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英国の水道事業者の持続可能性指標の展望:2018年

2018 Outlook on Sustainability Indicators of UK Water Utilities

発行 Frost & Sullivan 商品コード 665641
出版日 ページ情報 英文 103 Pages
納期: 即日から翌営業日
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英国の水道事業者の持続可能性指標の展望:2018年 2018 Outlook on Sustainability Indicators of UK Water Utilities
出版日: 2018年07月16日 ページ情報: 英文 103 Pages
概要

英国の水道事業者にとって、レジリエンス・水の安全保障・サイバーセキュリティが今後取り組むべき主要テーマとなっています。

当レポートでは、英国の水道事業者による持続可能性指標を調査し、公衆衛生の維持・推進、高品質の水道サービス提供、気候変動への対応、環境負担の低減などの主要課題ごとの各社の取り組みをまとめています。

第1章 エグゼクティブサマリー

第2章 英国の水道事業者のとっての将来の課題

  • 気候変動
  • 人口の増加
  • 微量汚染物質・消毒副生成物
  • 資源枯渇による水処理剤の不足
  • 水の安全保障:水質汚染・サイバーセキュリティの脅威

第3章 調査範囲

第4章 英国の水道事業者:持続可能性指標の展望

  • 概要
  • 展望

第5章 公衆衛生の維持・推進

  • 飲料水の水質
  • 下水の氾濫
  • 配管破損

第6章 高品質・高信頼性で価格に見合ったサービスの提供

  • 断水
  • 排水処理
  • 生活用水需要
  • 動向

第7章 気候変動への対応

  • 再生可能エネルギー:総発電量
  • エネルギー消費
  • 温室効果ガス排出

第8章 環境への影響の低減

  • 汚泥管理
  • スラッジ利用
  • 漏水

第9章 メガトレンドの影響

第10章 成長機会

  • 成長機会:ディスラプティブな用途
  • 成功・成長の戦略的必須要件

第11章 総論

第12章 付録

目次
Product Code: ME04-15

Resilience, Water Security, and Cyber Security Will be Key Themes for Utilities in the Future

Utilities have realised that what was applicable a few decades ago is not relevant to the current situation, as various factors control the operation. It is highly critical for utilities to deliver high-quality water, with no supply interruption while protecting the health and wellness of its customers. Utilities have to work on making informed decisions with a sense of urgency. They face major threats because of climate change, water scarcity, growing global population, availability of fresh water reserves, uncertain economic situations, and so on which need to be addressed for them to perform their functions effectively. Utilities are investing towards making their operations of water supply and wastewater treatment resilient to mitigate the adversities posed by climate change and cope with the increase in population and so on. These challenges will also threaten delivering safe, reliable water along with efficient and affordable services. Utilities are fully aware of these challenges and have invested in sustainability to deliver good-quality water and sanitation.

Research Scope:

This study provides an outlook of the sustainability of UK's water utilities. It covers some of the key sustainability indicators and performance of water utilities with respect to these indicators and solutions to address the issues faced by utilities with case studies. The key themes that have been broadly classified under the following:

  • Protect and promote public health,
  • Provide high-quality, reliable and value-for-money service
  • Response to climate change
  • Reducing environmental impacts.

The study also encompasses an executive summary indicating the average performance of water utilities in terms of sustainability. It also covers top sustainability trends of UK utilities, followed by top predictions for the year 2018.

Research Highlights:

The study also elaborates on some of the critical future challenges that will be faced by utilities. Some of these challenges include climate change and adverse weather events, increase in population, micropollutants, availability of water treatment chemicals due to depleting resources, and water security. The most important challenge faced by most utilities in the world is climate change. Its implications-drought, flooding, depletion of water quality, and rise of sea level-have been elaborated in the study.

The research not only has information on the performance of water utilities for the last three years but also has case studies and technologies that can be used to improve the performance of these sustainability indicators. For instance, the study provides information on mitigating sewer flooding by providing information on the solutions available, prospects of combined sewer overflow to mitigate flooding, and case studies on green roof management.

The research service covers the Mega Trends that impact the sustainability of UK water utilities. These include innovation to zero, climate change, and smart is the new green. Key growth opportunities include disruptive applications such as Artificial Intelligence (AI) and virtual reality. There are many AI and machine learning platforms in the world working across many industries with information on companies that are using AI to address pipe leakage. The study covers examples of water utilities across the world that use virtual reality to perform operation and maintenance of treatment plants.

The study provides a comparison of water utilities with respect to key sustainability indicators. The exhibits also demonstrate how the utilities have performed in the current year (2016-2017) compared to the previous year (2015-2016).

Key Issues Addressed:

  • What are the top trends in 2018 influencing the sustainability of UK water utilities?
  • What is the performance of water utilities with respect to drinking water quality?
  • What is the performance of water utilities with respect to water supply interruptions?
  • What are the key growth opportunities for the market participants?
  • What is the quantity of greenhouse gas emitted by utilities in the last three years?

