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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
  GAMP Certificate Download GAMP certificate

  

White Papers

Biological indicators for hydrogen peroxide vapour technology

Dr Lynne Murdoch, Bioquell UK Ltd

Biological indicators (BIs) have become the industry standard for verification of hydrogen peroxide vapour (HPV) decontamination efficacy. This white paper discusses BIs for use with HPV and some of the factors associated with inconsistent performance of BIs used to assess HPV bio-decontamination cycles.

Download

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

Bio-decontamination processes compared: hydrogen peroxide vapour and chlorine dioxide

When reviewing the best method of bio-decontamination to apply for any given application, it should be considered on its merit in a number of areas such as safety, efficacy, ease of use and compatibility. Due to those factors, using formaldehyde (one of the older bio-decontamination methods) is becoming increasingly rare as safer methods are sought. Copious data exists for a number of alternative methods of bio-decontamination; this paper reviews the available information and compares/contrasts two of the more widely implemented methods, hydrogen peroxide vapour (HPV) and chlorine dioxide (CD).

Download

Large-scale bio-decontamination with hydrogen peroxide vapour

Use of hydrogen peroxide vapour (HPV) is a recognised and recommended solution for the decontamination of small aseptic processing enclosures. Due to the historic limitations and lack of understanding of this technology, other larger scale applications have often not been considered. However, over the last 20 years Bioquell has developed world leading expertise in the bio-decontamination of large areas including hospitals, biomedical facilities, pharmaceutical production areas and bio-containment facilities. This paper discusses a service-based approach to large scale decontamination and the benefits hydrogen peroxide vapour technology can offer.

Download

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