Make your assets smart with Predictive Maintenance

Thanks to our in-depth expertise in industry assets, UReason’s APM software gives Asset Owners more control to increase asset efficiency and availability.

In depth analysis of assets through predictive maintenance

Software Built for Prediction

Are you ready to transform your business and become data-driven? We offer you a transition from real-time condition monitoring to the Predictive Maintenance revolution 4.0.

Forget the frustrations of having to deal with unexpected asset breakdowns – understand your assets by combining the hardware and software with historical data.

Experience the new age of asset management.

Join the Predictive Maintenance revolution​

The Reality of Asset Owners

In today’s world, Asset Owners experience business pressure like never before. They are facing the seemingly impossible challenge of maintaining high asset quality without interrupting the production flow. Asset availability, longevity and reliability must be maintained while also keeping the maintenance costs in check. At the same time, on time product delivery must be ensured while maintaining high quality and manageable production costs.

Considering potential critical issues regarding sustainability, safety and operating constraints, Asset Owners are forced to seek assistance in data-driven asset performance management methods in order to manage their operational workflow.

Water Management

Due to climate change and increasing urbanisation, managing water supply quantity and quality is becoming critical. The complexity of managing assets in water management is high due to:

  • Multiple asset types (production and distribution assets and buildings);
  • Large asset numbers;
  • Geographical dispersion;
  • Difficulty in inspection or equipment with sensors;
  • Asset integrity and reliability, influenced by age, usage and environment;
  • An exponentially growing amount of asset data.

Managing critical assets in complex water systems with increasing requirement and expectation levels demands excellent Asset Performance Management that enables Asset Owners to:

Water management
Reduce the Cost of Operations

Reduce operating

By eliminating unplanned interruptions due to equipment failures that ultimately result in costly downtime.

Improve operational availability

Improve operational availability

Continuously monitor your critical assets to support maintenance planning and network productive uptime.

Ensure adequate reliability

Ensure adequate reliability

By guaranteeing high-reliability across all assets in various time domains while minimizing the (socio-)economic costs, considering multiple decisions and time horizons.

Smart Grid Asset Owners

The growing demand for renewable energy has a serious impact on the activities of Asset Owners in the energy industry:
Demand for Agility in Asset Operations

Growing demand for agility*

Renewable integration and demand response systems require smart grid asset owners to become more agile in asset operations​.

Tighter Regulation and Increased Compliance Risk

Tighter regulations, increased compliance risk​s

Asset owners are required to understand and mitigate risks throughout the lifecycle of their assets. Future spending on capital and operational expenditures need to be justified with increasing vigor.

Aging Assets and Increased Operational Risks

Aging assets, increased operational risks​

Nearly 20% of all assets worldwide are in their end-of-life cycle, so careful decisions need to be made regarding their operation, maintenance and replacement.

*The agility in energy supply from aging assets requires APM to control the effects of peak performance.

Vessel Owners

Managing a fleet spread out over multiple locations in a very dynamic and competitive world is a tough challenge. Therefore it is crucial to:

Reduce Operational Costs

Reduce operating costs

By eliminating unplanned interruptions due to equipment failures that ultimately result in costly downtime.

Improve Operational Readiness

Improve operational readiness

By continuously monitoring your ship’s critical assets to support maintenance planning and vessel productive uptime. 

Reduce risk

Reduce risk

By managing and monitoring tolerable risks to asset availability.

Position strategically​

Position strategically​

By providing better business information about the availability and integrity of your assets.

To benefit from increased availability and operational readiness at acceptable costs and risk requires APM to improve fleet control, whether your interest is in asset health status, asset health prediction or asset optimisation. Data is key here to achieve a balance between costs, required availability and acceptable risk. Thanks to UReason’s APM software:

  • The ship's crew will be better prepared to plan their maintenance schedule to curtail or even eliminate overhead costs.
  • Inventories for (spare) parts can be minimised as the items do not need to be asked for in advance that would otherwise be called for during machinery breakdowns.
  • Machinery or equipment can be continuously monitored, to ensure that it operates at an optimal operational level, saving on energy consumption and operating costs. This leads to a reduction in unexpected failures, resulting in a cutback of maintenance costs, increased vessel capability and additional workload prevention for the ship’s crew.
vessel owners

Data is the key to achieve this balance between costs, required availability and acceptable risk.

The Data-Driven Approach

Thanks to our data-driven Maintenance approach, Asset Owners can use UReason’s APM software to tackle the variability in operations. The software uses data to:

Know when equipment will likely run into issues

Data driven approach

Proactively prevent failures in an explicit time window

Data driven approach

What data do we use?

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Data from historical process archives
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Streaming DCS/SCADA/PLC data
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CMMS Data (Maximo, Ultimo, etc.) – checklists & worklists.
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Failure Data (part failed on ‘time or date’, failure is type ‘x’ in addition to Common Failure Mode info).
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As Operated Data: Manuals, FMEA/FMECA.
The data from the different data sources mentioned above serve as the main ingredient for Condition Based Maintenance and Predictive Maintenance models.

Level up with UReason

Which level is your organisation on in the Predictive Maintenance Maturity Matrix?

To get the most out of Predictive Maintenance your organisation should be on level 4. This is the area where there is enough data available for our APM software to derive the most accurate and reliable predictions about the performance of your assets through machine learning and data analytics. We can bring your company to level 4. Feel free to contact us for advice and/or more information on leveling up.

PdM Maturity Matrix

From Predictive to Prescriptive
As the leader in the field of next-generation asset performance management software, we are reaching the new frontiers, turning Predictive Maintenance into Prescriptive Maintenance. That is when level 5 is reached. Here, by leveraging the power of machine learning, Internet of Things and big data analytics, our APM software can produce ever-evolving outcome-focused recommendations for operations and maintenance on top of improving asset performance. One of the main features of Prescriptive Maintenance is chatbot-technology that interacts with the service engineers on the floor.

Our work

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