Compliance Made Simple
Specializing in monitoring data center construction sites confidently
Monitor, assess, and demonstrate compliance in Real-Time
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Temperature and Humidity
- Ensure and document T/RH environmental compliance
- Protect sensitive and costly equipment and installations
- Battery powered
- No wiring needed
- Easy deployment and decommisioning
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Air Quality
Track dust levels
- PM2.5, PM10.
Monitor harmful gases
- CO2, NO2, O3, SO2, CO, CH4, VOCs.
Address emissions from
- Equipment
- Excavation
- Material handling.
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Water Quality
Track
- Temperature
- pH, DO, EC, TDS, TSS
- Oil in Water
- Turbidity
- Trace constituents
Monitor flow
- Open
- Closed
Meet waste water discharge regulation
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Noise
- Monitor real-time noise output from equipment.
- Ensure compliance with local noise ordinances.
- Minimize disruption to surrounding communities.
- Receive alerts via SMS / e-mail on noise events
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Vibration
- Measure vibration caused by heavy machinery.
- Protect sensitive nearby structures and data center foundations.
- Ensure compliance with construction standards.
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Cleanrooms and dust controlled enviroments
Monitor
- Particle number
- Mass concentration
Demonstrate compliance
- EN 14644-1 or EN 21501-4
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Weather Conditions
Monitor
- Temperature
- Wind
- Humidity
For efficient project planning and worker safety.
Tailored Solutions for Construction Site Needs
Maintaining cleanroom standards is paramount for industries seeking precision, reliability, and safety. That's why we offer a practical solution for safeguarding product integrity, protecting sensitive equipment, and creating a conducive environment for precision operations.
Light Scattering Airborne Particle Counters (OPC)
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Laser particle counters operate by directing a laser beam onto particles in a sample and detecting the scattering or blocking of light caused by those particles. The scattered light is then converted into an electrical signal (pulse) using a photoelectric transformer, enabling real-time measurement of particle quantity and light scattering intensity. Simultaneously, the pulse height of individual particles is compared to a calibration curve to determine particle size, based on the pulse heights of reference materials. These instruments typically feature multiple channels to capture particles of different sizes, with each channel providing a cumulative count of particles within a specific size range.
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A simplified scheme of OPC and data processing steps