Case Study

Water Monitoring

In collaboration with a leading research organisation, Sustainable Smart Technologies embarked on a pioneering water monitoring project aimed at optimising water usage within a large-scale facility. Despite being a new building, the lack of visibility into water consumption posed significant challenges. To address this issue, we implemented a comprehensive strategy encompassing sensor deployment, data visualisation, and intelligent system upgrades.

Key Challenges

  1. Limited visibility into water usage patterns.
  2. Inefficient water management practices such as manual legionella flushing and rudimentary irrigation systems.
  3. The need for real-time monitoring and actionable insights to drive water conservation efforts effectively.

Approach and Solutions

  • Sensor Deployment
    Installed sensors across critical areas including bathrooms, cafeteria, irrigation systems, and the main water inlet.
    Utilised unobtrusive sensors for rapid deployment and minimised disruption.
  • Data Visualisation
    Developed a highly visual dashboard to provide stakeholders with real-time insights into water consumption across different areas of the facility.
    Enabled the client to track and analyse water usage trends, identifying areas for optimisation and conservation.
  • Intelligent System Upgrades
    Implemented a proof-of-concept remote flushing system for sinks, enhancing operational efficiency while reducing water wastage.
    Engineered a custom irrigation system leveraging weather data and soil moisture levels to optimise watering schedules and conserve water effectively.
Neronis water monitoring dashboard

Results and Impact

  1. Enhanced Visibility: The implementation of sensor technology provided unprecedented visibility into water usage patterns, enabling the client to identify inefficiencies and prioritise conservation efforts.
  2. Operational Efficiency: The introduction of remote flushing systems and intelligent irrigation solutions streamlined operations, reducing manual intervention and optimising resource utilisation.
  3. Significant Water Savings: By leveraging data-driven insights and implementing targeted interventions, the project facilitated substantial reductions in water consumption, contributing to sustainability goals and cost savings.

Conclusion

Through the collaborative efforts of our team and the research organisation, the water monitoring project not only addressed existing challenges but also laid the foundation for sustainable water management practices. By harnessing the power of technology and data-driven insights, we demonstrated the potential for transformative change in water conservation efforts within large-scale facilities.