Why you should extend your oil-drain intervals
Extending the life of your oil means reducing operating costs in the long run. In addition to the increasing costs of the lubricants themselves, labour, disposal, and recycling fees all add up. By extending your oil-drain intervals, you’re not only saving the company money but also contributing to environmental sustainability, which is an increasingly important priority for many organizations in the current corporate climate.
Three tips to extend your oil-drain intervals
- Use a premium lubricant. Yes, it might feel a little counterintuitive to spend more up front, but by investing in a premium-quality mineral or synthetic lubricant, you have the potential to extend your oil-drain intervals by two to five times! Especially in extreme operating conditions, a high-quality lubricant increases efficiency and performance.
- Utilizing proper breather and seal management to keep contaminants out can help extend oil-drain intervals. Contaminants such as dust particles, moisture, and aeration are known to prematurely degrade fluids. In most cases, real-time offline filtration (a continuous filtration process on your storage reservoir) to supplement inline (full-flow and return-line) filters can easily double or triple oil life.
- Regular oil analysis and maintenance are your best line of defence against machine failure. Because oil viscosity is one of the last “oil health” properties to change, waiting for that increase or decrease means that sludge, varnish, acids and other deposits have already started to form. By consistently measuring oil properties, you can preempt failures.
Here’s how MAINTelligence™ can help you do just that, and extend your oil-drain intervals
Achieve consistent oil quality and manage your sample program from start to finish with MAINTelligence™ and InspectMT™. Simply set up your mobile routes in the MAINTelligence™ Route Manager to organize, schedule, and print labels for sample jars.
Our mobile app, InspectMT™, can guide you along your route, using barcodes and NFC tags to help validate the data.
Fluid Life, one of our many commercial lab interfaces, can be used to import sample data into MAINTelligence™’s Sample Manager, where further analysis can take place. Using our built-in report generator, you can create sample reports, compliance reports, or reports to include other PdM data. Alternatively, sample data can also be displayed on our dashboard, Maintelligence™ Insights.
From collection to analysis and reporting, we have you covered to optimize your lubricant, and therefore overall machine health, through extending oil-drain intervals that reduce maintenance costs and lower environmental footprints.
Interested in how we can integrate these measures into your plant? Book a free demo today.
Frequently Asked Questions about oil-drain intervals
How often should industrial oil be changed in manufacturing equipment?
There is no universal oil-drain interval for industrial equipment. Oil life depends on operating conditions, contamination levels, lubricant quality, filtration practices, and machine load. Many plants change oil too early, following fixed schedules rather than actual oil conditions, which can increase maintenance costs and lubricant waste. Regular oil analysis helps maintenance teams determine when oil truly needs to be replaced.
Can extending oil-drain intervals damage equipment?
Extending oil-drain intervals without monitoring oil condition can increase the risk of sludge buildup, varnish, wear, and equipment failure. However, when supported by proper oil analysis, contamination control, filtration, and preventive maintenance practices, extended oil-drain intervals can safely reduce maintenance costs while maintaining equipment reliability and machine health.
What are the benefits of oil analysis for maintenance and reliability teams?
Oil analysis helps maintenance and reliability teams detect contamination, moisture, viscosity changes, and early signs of equipment wear before failures occur. This supports predictive maintenance programs, improves asset reliability, reduces unnecessary oil changes, lowers downtime, and helps plants make more informed maintenance decisions based on actual equipment condition rather than guesswork.
