Indoor Air Quality Services, Georgetown TX
Assessment & Purification Systems
Evaluate your home's air quality, identify HVAC-related IAQ problems, and recommend targeted solutions.
Install whole-home air purification systems integrated with your HVAC for whole-house air treatment.
Install UV germicidal lights in the air handler to kill bacteria, mold, and viruses on the evaporator coil and in airflow.
Install bipolar ionization or oxidizing purifiers for active air treatment throughout the duct system.
Install HEPA media filter cabinets for hospital-grade filtration, critical for allergy sufferers during Georgetown cedar season.
Retrofit existing air handlers to accept 4-5 inch media filters for dramatically improved filtration over standard 1-inch filters.
Repair or service electronic air cleaners, clean collection cells, test ionizer wires, and verify performance.
Upgrade from standard filter slots to high-performance filtration, more effective and often more convenient.
Humidity Control
Install a dedicated whole-house dehumidifier for Georgetown's humid summers, standalone or integrated with HVAC.
Install bypass, fan-powered, or steam humidifiers for Georgetown's dry winter months.
Replace evaporator pads in bypass and fan-powered humidifiers, annual replacement required for proper performance.
Clean steam canisters, replace electrodes, and service steam humidifiers for reliable winter operation.
Install bypass humidifiers connected to the supply and return plenums for whole-home humidification.
Diagnose and correct humidity problems, too high in summer, too low in winter, through equipment and system adjustments.
Address uneven humidity between floors and zones through system tuning and supplemental equipment.
Comprehensive service to stabilize temperature and humidity for consistent year-round comfort.
Odor, Mold & Biological Treatment
Identify and eliminate HVAC-related odors, musty smells, burning odors, and chemical odors with specific mechanical causes.
Install algaecide tablet dispensers in drain pans to prevent biological growth, particularly effective in Georgetown's heat.
Treat dirty sock syndrome, musty odor when the system starts, caused by microbial growth on evaporator coils.
Identify and treat mold growth in HVAC ductwork and air handlers, address the moisture source causing growth.
Georgetown IAQ, What's Different Here
Georgetown has three distinct IAQ seasons: cedar fever season (December-March) with massive pollen loads that clog filters and enter homes; summer humidity season (May-September) where AC systems that over-cool can create condensation and mold conditions; and the shoulder seasons where doors and windows open and outdoor allergens enter. HEPA filtration during cedar season and proper dehumidification in summer address the most impactful IAQ problems for most Georgetown families.
Keeping a Steam Humidifier's Output Steady
Steam humidifiers work on a different principle than bypass or fan-powered units, and understanding that difference explains most of what goes wrong with them over a season. Instead of evaporating water off a wetted pad using passing air, a steam humidifier boils water directly inside a sealed canister using electrodes immersed in the water itself. Current passes between the electrodes through the water, which acts as the electrical resistance that generates heat, and that heat boils the water into steam that's distributed into the supply duct. Because steam generation doesn't depend on airflow across a pad, these units can add humidity independent of whether the furnace blower happens to be running, which is their main functional advantage.
The same water that makes this electrical heating method work is also what causes it to degrade over a season. Mineral content in the water is what allows current to pass between the electrodes in the first place, since pure water is actually a poor conductor. As the unit runs, minerals concentrate and deposit directly onto the electrode surfaces as scale, and that scale buildup progressively reduces the effective contact area between electrode and water, which reduces current flow and, in turn, reduces steam output even though the unit is still running and drawing power normally. By the end of a heating season, a canister that started at full rated output can be producing meaningfully less steam simply from accumulated scale.
Because the electrodes are sealed inside the canister along with the water reservoir, the standard maintenance approach isn't cleaning the electrodes in place, it's replacing the entire canister as a unit, typically at the start of each heating season before scale has had a chance to accumulate. This is different from a bypass humidifier's pad replacement in mechanism but similar in purpose, both are addressing the same underlying issue of hard water mineral buildup degrading a wetted or electrically active surface over time.
Steam units carry a higher upfront and maintenance cost than bypass or fan-powered alternatives, but they justify that cost in specific situations, larger homes, unusually tight modern construction with low natural air infiltration, or households wanting precise humidity control that doesn't fluctuate with furnace blower cycling. A steam unit sized correctly can maintain a set humidity target consistently throughout the day regardless of how often the heating system happens to be running, which a bypass unit's blower-dependent design simply can't match.
Steam Humidifier Maintenance Questions
Improve Your Georgetown Home's Air Quality
Allergies, musty odors, or humidity problems, we find and fix the mechanical cause.