Dust.
Cartridge residue.
She reviewed maintenance records.
Then asked a question nobody else
had.
“What cleaning products are used on this floor?”
Mrs. Bennett answered.
“Hypoallergenic products.”
“Brand?”
She listed them.
Maya asked:
“Any ozone generators?”
Thomas shook his head.
“Not indoors.”
“Air purifiers?”
“Yes.”
“In the rooms?”
“Yes.”
“What type?”
“High-end ionizing units.”
Maya stopped.
“Ionizing?”
Thomas nodded.
“Why?”
“For sterilization.”
My stomach tightened again.
Some ionizing devices could generate ozone.
Usually small amounts.
But in enclosed spaces, combined with fragrance compounds, chemistry could become complicated.
Maya walked into the boys’ rooms.
Each had a sleek white purifier near the window.
She turned one over.
Read the plate.
Then frowned.
“These have an ozone mode.”
Thomas stared.
“They’re supposed to be locked to filter-only.”
“Who set them up?”
“Vendor.”
“Which?”
“Same air-quality company.”
Nathan looked at the ceiling as if trying not to explode.
Maya continued.
“Do not assume anything.”
She looked directly at him.
“I mean it.”
He nodded.
Good.
“We
test.”
She measured output.
One unit was normal.
The other was not.
Then the second.
Both produced ozone above the device’s intended indoor operating level.
Not catastrophic.
Not immediate poisoning.
But enough that prolonged exposure could irritate lungs, trigger headaches, worsen fatigue, and interact with other airborne compounds.
Maya said:
“The more important issue may be secondary chemistry.”
“What does that mean?” Nathan asked.
“Ozone reacts with fragrance terpenes.”
“And?”
“Can form irritating byproducts.”
“Dangerous?”
“Potentially.”
“Enough to explain everything?”
“Too soon.”
Facts.
Again.
The boys were moved fully off the floor.
All fragrance and ionizing systems shut down.
Environmental samples went to a laboratory.
Maya asked to review their blood work for biomarkers of exposure only after their medical team agreed.
Dr. Reeves finally said:
“This should have been checked.”
I looked at him.
He sounded tired.
