RESPONSIBLE GROWTH INDEX

Rating for Piped Water Supply/ Drinking Water

Covers:

  • Piped Water Supply Infrastructure
  • Water Purification and Filtration Plants
  • Rainwater Harvesting Projects
  • Urban Drinking Water Distribution Networks
  • Water Metering and Billing Systems
  • Desalination Plants for Coastal Cities
  • Water Storage Tanks and Reservoirs
  • Leakage Control and Water Conservation Initiatives
  • Rural-to-Urban Water Supply Integration
  • Smart Water Grids and IoT-based Water Management
Piped Water Supply/ Drinking Water

Relevance and Impact

Access to clean, reliable drinking water is a growing challenge in both urban and rural areas due to rapid urbanization, climate change, and resource mismanagement. The rating system for piped water supply and drinking water infrastructure aims to address these challenges by fostering sustainable, efficient, and equitable water management solutions. This system aligns with global sustainability goals, helping stakeholders mitigate risks, reduce environmental impact, and enhance access to safe drinking water.

  1. Aging Water Infrastructure: In many regions, outdated or poorly maintained water supply infrastructure leads to significant water loss through leaks, inefficiencies, and contamination. Solutions like upgrading piped water supply infrastructure, installing water storage tanks and reservoirs, and implementing leakage control initiatives can prevent water wastage and ensure safe delivery of drinking water to households and businesses.

  2. Water Quality and Safety Concerns: Contaminated water remains a serious health risk in urban and rural communities. Water purification and filtration plants are essential for ensuring the delivery of clean, safe drinking water. These systems not only protect public health but also reduce the need for bottled water, lowering plastic waste and associated environmental impacts.

  3. Inefficient Water Distribution Networks: Water distribution networks in cities and towns are often inefficient, leading to service disruptions and inequitable access to water. By developing urban drinking water distribution networks and integrating smart water grids with IoT-based water management, cities can ensure that water is distributed efficiently, minimize downtime, and optimize the allocation of resources based on demand patterns.

  4. Lack of Water Conservation Measures: Water scarcity is an increasing concern worldwide, exacerbated by climate change and unsustainable consumption patterns. Rainwater harvesting projects, water conservation initiatives, and rural-to-urban water supply integration can help address this challenge by promoting the use of renewable water sources and reducing dependence on overburdened freshwater systems.

  5. Inadequate Water Management in Coastal Areas: Coastal cities face the dual challenge of water scarcity and saline contamination of freshwater sources. Desalination plants offer a viable solution by converting seawater into potable water, helping coastal areas overcome freshwater shortages while reducing stress on existing resources.

  6. Ineffective Water Metering and Billing: Without proper metering and billing systems, water consumption cannot be effectively monitored or managed, leading to inefficiencies and inequitable distribution. Implementing modern water metering and billing systems allows municipalities to accurately track consumption, reduce waste, and ensure that consumers are charged fairly based on usage, promoting more responsible water use.

By focusing on these problems, the rating system for piped water supply and drinking water infrastructure provides a framework for addressing pressing water management challenges. It encourages the adoption of innovative, sustainable solutions that not only ensure the delivery of clean drinking water but also promote water conservation, efficient resource use, and long-term environmental sustainability.

What Will I Be Able To Do?

Tangible Benefits:

  • Control development time and budget overruns.
  • Identifies inefficiencies in water usage, leading to reduced operational costs.
  • Lowers energy costs through improved energy efficiency in water treatment and distribution.
  • Achieves cost savings by sourcing eco-friendly materials and reducing upstream emissions.
  • Minimizes water loss through leakage detection and repair, enhancing supply reliability.
  • Streamlines material and labour costs, leading to better budgeting and financial performance.
  • Reduces administrative and operational overheads through efficient project management.
  • Enhances financial transparency, aiding in budgetary control and variance analysis.
  • Secures better financing terms by demonstrating effective cost management practices.

Intangible Benefits:

  • Builds community confidence through transparent water management practices.
  • Fosters stronger relationships with residents and local organizations through community involvement.
  • Contributes to public health and well-being by ensuring access to safe drinking water.
  • Strengthens the city’s reputation as a forward-thinking and responsible urban area.
  • Promotes inclusivity by addressing the diverse needs of the community in water management practices.
  • Ensures equitable access to drinking water, supporting social equity initiatives.

What Will I Get?

This certification guides urban projects developer by incorporating the following scopes:

Environmental Scope:

1. Adoption of sustainable practices like energy efficiency, water conservation, and waste management.
2. Implementation of green technologies and reduction of carbon footprints.
3. Promotion of resource optimization to minimize environmental impact.

Social Scope:

1. Ensuring fair labor practices, safe working conditions, and employee well-being.
2. Promoting diversity, equity, and inclusion within the workplace.
3. Enhancing community engagement and fostering positive social impacts.

Governance Scope:

1. Strengthening compliance with regulations, data privacy, and intellectual property protection.
2. Establishing transparent and ethical business practices.
3. Implementing robust governance structures to mitigate legal and operational risks.

Economic and Geopolitical Scope:

1. Encouraging market diversification and strategic partnerships.
2. Developing risk management strategies to address economic and geopolitical uncertainties.
3. Fostering innovation to create new market opportunities and drive economic resilience.

Innovation and Market Leadership Scope:

1. Promoting responsible and ethical software development practices.
2. Differentiating companies through sustainable product offerings and innovative solutions.
3. Enhancing brand reputation and market positioning as leaders in responsible technology.

Certification Levels​

REGI Responsible Projects Certification Levels
Certification Level
Points Range
Description
1-STAR
Certified Level
40-49
Ideal for those initiating sustainable practices. A step towards a more responsible and eco-friendly approach.
2-STAR
Bronze Level
50-59
For entities committed to advancing sustainability initiatives. Recognizes efforts in resource efficiency and waste reduction.
3-STAR
Silver Level
60-69
Suitable for organizations with a substantial commitment to sustainability. Acknowledges achievements in various aspects of responsible practices.
4-STAR
Gold Level
70-79
Honors entities showcasing a high level of dedication to sustainable practices. Acknowledges excellence in resource efficiency, carbon footprint reduction, and waste management.
5-STAR
Platinum Level
80+
Represents the pinnacle of REGI certification. Signifies profound dedication to holistic sustainability, innovation, and continuous improvement.

Fee Structure​

Registration Fee (Rs)
REGI Founding Member
₹25,000
REGI Annual Member
₹25,000
Non-Member
₹30,000
Certification Fee(Rs)
REGI Founding Member
₹1,25,000
REGI Annual Member
₹1,80,000
Non-Member
₹2,25,000
NOTES:
  • Registration fee is a one-time fee paid at the beginning of the certification process.
  • Fee is exclusive of Goods and Services Tax (GST)
  • Certification fee is the main fee for assessing and certifying your product, service, or project.
  • Registration, Precertification and Certification fee are non-refundable
Payment Details:

Payment can be conveniently done through a Debit Card, Credit Card or Net Banking.

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