Drying a structure correctly isn't about running a few fans and hoping — it's a calculated process based on temperature, humidity, and airflow readings.
Our Burlington, ME drying plans start with thermal imaging to map exactly where moisture is hiding.
Every Structural Drying And Dehumidification job in Burlington, ME starts with psychrometric calculations that determine exactly how much airflow and dehumidification capacity is needed.
Our Burlington, ME jobs run commercial LGR equipment sized to the calculated moisture load.
Thermal scans on every Burlington, ME job catch moisture a visual inspection alone would miss.
You receive documented daily readings showing the structure actually getting drier.
Structural drying is a distinct phase with its own methodology, separate from initial extraction, and here's how our Burlington, ME crews run it.
Psychrometric formulas determine exactly how much equipment capacity the space requires.
Thermal imaging often reveals moisture has traveled further than the visible damage suggested.
We position air movers to create directed airflow across wet surfaces based on the assessment.
Documented logs track the numbers from day one through final verification.
We adjust drying speed for sensitive materials like hardwood and cabinetry to prevent secondary damage.
Final verification compares closing readings against the material-specific dry standard, not a general guess.
A quick call helps us determine whether thermal imaging and full drying equipment are needed.
A technician arrives with thermal imaging cameras and moisture meters ready to assess.
You'll see the calculated plan and cost before drying equipment goes down.
A written verification report backs the final sign-off.
"The thermal imaging found moisture behind a wall that looked completely fine from the outside. Would have missed it otherwise." — Julian R.
"They came back every single day to take readings and showed me the numbers improving. Felt like real science, not guesswork." — Monique T.
"Our hardwood floor didn't warp because they slowed the drying process down specifically for it." — Grant P.
Visual appearance doesn't confirm dryness — instrument readings are needed to catch what's not visible.
It's a calculated approach using temperature and humidity data to determine exact equipment needs, rather than guessing.
Most jobs run 3-5 days, though hardwood and cabinetry may need longer, more controlled drying.
You'll see the actual numbers improve each day through documented logs.
Specialty drying protocols protect hardwood and cabinetry from the damage a standard drying speed could cause.
A stall in the daily logs triggers a plan review rather than simply leaving equipment running unchanged.
Our Burlington, ME drying teams cover Burlington and nearby communities with thermal imaging and LGR equipment staged for dispatch.
One call starts the psychrometric assessment process.
Call +1-844-833-1325