meet future needs and reduce costs, especially in the context of climate change and water scarcity.

5. The Potential of Technology

• Emerging technologies such as high-resolution water quality sensors, automated metering systems, and precision agriculture are transforming how water is monitored and managed.
• These technologies enable more accurate and timely data collection, supporting better decision-making and proactive management of water-related risks.

6. The Future of Regulation

• Regulatory standards may become more stringent as the impact of climate change and pollution on water cycles becomes more apparent.
• The Paris Pact on Water and Climate Change Adaptation is an example of a global initiative aimed at improving water monitoring and promoting sustainable practices.

7. New Financing Methods

• As the need for infrastructure investment grows, utilities are exploring new financing methods to ensure long-term sustainability.
• These methods include public-private partnerships, green bonds, and other innovative funding mechanisms to support water stewardship and resilience.

Key Challenges and Opportunities

• Data Silos and Inconsistencies: Many utilities still collect data in silos, leading to inefficiencies and a lack of confidence in data quality.
• Data Security and Storage: The growth in data volume presents new challenges in data security and storage, which are not traditionally issues in the water sector.
• Intellectual Property Concerns: As data becomes more central to operations, questions arise about who owns the data collected from sensors and other technologies.
• Big Data Hype: Companies may be distracted by the hype around big data and the Internet of Things, making it difficult to determine when and how to apply these technologies effectively.

Strategic Approaches

• Water Stewardship: This approach emphasizes managing water resources in a way that considers the broader impacts on the watershed and all stakeholders.
• Insight-Driven Organizations (IDO): Utilities should develop into organizations that use data and analytics to guide decision-making.
• Integrated Business and IT Strategies: Aligning business and IT functions around data analytics is crucial for ensuring insights are acted upon and decisions are informed by accurate, trusted data.

Conclusion

Water Tight 2.0 underscores the importance of moving beyond the traditional focus on water price to a more comprehensive understanding of its value. This shift is necessary to ensure sustainable water management, economic growth, and social well-being. By leveraging data analytics, fostering collaboration, and adopting innovative strategies, the water sector can better anticipate and respond to the challenges of the future.