Discover the Power of Nobel Systems' Asset Management System (AMS)

Introduction to Nobel Systems' Asset Management System (AMS)

Nobel Systems, a pioneer in web-based software solutions, has been at the forefront of technological innovation since its inception in 1992. Their Asset Management System (AMS) is a testament to their commitment to providing cutting-edge tools that empower organizations to manage their assets effectively. AMS integrates Geographic Information System (GIS) technology, Internet of Things (IoT) capabilities, and robust data analysis tools to offer a holistic approach to asset management.

Key Features of AMS

Nobel Systems' AMS is packed with features that cater to the diverse needs of its users. Here are some of the standout functionalities:

1. Web-Based Accessibility: AMS allows users to access, analyze, and manage data from any device with an internet connection. This ensures that critical information is always at the fingertips of decision-makers.

2. Real-Time Data Integration: The system integrates billing systems, GIS, SCADA, and IoT data to provide real-time information and alerts. This feature is crucial for monitoring and responding to changes promptly.

3. Comprehensive Asset Tracking: AMS offers detailed asset tracking capabilities, enabling organizations to monitor the status, location, and condition of their assets. This helps in optimizing asset utilization and maintenance.

4. Work Order Management: The system streamlines the creation, modification, assignment, and evaluation of work orders, inspections, and service requests. This ensures that tasks are carried out efficiently and accurately.

5. GIS-Centric Interface: AMS's map-based interface empowers users to access and analyze existing datasets, integrate historical data, and edit information with ease. This provides a comprehensive view for informed decision-making.

6. IoT Integration: AMS seamlessly integrates with Nobel Systems' connected devices for pressure and pump vibration monitoring. This ensures efficient management of IoT data and immediate notifications for any fluctuations.

7. Advanced Reporting and Analysis: The integration of Maintenance Business Intelligence (BI) and GIS Reporting facilitates detailed data analysis. Users can manage daily operations or scrutinize event patterns using visualization tools like Heat Maps.

   
   

Benefits of Implementing AMS

Nobel Systems continues to innovate with the introduction of their new Asset Management program for Vertical Assets, particularly designed for water and wastewater utilities. This advanced reporting tool is tailored to provide comprehensive insights into the condition and performance of vertical assets. Thus, ensuring that utilities can manage these critical components effectively and efficiently.

Risk Assessment Matrix

One of the key features of this program is the Risk Assessment Matrix. This tool generates detailed reports that include essential information such as system status, facility details, process names, and meaningful condition scores. By providing a clear overview of these factors, the Risk Assessment Matrix helps water and wastewater utilities identify risks and prioritize maintenance activities accordingly. This proactive approach ensures that utilities can mitigate risks before they escalate into costly issues.

Moreover, Nobel Systems' Risk-Based Condition Score Asset Management System empowers utilities to maximize infrastructure resilience by combining historical data with real-time IoT monitoring for unparalleled accuracy and efficiency.

Condition Scoring for Informed Decisions

Another valuable tool in the program is the Condition Score. This reporting tool assesses the condition of assets by evaluating various parameters. It includes data on asset group, description, tags, and their likelihood of failure (LOF) and consequence of failure (COF). By evaluating these parameters, water and wastewater utilities can make informed decisions about asset maintenance.

This tool is particularly useful for maintaining critical infrastructure such as pumps, valves, and treatment facilities. With Nobel Systems’ Risk-Based Condition Score, utilities gain deeper insights into asset performance, leveraging data from maintenance history, failure rates, and IoT monitoring.

Lifecycle Management for Effective Planning

The Life of Asset tool is a crucial component of the program. This tool provides detailed reports on an asset's estimated useful life and remaining useful life. By understanding the lifecycle of their assets, water and wastewater utilities can plan for future investments and replacements effectively. This long-term planning capability is essential for maintaining uninterrupted service and meeting regulatory requirements.

Nobel Systems’ state-of-the-art Risk-Based Condition Score blends historical data with IoT-driven monitoring, allowing utilities to stay ahead of costly failures.

Transformative Impact on Organizations

Nobel Systems' AMS has been instrumental in transforming how organizations manage their assets. For instance, the La Puente Valley County Water District has greatly benefited from implementing Nobel Systems' AMS for both asset management and risk management. This integration has allowed the district to manage its water infrastructure proactively, ensuring high-quality service and operational efficiency.

Another notable example is the Indian Wells Valley Water District. They utilize work orders and preventative maintenance forms, leveraging GeoViewer's innovative integration with DigAlert. This integration allows all tickets to be displayed spatially on the maps. They can be completed easily from the app on their phones. This seamless integration streamlines their operations, making it easier for field staff to manage tasks efficiently.

Similarly, Nobel Systems entered into a contract with the City of Garden Grove to provide its enterprise GeoViewer CMMS and work order system to both water and sewer utilities. IoT pressure monitoring devices were installed, and integrations with their internal systems were created. This advanced system played a crucial role in monitoring municipal sewer systems, including handling sanitary sewer overflows and conducting closed-circuit television inspections.

Finally, the City of Gardena benefited immensely from the integration and deployment of GeoViewer Mobile. This significantly helped city staff improve existing workflows, enhance customer service, and foster better internal collaboration. The comprehensive GIS solution enabled more informed decision-making and ultimately enhanced the quality of community service.

Conclusion

Nobel Systems' Asset Management System (AMS) is a powerful tool that revolutionizes how organizations manage their assets. With its comprehensive features, robust data analysis capabilities, and user-friendly interface, AMS offers unparalleled efficiency, accountability, and cost savings.

Organizations looking to optimize their asset management processes and make data-driven decisions will find Nobel Systems' AMS to be an invaluable asset.

Ready to experience the transformative power of Nobel Systems' Asset Management System? Don't miss the opportunity to streamline your operations and enhance efficiency. Book a free demo today and discover how AMS can revolutionize your asset management practices.