“This is science for the real world addressing urgent problems through positive partnership working. The work being conducted by Darren's team and our partners, Portsmouth Aviation, Pentair and Bridge Biotechnology is world class."
- Professor Steve West, UWE Vice-Chancellor
There are significant drawbacks to traditional chlorine disinfection:
- strict requirements for transportation and storage
- potential risk to health in case of leakage
- formation of disinfection by-products, such as trihalomethanes.
- formation of bromates and brom-organic disinfection by-products at presence of bromides
ESOL has a number of applications in both the drinking water and waste water sectors of the water industry.
ESOL is currently used as a direct chlorine replacement in mobile water disinfection units. The oxidation reduction potential can be used to accurately indicate if water is pathogen free or still dangerous to drink. This method is scientifically validated and the ESOL product has a number of benefits over chlorine including; safety, cost and environmental sustainability.
ESOL also has applications in the maintenance of existing infrastructure and is particularly effective against biofilm build up.
Please get in touch to find out more about ESOL's potential in the water industry.
Since 2013, Bridge Biotechnology have worked in collaboration with Portsmouth Aviation and the University of the West of England to develop a compact and portable water purification system capable of delivering clean drinking water at source.
ESOL is a key component of this system and serves two purposes:
- To keep the ultrafiltration membrane completely free from biofouling
- To disinfect the final water product and provide a residual kill protecting the water from recolonization of pathogens after disinfection
The system was trialled in lab based setting first at the University of the West of England and was independently tested and validated by the
UK’s Health Protection Agency, the University of the West of England (UWE) and Wessex
Water Laboratories, meeting Drinking Water Institute (DWI) and World Health Organisation (WHO) standards.
The system has now been commercially scaled up and is fitted into standard 20ft and 40ft containers making each unit easy to transport by road, ship or train.