what are HCAI’s

Healthcare Associated infection

Causing massive operational, financial and life threatening altercations

what are HCAI’s

Indirect infections caused by being in a healthcare facility

Healthcare-associated infections, or HCAIs, are infections that patients obtain whilst receiving treatment within a healthcare environment. These infections occur as a direct result of treatment in, or contact with, a health or social care setting. HCAI can be caused by several different bacteria, viruses, spores and fungi. They pose a serious threat to patients, staff and visitors.

HCAI Statistics 

28,500 DEATHS

In the U.K. alone healthcare associated infections lead to 28,500 patient deaths in 2016/17*


Estimated 834,000 healthcare associated infection occurred in the U.K in 2016/17*


Healthcare associated infections costs the NHS £2.7 Billion in 2016/17*

Effects on patients and hospitals

Effecting operations and lives

HCAI’s effect on patient care and hospital operations are vast. HCAI’s prolong patient stays, in some cases create long term health disabilities, increase resistance to antibiotics, create massive additional costs for the healthcare facility, decrease hospital efficiency and can cause unnecessary patient deaths.

Waterford farmer Allan O'Connor watches over his son Glyn O'Connor, who suffered severe injures from farm equipment, in the ICU of the Mater Hospital in Dublin, Ireland, after a few months of the coronavirus crisis.

Photograph: Chris Maddaloni/The Irish Times
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 bottom lines

Creating massive Financial burdens

HCAI’s cause a big financial problem for healthcare facilities. According to the British Medical Journal they estimated that HCAI cost the NHS £2.7 Billion in 2016/17. These infections were estimated to account for a total of 7.1 million occupied hospital bed days and 79 700 days of absenteeism among frontline healthcare professionals. A US study estimated that a single HCAI can cost a hospital $12,197 in incremental costs. The T-1000 can prevent HCAI’s and the costs attributed to them, helping save financial resources for healthcare facilities

manual cleaning 

Manual cleaning can miss more than 50% of pathogens

The issue with traditional infection control procedures is that they mainly consist of manual effort. This leads to a huge increase in human error. Humans are capable of missing areas or not being thorough enough when it comes to disinfection. Research shows that in some cases manual cleaning only rids spaces of pathogens by 30%. The addition of UV-C disinfection after manual disinfection increased this rate to more than 90%.

prevent the spread Surface Disinfection with UVC LED Technology
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T-1000 reducing HCAI’S

disinfecting areas missed by Manual cleaning

The T-1000’s utilises UV-C light to create an automated disinfection approach that is used in tandem with cleaning procedures already in place. The addition of T-1000’s allows missed areas to be disinfected and simultaneously disinfects areas where manual cleaning was not thorough enough. The T-1000 achieves this due to its automated and constant disinfection approach that eliminates any human error.

Scientific Evidence 

Backed by scientific data and research 

The T-1000 is backed by independently conducted research and studies showcasing its ability to disinfect pathogens and to lower HCAI’s to help healthcare facilities increase operational performance, lower costs and reduce infections.