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AMAI Sensor

Sensors for bioreactors, made and serviced in Russia

A line of reusable sensors and transmitters for DO, pCO2, pH, foam and VCD, feeding straight into your PLC and SCADA. Calibration and service happen in Russia, without waiting on imports.

System description

Imported sensors mean long lead times and outside service. For pCO2 and VCD it is especially hard to keep the measuring point available, swap sensors quickly, and calibrate locally.

AMAI Sensor removes that dependency. The process engineer sees sensor readings directly in the control system and reacts to changes faster, while local service cuts repair time.

Reusable sensorsDO, pCO2, pH, foam and VCD in one line, with digital data output
Local calibration and serviceService and replacement happen in Russia, without waiting on imports
Direct integrationData feeds straight into your PLC and SCADA, readings are visible in the control system

Rollout steps

1

Measuring point audit

We identify where continuous readings are needed between lab samples

2

Sensor selection

We pick the right parameters for the bioprocess: DO, pCO2, pH, foam or VCD

3

Installation and calibration

We install the sensors and transmitters and calibrate them locally

4

System connection

We feed readings into the PLC, SCADA and the batch history

What the system does

Continuous readings close the gaps between lab samples and give the process engineer data to react faster.

What we measure

  • Dissolved oxygen (DO)
  • Dissolved CO2 (pCO2)
  • pH and foam level
  • Cell density (VCD)

Integrations

  • PLC and SCADA
  • Batch history
  • Process engineer screen
  • Local service in Russia

Result for the plant

  • Earlier detection of deviations
  • Fewer manual samples
  • Fast replacement and calibration
  • No dependence on imports

Case: continuous monitoring between lab samples

One of the largest pharmaceutical manufacturers in Russia

Before: there was no continuous DO, pCO2 and VCD profile between lab samples. Process deviations were caught late.

What we did: inline measurement channels feed the control system and the batch history in real time.

What changed: the process engineer sees how the process develops between samples and can adjust aeration, mixing, feed rate or harvest timing sooner.

Economic effect
$17K/yr

600 batches a year x 4 samples per batch x cost per sample x share of manual samples. Batch losses, gas consumption and output changes are not included.

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