Optimized management of industrial equipment

OPTIMIZING THE RELIABILITY AND AVAILABILITY OF OPERATIONAL ASSETS (SUCH AS INDUSTRIAL PLANTS, EQUIPMENT, AND INFRASTRUCTURE) IS ESSENTIAL TO THE FUNCTIONING OF AN ENTERPRISE, IN ORDER TO REDUCE UNPLANNED REPAIR WORK, IMPROVE ASSET AVAILABILITY AND SAFETY, MINIMIZE MAINTENANCE COSTS AND REDUCE THE RISK OF FAILURE OF CRITICAL ASSETS.

What are the challenges?

The digital revolution, which is now spreading across the world, is deeply changing the face of the industry as it offers a tremendous opportunity to reconsider the added value and place of products, processes, and business models in our society. Thus, although considerable progress has been made in traceability and safety, risk management has become a priority in the industrial world, as has the visibility and monitoring of maintenance operations.

 

As a result, three major challenges are of concern to the industrial world today:

 

  • The technical requirement: how to manage equipment in a sustainable way?
  • The functional requirement: how to meet safety, productivity, and reliability requirements while limiting the impact of industrial equipment on the environment?
  • The organizational requirement: how to enrich people’s experience and be part of a continuous improvement process?

 

Regardless of their activity or size, industrial players must face these challenges.

our answer

PowerMaint™ makes these in-depth structural changes possible and allows nowadays our industrial players to join this digital revolution by guaranteeing data optimization of the large number of equipment they manage on a daily basis. Our solution is therefore part of the breakthrough innovations, enabling significant savings in terms of resources and optimized equipment security, as well as reliable monitoring, capable of preventing breakdowns and industrial incidents of all types.

 

 

PowerMaint™ is an innovative, scalable, tailor-made digital solution designed to process and analyze mass data and create asset management strategies based on risk factors, criticality, and predicted outcomes. The solution aims to bring equipment in asset-intensive industries to their optimal level of safety, performance, and reliability in order to achieve operational excellence.

The modules

The Swift Data module allows for the integration, cleansing, and mass structuring of data while guaranteeing its quality and conformity to customer standards or specifications.

The Asset Structure module is a registry of all your industrial assets in service or planned with a granularity fine enough to identify them as discrete components that can be maintained, replaced, or installed, but also completed by their functions and technical characteristics.

The Inspection module guides you in assessing asset risks and developing mitigation strategies. Inspired by the RBI methodology, it combines various analysis techniques and tools to calculate these risks and assess the criticality of the asset.

The Maintenance module is dedicated to maximizing asset reliability using an RCM approach and is equipped with a powerful strategy engine. It combines different methodologies, such as FMEA, root cause analysis, and risk analysis. The fundamental objective of this module is to implement a proactive maintenance approach.

The MCS module offers the ability to evaluate the impact of each asset strategy (already in place or to be implemented) in terms of resources and costs involved, by aligning decisions with your business objectives.

Return on investment

ROI - EN
ROI - EN