New Bio-Rite Franchisee Makes Clean Break

Leading infection control company and franchisor Bio-Rite has announced new franchisee, Blandine Hosker, has taken over the Hertfordshire and Buckinghamshire territory. Blandine will now provide Bio-Rite’s comprehensive decontamination services to the NHS and care homes in the region.
Blandine who is multilingual has a languages degree plus a degree in macro-economics, originates from Palaiseau, near Versailles, Paris. She explains: “I came to the UK for a week’s holiday more than 20 years ago and never went home! I have been a franchisee since 1995 running a cleaning company. In that time I grew my business from zero to 900 domestic clients. However, after two decades, I decided it was time to sell-up, make a clean break and try something new!
“I knew the franchise model worked so attended a franchise exhibition and discovered Bio-Rite. The company immediately caught my attention,” confirms Blandine. “I was impressed with the team’s experience and services and a ready need in the marketplace. I also liked the idea of helping to protect vulnerable patients through effective infection control.
“Hospitals and care homes need to tackle common threats like MRSA, C.Difficile or Norovirus on a daily basis,” explains Blandine. “Bio-Rite is one of the few companies in the UK that is able to offer the range of products and services that are needed to reduce infections within healthcare environments such as these.
“For example we can offer rapid ward decontamination with the use of the Anios device which destroys 99.99% of pathogens including infections spread through the air such as C. Difficile,” continues Blandine “in addition, our mobile service will also be of interest to hospitals and care homes as it enables us to decontaminate mattresses and used care equipment on-site for a quick turnaround, using a specially developed, highly effective hydrogen peroxide chamber. I am excited to be joining Bio-Rite as a franchisee and look forward to contributing to the Company’s continued growth in the