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Project Cases

Provincial Model for Rural Water Supply | Standardized Plants Cut O&M Costs by 50%

Provincial Benchmark Case: Our standardized decentralized water model achieved 50% O&M cost reduction in Xinfeng County, serving 37 remote villages with 100% compliance. Successfully replicated across regions.

Provincial Model Case: How Xinfeng County Revolutionized Rural Water Supply with Standardized Solutions

Executive Summary: Setting New Standards for Rural Water Management

In the ecologically sensitive areas of Xinfeng County, Shaoguan, we developed a provincial model for rural water supply that serves 37 remote villages with populations of 50-100 people. Our standardized decentralized plant solution achieved 50% reduction in O&M costs (annual savings ~¥1.2M) while maintaining 100% compliance with national standards. This proven model has been successfully replicated in Qingyuan and Meizhou, serving over 100,000 residents total.

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The Challenge: Small Villages, Big Infrastructure Needs

Geographic & Demographic Constraints

🏞️ Ecological Protection Area: Operating within sensitive environmental zones

🏘️ Small Population Centers: 37 villages with only 50-100 residents each

📍 Remote Locations: Geographically dispersed communities

💰 Budget Limitations: Need for extreme cost-effectiveness in both implementation and operation

Operational Challenges

🔧 Maintenance Access: Limited technical staff availability in remote areas

🌧️ Seasonal Variations: Ensuring consistent performance during rainy seasons

📊 Quality Monitoring: Maintaining standards across dispersed locations

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Our Standardized Yet Flexible Solution

Integrated Treatment System

🔄 Three-Stage Process: “Pretreatment + Ultrafiltration + Intelligent Disinfection”

🎯 Quality Assurance: Multi-barrier approach ensuring consistent output

🌱 Eco-Friendly Design: Environmentally conscious technology selection

Smart Management Platform

📡 County-Level Data Platform: Unified network connecting all decentralized plants

📊 Real-Time Monitoring: Continuous performance tracking across all sites

🔔 Automated Alerts: Proactive maintenance notifications and quality warnings

Replicable Model Design

⚙️ Standardized Components: Consistent core technology across all installations

🔧 Flexible Configuration: Site-specific adaptations while maintaining core standards

📈 Scalable Architecture: Designed for easy replication and expansion

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Measurable Outcomes: Provincial Benchmark Performance

Financial Excellence

💰 50% O&M Cost Reduction compared to traditional approaches

💵 ~¥1.2M Annual Savings through optimized operations

🏗️ Lower Capital Costs through standardized design

Quality & Compliance

✅ 100% Standards Compliance across all 37 sites

🌧️ Zero Exceedance Incidents even during challenging rainy seasons

🔬 Consistent Water Quality meeting all national requirements

Operational Efficiency

👷 80% Reduction in Onsite Inspections through remote monitoring

⚡ Streamlined Maintenance with predictive scheduling

📋 Unified Management of dispersed assets

Proven Replicability

🚀 Successful Expansion to Qingyuan and Meizhou regions

👥 100,000+ Residents Served through model replication

🏆 Provincial Recognition as benchmark for rural water supply

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Strategic Impact & Regional Significance

Policy Advancement

📜 Model for Rural Development: Setting new standards for rural infrastructure

🌍 Sustainable Approach: Balancing development with ecological protection

💡 Innovation Showcase: Demonstrating smart technology in rural contexts

Community Benefits

👨‍👩‍👧‍👦 Reliable Service: Consistent water supply for remote communities

💼 Economic Development: Enabling growth through reliable infrastructure

🏥 Health Improvement: Safe water access enhancing public health

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Conclusion: A New Paradigm for Rural Water Infrastructure

The Xinfeng County project demonstrates that standardized, intelligently managed decentralized systems can deliver exceptional results for rural water supply. This provincially recognized model provides a cost-effective, scalable, and sustainable solution that can be adapted to similar challenges worldwide, particularly in ecologically sensitive regions with dispersed populations.

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