1 min read
Oil & Gas Company Improves Maintenance Strategy for Mainline Units
In the competitive world of oil and gas operations, equipment uptime is critical. A leading client in North America engaged Nexus Global to perform...
Maintenance is often the largest controllable operating cost in asset-intensive industries, playing a pivotal role in the overall financial health and operational efficiency of a company. It is not merely a routine task but a critical business function that has a direct and significant impact on various aspects of operations, including plant output, product quality, production cost, safety, and environmental performance. These factors are crucial for maintaining competitive advantage and ensuring compliance with industry standards and regulations.
For these reasons, maintenance management is regarded in best practice organizations not simply as a cost to be avoided but, together with reliability engineering, as a high leverage business function. It is considered a valuable business partner contributing to asset capability and continuous improvement in profitability. By investing in advanced maintenance strategies and technologies, companies can enhance their operational resilience, reduce downtime, and extend the lifespan of their assets, ultimately leading to increased profitability and sustainability.
Many asset-intensive industries struggle with reactive maintenance approaches that drain resources and compromise operational efficiency. Without proper preventive maintenance programs, companies face:
These challenges highlight why maintenance optimization has become a strategic imperative rather than an operational afterthought.
Leading organizations are transforming their approach through predictive maintenance, condition-based monitoring, and reliability-centered maintenance programs. These asset performance management strategies deliver measurable results:
40-60% reduction in maintenance costs 75% decrease in equipment breakdowns 25% improvement in overall equipment effectiveness (OEE) 10:1 return on investment from maintenance optimization programs
The key lies in implementing a comprehensive maintenance strategy framework that aligns with business objectives while leveraging modern technologies like IoT sensors, data analytics, and machine learning.
Ready to transform your maintenance operations from a cost burden into a competitive advantage? Our comprehensive white paper reveals the proven strategies that industry leaders use to achieve maintenance excellence and drive sustainable profitability.
Download "PM Optimization: 6X Faster Than RCM" to discover:
Don't let inefficient maintenance continue draining your profits. Download your free copy today and start building a maintenance program that drives real business value.
PM Optimization is a structured methodology for reviewing and improving an organization's existing maintenance program. It evaluates current maintenance tasks against failure modes, operating experience, failure history, and technical information to identify duplicated, missing, ineffective, or incorrectly timed maintenance activities.
PMO is designed to leverage existing maintenance tasks, equipment knowledge, failure history, technical documentation, and workforce experience rather than rebuilding the entire maintenance strategy from the beginning. By focusing analysis where it adds value, organizations can develop optimized maintenance strategies more efficiently.
PMO can identify duplicated tasks, unnecessary maintenance, incorrect task frequencies, missing failure coverage, overly intrusive maintenance, opportunities for condition-based maintenance, and activities that provide little or no value. The white paper notes that some analyzed environments found no more than 13% of PM activities were properly focused, illustrating how much misdirected maintenance effort can exist.
The Strategy Optimizer PMO methodology uses nine steps:
Task Compilation
Failure Mode Analysis
Rationalization and Failure Mode Review
Functional Analysis when appropriate
Consequence Evaluation
Maintenance Policy Determination
Grouping and Review
Approval and Implementation
Living Program
Together, these steps move organizations from evaluating current maintenance to implementing and continuously improving optimized asset strategies.
1 min read
In the competitive world of oil and gas operations, equipment uptime is critical. A leading client in North America engaged Nexus Global to perform...
1 min read
In the mining industry, equipment reliability is essential for both safety and productivity. A global mining company faced the challenge of...
1 min read
Nexus Global partnered with the largest producer of solar energy storage systems to develop FMECA and deploy value-added maintenance strategies for a...