Biömik® Information
CAPEX Avoidance
Before deciding to replace coils, AHUs, chillers, and cooling towers, consider Biömik Performance Restoration first.
By optimizing thermal transfer and air and water flow in critical heat exchangers, you may not need to spend all that money and endure lengthy system downtime.
We have saved our clients millions of dollars and quickly solved the performance issues that interfere with daily operations. In many cases, we can push the equipment life cycle out indefinitely, or buy a few years to budget for replacement and choose a time that makes sense.
HVAC and mechanical systems lose performance over time due to fouling, both inorganic and biological. This loss often goes unnoticed until it reaches a critical point. Changing set points within the system can treat the poor performance symptoms, but bends the system out of its designed efficiency. When there is no more room to adjust set points, the problems become obvious to everyone.
The Biömik Process can clean to a microscopic level and restore the designed performance of aging and badly fouled systems at a tiny fraction of the cost of replacement, often within a single work shift with no interruption of facility operations.
How Biömik Helps Avoid Unnecessary CAPEX
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Deep system cleaning: Removes fouling at the microscopic level — well beyond what conventional methods achieve.
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Performance restoration: Restores equipment closer to original design parameters, reducing performance gaps that often trigger replacement discussions.
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Cost-effective solution: Restoration typically costs significantly less than full equipment replacement, delivering strong ROI.
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Improved decision support: Restoration outcomes can be paired with measurement tools to track real gains and justify avoiding CAPEX.
Watch the video of the Biömik Process
West Ward DX Case
Coil and system restoration helped avoid a half-million-dollar equipment replacement while improving performance.
Coleman Young Building
A major facility avoided a $1 million capital project by restoring existing coils and systems instead of replacing them.