Technical content
with no fluff.
Standards, best practices and the engineering of environmental monitoring, written by the people who build the hardware.
Workplace thermal comfort and environmental monitoring: what your company needs to record
International standards recommend temperature, humidity and lighting parameters, but few managers know exactly what to document to keep their occupational health risk program defensible.
Cold room temperature: how to ensure GDP-grade traceability
Medicines and pharmaceutical inputs require temperature traceability backed by auditable evidence. Understand what Good Distribution Practice (GDP) requires and how to structure your monitoring.
Temperature sensor calibration: frequency, responsibility and documentation
How often should you calibrate? Who is responsible? How do you document it for an audit? The practical answers for laboratories and accredited environments.
What indoor air quality (IAQ) is and why it matters for occupational health
Indoor air quality (IAQ) and eCO₂ are poorly understood yet critical parameters for occupational health risk programs. See how to interpret them and act.
Temperature and humidity in grain storage: what to monitor and why
Stored grain keeps respiring. High temperature and humidity speed up losses and favour fungi. EMBRAPA data: up to 5.4 t lost per 1,000 t/month under critical conditions.
Temperature monitoring in critical infrastructure: data centers and technical rooms
ASHRAE class A1 equipment operates between 15–32 °C. Critical events rarely happen during business hours, and periodic inspection misses what continuous monitoring captures.