Seven venues
The same fifteen minute reading, well past the machine shop.
Every venue below shares one problem: a fluid or a solid is carrying a biological load nobody can see, and the traditional way to find out is a growth culture that takes one to three days to come back. The HMB X reads it in fifteen minutes, the same instrument, the same reagent, wherever the sample comes from.
Biological load is a cost line, not a science-fair question.
Contamination in industrial fluids and waters is a real cost driver before it is anything else. It raises the cost of disposing of a spent fluid, it degrades efficiency in whatever process the fluid is running, it forces early purchase of replacement fluid, and it adds labor that would not exist if the load had been caught earlier. A test that takes three days to answer is a test that answers after the shift, the batch, or the sump is already lost. A test that answers in fifteen minutes is one you can act on while you are still standing at the tank.
BioTech International has been building this instrument out of Needville, Texas since 1986. Call (281) 750-1881.
One instrument, several plants
Anywhere bacteria, fungus, algae, or mold can build up in fifteen minutes of reading time.
Cooling tower water
Biofilm is the principal facilitator of Legionella growth in a cooling tower. A fifteen minute reading catches biofilm accumulating before it fouls a heat exchanger and gives that growth somewhere to take hold.
Aluminum can plant coolants
High-speed can lines run coolant hard. Quantifying biological load in real time catches a rising trend before it shows up as a quality problem on the line.
Soil bioremediation
A bioremediation site lives or dies on whether the microbial population is doing its job. Monitoring it without waiting days for a plate count means a stalled site gets caught while there is still time to fix it.
Industrial waste treatment
Activated sludge treatment depends on maximum bacterial activity. The same reading that reads a coolant sump reads a sludge sample, simply and inexpensively, in real time, rather than as an overnight lab result.
First responders
A powder of unknown origin, suspected as a bioterror threat, can be tested on site to reveal whether it carries biological content at all, before it is ever moved.
Every metalworking coolant
The original use case, and still the majority of it: any sump, on any machine, obviating the two day wait for a growth count to come back from a lab.
The same instrument also reads samples from paper mills, fuel storage, food production, paints, and adhesives. If a fluid or a surface can support a biological population, this is how you find out what it is doing right now instead of three days from now.
What the reading actually tells you
Biofilm accumulation, read before it fouls anything.
A traditional growth count on a cooling tower sample takes one to three days to come back. By the time it does, the biofilm it is measuring has had that much longer to spread across the heat exchanger surface.
Be precise about what this buys you. The HMB X reveals biofilm accumulation in a cooling tower system, and biofilm is the principal facilitator of Legionella growth in that system. The instrument does not detect Legionella and it does not diagnose it. What it gives a plant engineer is an early, real-time read on the condition that lets that growth take hold, in time to act on the biofilm itself rather than the outbreak it can lead to.
Why this is worth reading regularly
The cost of not knowing shows up as four separate line items.
Disposal
A fluid or a sludge load that has to be disposed of early, instead of managed, costs more to move than it would have cost to catch.
Efficiency
A fouled exchanger, a stalled remediation site, or a sludge process running below capacity all lose throughput before anyone notices why.
New fluid
Replacing a fluid ahead of schedule, because the old one turned before anyone was watching for it, is a purchase that a real-time reading avoids.
Labor
Cleaning an exchanger, restarting a stalled site, or reworking a batch all cost hours that a fifteen minute test, run on a schedule, is built to prevent.