APM Solutions for Asset Owners - Environmental - Environmental Data and IT Systems
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.
Details
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.
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:
costs
By eliminating unplanned interruptions due to equipment failures that ultimately result in costly downtime.
costs
By eliminating unplanned interruptions due to equipment failures that ultimately result in costly downtime.
By guaranteeing high-reliability across all assets in various time domains while minimizing the (socio-)economic costs, considering multiple decisions and time horizon