The True Cost of Cleaning Paint Equipment: Why It Pays to Look at the Entire Process

When companies look for ways to reduce production costs, attention usually turns to raw materials, energy or manufacturing efficiency. Yet there are processes that go almost unnoticed for years — and cleaning paint equipment is one of them.

At first glance, it seems straightforward: choose the right cleaner and clean the equipment. In practice, however, the product price often represents only a small share of the total cleaning costs. Far more expensive are the factors that aren't always visible when calculating process costs — solvent consumption, waste disposal, employee time, equipment downtime and the constant replacement of cleaning fluid.

That is why more and more manufacturers today are no longer asking "Which cleaner should we choose?" but rather "Is our cleaning process still the best solution?"

When processes become habits

In many factories, cleaning processes have been carried out the same way for years. Not because it is the most efficient method. Simply because it has always been done that way.

• A solvent is used.
• The equipment is cleaned.
• The cleaning fluid is replaced.
• The waste is disposed of.
• The process is repeated.

Over time, this becomes a habit that no one questions. Yet this is often exactly where the greatest potential for process optimisation lies.

Bio-Circle's goal was never to create another cleaner

The goal was to create a smarter cleaning process. That idea became the PROLAQ system.

This is not just a cleaning product. It is a closed-loop solution in which specially developed cleaning chemistry works together with a filtration and recirculation system. As a result, the cleaning fluid can be used significantly longer, reducing solvent consumption, waste volumes and the need for frequent fluid replacement.

In other words, it is not just the product that is optimised — the entire process is.

The true value of the process

When evaluating cleaning solutions, it is worth calculating more than just the product price. Equally important factors to consider include:

1. how much cleaning fluid is consumed;
2. how often it needs to be replaced;
3. how much waste is generated;
4. how much time employees spend on cleaning;
5. what impact the process has on health, safety and the environment;
6. what the total cost of the cleaning process is.

These factors often have the greatest financial impact. In industry, innovation is frequently associated with new equipment or automation. Yet equally important changes begin when everyday processes are reassessed.

Are we cleaning this way because it is the most efficient? Or because it is the way we have always done it?

Sometimes the greatest competitive advantage comes not from acquiring new technology, but from rethinking a process that has seemed self-evident for years. Perhaps it is worth viewing paint equipment cleaning not as an unavoidable cost line, but as a process that can be made more efficient, more cost-effective and more sustainable.

Want to find out how much you could save by optimising your paint equipment cleaning process?
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