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Benefits of Scheduled Maintenance and The Service Plus Program

Posted on: February 26, 2015 Author:

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Scheduled maintenance to avoid down time is important to an operation because it proactively identifies issues, minimizes the risk of uncontrolled down time and avoids costly repairs.  Depending on the operation, a trained manufacturers technician can complete maintenance in less than one day without shutting down the entire operation.

Here is a recent example of how a customer utilized schedule maintenance to prevent costly repairs and extended uncontrolled down time.  This particular customer purchased a Service Plus Plan last year and already utilized one visit.  On the next visit, we trained his maintenance team on rebuilding a 5005 press cage and shaft assembly as well as some maintenance on a press gearbox and thrust housing.  We anticipated this would take five business days and some of the services require his plant to be shut down.  To insure he had enough product for his customers, he planned ahead to fulfill his customers needs until the project was done.

By keeping good records and a day log he was able to plan this downtime by reviewing and analyzing the number of hours that were on his first press when he had problems with the gearbox.  He knew this press is right around the same age and finds that it is less costly to shut down and be proactive with his maintenance rather than to run until it breaks.  If you choose to run equipment until it breaks, it is likely to break at the most inopportune time causing several problems.  When something breaks unexpectedly, it potentially causes mass hysteria from the customer all the way down the ladder to the operator.  The customers are trying to feed animals and the operator is trying to reach a quota.  It is no good for anyone involved.

The customer also used a Service Plus Plan visit so his technicians are learning how to maintain and operate the equipment from the manufacturers technician.  By utilizing these services, the customer has turned scheduled downtime into a positive learning experience.

Scheduled maintenance can have other positive impacts as well.  For instance, the operators and managers learned from our teaching and the work we did substantially impacted the oil residuals improving them by 1.5%.  How long do you wait before doing maintenance?

How Much Oil Are You Really Extracting?

Posted on: February 19, 2015 Author:

oil extraction

I recently conducted some research with high oilseeds at the Insta-Pro International R&D center.  This is something I’ve blogged about before – as we are constantly trying to improve what we are doing (for example, see here, and scroll down to page 38).

When you’re working with any oilseed, the measure of oil extraction efficiency is important because oil is typically the most valuable component (on an equivalent volume basis).  This is determined by measuring the raw seed oil content and comparing this to the residual oil content in the material at the end of the process.

However, as we were reminded during our research session with high oilseeds, there is lag time in obtaining this critical information.  In order to calculate oil extraction efficiency, samples must be collected properly and sent to an analytical laboratory for testing.  From sample collection to receiving the lab report, this process typically takes about one week.  Therefore, in an R&D setting, there is no way to adjust your experiments – you simply must run all of the experiments, and wait for the results.  If the results indicate that other experiments are needed, than even more time must be used to get the answer.

In a production setting, having the relevant data as fast as possible is even more critical.  When using an outside lab, an entire week’s worth of production (or longer, if sampling and testing happens less often) may have passed before you learn that oil extraction efficiency has fallen.  If this happens at a plant running many tons of oilseed per hour, you’re talking about some serious losses.  For example, soy oil may have a value of about $0.32/lbs. (see here), and for each metric ton of whole soybeans, you would expect nearly 300 lbs. of crude soy oil per hour from a high-shear extrusionoil pressing plant.  Multiply this by as many metric tons per hour that you are currently doing, and if the plant is running 24 hours per day for weeks on end (and accounting for solids loss as the oil is clarified and degummed), you can see how small oil losses will add up quickly.

So, as part of continuous improvement here at Insta-Pro, we are beginning to develop a portable, rapid testing solution for our customers.  This tool will allow our customers to know within minutes how they are doing in terms of extracting oil.  And, as many measurements can be taken as you want – with the same machine, for no additional cost.

Contact myself (or phone, 515-419-2231) to learn more and discuss how this can help your operation.