Maintenance Crisis Song

The maintenance department is one of the greatest levers of profitability that any capital intensive organisation has. An average of 40 - 50% of a capital intensive industries operating budget is consumed by maintenance expenditure. During the past twenty years the advances in technology available to the maintenance department to manage its processes has delivered the situation where it is within the reach of all maintenance operations to achieve a world class level of maintenance delivery.

Manufacturers worldwide know that Lean maintenance practices cut costs and improve production by minimizing downtime. But the reality is that for many U.S. manufacturers, up to 90% of the maintenance they perform is conducted on a reactive rather than proactive basis. Some blame the age of their equipment, the absence of spare parts and the rapid pace of manufacturing.

An essential part of a complete business process for managing a maintenance storeroom is a robust and simple procedure for returning materials to stores. The components of this procedure should meet the following requirements: It must be simple, take into account that some parts that are issued from stores will be returned, ensure that returned parts are fit for service, and returned parts must be complete.

Building maintenance has always relied on data, but 2026 finds the industry at a crossroads between "AI hype" and "Industrial AI" reality. While marketing noise often conflates maintenance tools with general language models like ChatGPT or Gemini, true industrial systems require a different architecture focused on precision, not probability.

As new technologies are continually introduced in production environments to improve productivity, efficiency, and tolerances, maintenance teams have had to adapt and acquire knowledge to maintain these systems effectively. This article talks about new systems teams have to adapt to, and how AI is making a mark in the maintenance and reliability world.

The following is a Maintainability Design Checklist for coal mining equipment. The purpose of the checklist is to provide a summary of design review points for the maintainability assessment of new or existing underground equipment. It specifically focuses on the identification of equipment design features, tasks, or procedures that impact equipment downtime, repair costs, labor hours and maintainer skill level requirements.

Equipment inspections is key to keeping your production running but many plants don't tap into all the resources available. IDCON Reliability and Maintenance Management Consultant, Michael Lippig has a simple decision chart that will help you decide what tasks can be done by what roles.