Purchasing used processing equipment saves money in the short term, but it can also cut costs over time. That happens when decision-makers make strategic choices to extend the life cycle of those assets with physical and operational changes. Which options should they consider to achieve the most meaningful impacts? By Emily Newton, revolutionized.com
1. Predictive Maintenance Sensors
Those supervising process engineers and the equipment used in their roles may select various maintenance approaches for critical machinery. Reactive methods often prove the most time-consuming because they only fix issues once noticeable symptoms appear.
The underlying issues may be severe by then, making them expensive to address. Preventive maintenance is more proactive because it encourages parties to follow manufacturers’ recommendations or other reputable sources regarding taking actions at particular intervals to keep equipment running smoothly. However, environmental conditions and specific usage patterns may make those suggestions less applicable than leaders initially believe.
Predictive maintenance is an ideal way to extend refurbished equipment life cycles. Research shows it can make assets last up to 40% longer and halve downtime. Connected sensors and accompanying algorithms also help technicians establish activity baselines.
Humans do not always detect abnormalities, mainly if they occur very gradually. Predictive maintenance solutions pick up on minor temperature changes, new vibration patterns and other particulars, giving managers immediate notifications of unusual characteristics.
Additionally, some products allow remote monitoring. Then, providers can assess functionality before physical service calls. Those statistics help them determine the extent of the matter for better preparedness. The information can also save customers money by preventing multiple site visits.
2. In-Depth Maintenance Records
Detailed maintenance records often come with used processing equipment from decommissioned chemical plants. Because these documents mention past modifications or potential limitations, they maximise prepurchase transparency.
If new owners continue thoroughly documenting maintenance, this content can help technicians determine which upgrades to do and when. Processing equipment refurbishment saves money compared to purchasing something new. Records of service appointments and overall usage show the parts that typically wear out soonest or indicate components people could switch out for newer, more capable options.
These documents are also ideal for getting others up to speed if those who usually deal with the speciality machines cannot attend to them. Comprehensive information supports knowledge transfer, letting people refer to past events when deciding which upgrades to perform in the present.
Uploading the material to cloud-based project management suites or similar products allows all authorised parties to access it anywhere with internet access. Plus, having the information in a digital format protects companies from losses if fire, theft or water damage affect the original documents.
3. Automation
Process engineers increasingly benefit from automation upgrades. However, their managers often recognise the infeasibility of extensive changes. Those could be prohibitively costly, especially if a company primarily has legacy equipment and no speciality modules exist to enable quick improvements.
One company specialising in automation process upgrades for processing industry entities uses a series of on-premise technology platforms to examine clients’ current operational states without disrupting their businesses. Consultants gather that data and analyse it against product life cycle details and best practices. Findings about unaddressed risks can also show which updates would raise business resilience and competitiveness.
That information-powered approach lets business leaders narrow options and view the possibilities according to their priorities. The proposed upgrades differ depending on whether someone wants to automate a single food processing line versus an entire plant. Understanding the likely impacts of each upgrade increases executive confidence and informs comprehensive automation plans. Even modest changes can meaningfully improve output, safety, or accuracy. Budgeting to implement them over time extends the life cycle and usability of refurbished equipment.
4. Operator Training
Employee training is a frequently overlooked but vital contributor to extended life cycles for refurbished processing equipment. Those who never receive thorough instructions or develop bad habits could make mistakes that break speciality machinery or shorten how long it lasts.
Managers should incorporate relevant guidance into onboarding processes and periodically revisit the content at least every few months to keep knowledge current. Emerging technologies can make the material more engaging and cater to people with different learning styles.
University College London’s pharmacy school students use virtual reality software to enhance training and enable international collaboration between learners in the U.K. and India. This method has helped more than 200 people per week familiarise themselves with high-performance liquid chromatography equipment.
Those developing the virtual reality programme emphasised accuracy by creating digital twins of actual equipment. Students can interact with the models by themselves or in groups, depending on their training needs and previous experience.
Treating employee accountability as an integral part of company culture also encourages workers to understand how they engage with machines can enhance the assets’ life cycle. Creating an easy way for people to ask questions or report problems maintains accessibility and openness.
5. Maintenance Packages
Because opting for processing equipment refurbishment lets people save money, some decide to spend on extras that will upgrade or extend life cycles. Maintenance packages are excellent examples.
The specifics vary depending on the providers offering them. Even so, they usually allow customers to pay flat rates for guaranteed types of services that occur throughout the year. Sometimes, subscribers also receive discounts on new equipment or parts, reducing the amounts paid for potentially unexpected purchases. Priority service is another frequent benefit of these offerings. Clients running 24/7, mission-critical operations enjoy the peace of mind from expedited assistance if things go wrong.
Manufacturers may offer maintenance packages, giving those entities more control by training authorised providers to perform the service. Then, a potential downside is that such arrangements limit customers from switching brands when upgrading. Conversely, decision-makers who already have several pieces of equipment produced by one maker might determine these subscriptions are cost-effective ways to ensure ongoing upkeep and periodic upgrades.
Maximise Processing Equipment Refurbishment Outcomes
Used processing equipment saves purchasers money and supports sustainability by keeping assets performing well for longer. Many leaders eventually want to extend the life cycle of those items to enhance their overall investments. These suggestions help them do that whilst meeting other business needs.
