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Bioquell Clarus C

Bioquell Clarus C

The Bioquell Clarus C hydrogen peroxide vapour generator is an advanced solution for low temperature, residue free bio-decontamination.

Bioquell units have been installed worldwide giving reliable, continuous bio-decontamination of pharmaceutical isolators, clean rooms, pass-through devices and many other applications.

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Features

  • Multi-purpose generator capable of bio-decontaminating equipment (e.g. isolators, RABS, transfer chambers) or multi-room facilities
  • Fully compliant with the requirements of GMP
  • Bioquell dual circuit technology for fast and efficient bio-decontamination cycles
  • Capable of storing multiple gas cycle parameters for multiple applications
  • Remote operation available and connection to building management system (BMS) capability
  • No requirement for room dehumidification prior to cycles

Benefits

  • Minimal process downtime – no need for preconditioning, process operates with ambient environment
  • Can bio-decontaminate rooms and enclosures up to 350m3
  • Small footprint requiring minimal floor space
  • Compatible with GMP and GLP requirements
  • Simple integration into a building management system (BMS)

Technical

 

External materials of construction Glass reinforced polyester
Temperature
Operating
Storage		  
15°C to 30°C
-15°C to 50°C
Relative humidity
Operating
Storage		  
80% RH maximum
80% RH at 38°C maximum
Power requirement AC 230V, single phase, 50Hz, 6 amps
AC 120V, single phase, 60Hz, 11.5 amps
AC 200V, three phase, 50/60Hz, 9.2 amps
Operating position Upright only
Dimensions (WxHxD)
Open
Closed
Shipping carton		  
680 x 1260 x 900mm
680 x 1060 x 900mm
780 x 1350 x 1100mm
Weight 140 kg, Gross shipping weight 170 kg
Maximum H2O2 liquid volume 500 ml or external 4 litre option
Waste liquid bottle size 500 ml, or external run-off, or external 4 litre option
H2O2 liquid concentration 30-35% w/w Bioquell hydrogen peroxide (stored at 2-8°C)
Gas hoses 38mm I/D x 2m long (optional extra)
Gas hose connections 38mm (1.5 inch) male/female Camlock fittings
Control system Siemens® S7 PLC (software compliant with GAMP)
Airflow rate
Gassing
Conditioning/aeration		  
Greater than 30 m3/hr
Greater than 30 m3/hr
Temperature of supply gas at outlet 60°C
H2O2 liquid injection rate Approximate 1 – 8 g/min
Double HEPA filtration from room inlet 99.997% efficiency
Noise level Less than 60dBA at 1 metre
Enclosure decontamination capacity For enclosures and rooms up to 350m3 (subject to configuration and loading)
Data printer Thermal print record
I/O communication port RS-485 D-type
Locking brake Integral foot pedal on/off

Standard instrumentation

  • Wide range H2O2 sensor (0-1000ppm)
  • Auxiliary test port for Dräger tube /
    hand pump sampler
  • Relative humidity sensor
  • Return and delivery gas temperature
    sensors (PT100)
  • Pre-heater temperature and safety cut-out
  • Re-heater temperature and safety cut-out
  • Vaporiser temperature and safety trip
  • Cooling coil gas outlet temperature sensor (PT100)
  • Dosing system pressure / weight transducer
  • Air flow measurement transducer
  • Waste bottle full sensor
  • Bottle position sensors (internal bottles only)
  • Enclosure low/high pressure safety switches
  • Enclosure pressure transducer
  • Dual circuit valve position sensors

 
Approvals Information

MET Registration Approval Mark MET Certification record Download MET certificate
CE Certificate Download CE certificate
 
EMC Testing
 		 EMC Certificate Download EMC certificate
C-Tick Suppliers Declaration Of Conformity Download Suppliers Declaration Of Conformity

  

White Papers

Hydrogen peroxide decontamination: vapour vs. aerosolised systems

This white paper examines two different hydrogen peroxide-based room decontamination systems: hydrogen peroxide vapour (HPV) and aerosolised hydrogen peroxide (aHP).

Download

Applications and integration of hydrogen peroxide vapour for biotech/bioprocess clients

Richard Lucas, Ph.D., Bioquell UK Ltd.

This white paper discusses the role and requirements of a modern bio-decontamination solution. It explores the key areas that need to be considered when seeking a solution and provides an illustration of the application of hydrogen peroxide vapour bio-decontamination technology within the biological production industry.

Download

Improving efficiency in bio-contamination control and risk mitigation using H2O2 decontamination

James L Drinkwater, Bioquell UK Process & Compliance Director, PHSS Chairman (2010) – Pharmaceutical & Healthcare Sciences Society.


This white paper considers environmental monitoring and contamination control strategies using the benchmark hydrogen peroxide vapour (HPV) gaseous bio-decontamination process. Using best practice and the latest technology, significant efficiency savings can be identified at different process stages.

Download

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