Conclusion:

This study will provide an in-depth analysis on key sustainability metrics of UK's water and wastewater utilities. It will also talk about interesting trends, especially “smart”, that are driving the market. This will aid clients in identifying the right technology or solution to invest in, in order to improve the performance of the sustainability indicators listed in the study. The client can also understand the performance of other utilities in the UK for them to pick up best practices and examples

Table of Contents

1. EXECUTIVE SUMMARY

  • Executive Summary-Sustainability Indicators of UK Water Utilities
  • Executive Summary-Sustainability Indicators of UK Water Utilities (continued)
  • Executive Summary-Sustainability Indicators of UK Water Utilities (continued)
  • Sustainability Indicators of UK's Water Utilities-Top Trends for 2018
  • Sustainability Indicators of UK's Water Utilities-Top Trends for 2018 (continued)
  • Sustainability Indicators of UK Water Utilities-Predictions for 2018

2. UK WATER UTILITIES-FUTURE CHALLENGES

  • Future Challenges for UK Water Utilities
  • Climate Change
  • Increase in Population in the United Kingdom
  • Micropollutants and Disinfection By-products
  • Micropollutants and Disinfection By-products (continued)
  • Micropollutants and Disinfection By-products (continued)
  • Limited Availability of Water Treatment Chemicals Due to Depleting Resources
  • Water Security-Threat of Water Contamination and Cyber Security

3. RESEARCH SCOPE

  • Research Scope

4. UK WATER UTILITIES-SUSTAINABILITY INDICATORS OUTLOOK

  • Sustainability Indicators of UK's Water Utilities-Overview
  • Sustainability Indicators of UK's Water Utilities-Outlook
  • Sustainability Indicators of UK's Water Utilities-Outlook (continued)
  • Sustainability Indicators of UK's Water Utilities-Outlook (continued)
  • Sustainability Indicators of UK's Water Utilities-Outlook (continued)
  • Sustainability Indicators of UK's Water Utilities-Outlook (continued)
  • Sustainability Indicators of UK's Water Utilities-Outlook (continued)

5. PROTECT AND PROMOTE PUBLIC HEALTH OUTLOOK

  • Protect and Promote Public Health
  • Drinking Water Quality
  • Drinking Water Quality (continued)
  • Events of Sewer Flooding
  • Events of Sewer Flooding (continued)
  • Events of Sewer Flooding (continued)
  • Events of Sewer Flooding (continued)
  • Events of Sewer Flooding (continued)
  • Events of Sewer Flooding (continued)
  • Events of Sewer Flooding (continued)
  • Events of Sewer Flooding (continued)
  • Events of Sewer Flooding (continued)
  • Events of Main Bursts
  • Events of Main Bursts (continued)

6. PROVIDE HIGH-QUALITY, RELIABLE, AND VALUE-FOR-MONEY SERVICE

  • High-quality, Reliable, and Value-for-money Service
  • High-quality, Reliable, and Value-for-money Service (continued)
  • Water Supply Interruptions
  • Water Supply Interruptions (continued)
  • Water Supply Interruptions (continued)
  • Water Supply Interruptions (continued)
  • Water into Supply
  • Wastewater Treated
  • Domestic Water Demand
  • Domestic Water Demand (continued)
  • Domestic Water Demand (continued)
  • Provide High-quality, Reliable, and Value-for-money Service Trends
  • Provide High-quality, Reliable, and Value-for-money Service Trends (Continued)

7. RESPONSE TO CLIMATE CHANGE

  • Response to Climate Change
  • Total Renewable Energy Generated
  • Energy Consumption
  • Total Renewable Energy Generated
  • Total Renewable Energy Generated (continued)
  • Total Renewable Energy Generated (continued)
  • Total Renewable Energy Generated (continued)
  • Greenhouse Gas Emissions
  • Greenhouse Gas Emissions (continued)
  • Greenhouse Gas Emissions (continued)
  • Greenhouse Gas Emissions (continued)
  • Greenhouse Gas Emissions (continued)

8. REDUCING ENVIRONMENTAL IMPACTS

  • Reducing Environmental Impacts
  • Sludge Management
  • Sludge Management (continued)
  • Sludge Use
  • Leakage in Water Supply
  • Water Leakage
  • Water Leakage (continued)
  • Water Leakage (continued)
  • Leakage in Water Supply
  • Leakage in Water Supply (continued)

9. MEGA TRENDS

  • Impact of Mega Trends
  • Impact of Mega Trends (continued)

10. GROWTH OPPORTUNITIES

  • Growth Opportunity-Disruptive Applications
  • Growth Opportunity-Disruptive Applications (continued)
  • Strategic Imperatives for Success and Growth

11. KEY CONCLUSIONS

  • Key Conclusions
  • Legal Disclaimer

12. APPENDIX

  • Market Engineering Methodology
  • List of Exhibits
  • List of Exhibits (continued)
  • List of Exhibits (continued)
  • List of Exhibits (continued)
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