Category: Healthcare

Our expert, Sarah Ashmore, discusses what contact time is and the critical role it has to play in the cleaning and disinfection process.

Disinfection has always been important to prevent the spread of infections. Still, it has become even more critical today due to the ongoing spread of Norovirus and the rise of other infectious diseases. For instance, the virus that causes Norovirus is highly contagious and can be transmitted through contact with contaminated surfaces or inhaling contaminated air.

When properly performed, disinfection can help to reduce the number of microorganisms present on surfaces, objects, and in the air – and therefore plays a crucial role in preventing the spread of these diseases. Sometimes called “dwell time,” ‘Contact Time’ plays an important part of the disinfection process. But what exactly does it mean?

What is contact time?

To disinfect correctly, we need to understand what contact time is and why it is important when disinfecting surfaces, which play an important role in indirect transmission of infection, particularly in healthcare settings. Many potentially infectious bacteria – including E. Coli and MRSA – viruses, yeasts and moulds can survive on surfaces for considerable amounts of time. One of the most critical factors to consider when choosing a disinfectant is its ‘contact time’. Contact time is defined by how long a disinfectant must stay wet on a surface to do its job effectively. It can range widely, from as few as 15 seconds for commonly used hand sanitisers to 30 minutes for chlorine oxides used in laboratories. This is listed on the product label.

Why is contact time important?

Contact time is important because it tells us how long the surface needs to remain visibly wet to kill all of the microorganisms listed on the label effectively. It ensures that the surface has been thoroughly cleaned and disinfected to help prevent infections from spreading. It also informs others that if the product has been used on a surface, such as a bed, it has been cleaned to the European Norms (EN) standard testing (the highest standards) and is safe to be used by the next user.

How do you properly clean and disinfect a surface?

To prevent risks of transmission, all surfaces should be subject to a thorough cleaning and disinfection routine, especially when known pathogens are present. If a surface has visible soiling, such as dirt, blood, or fluids, this would be classed as dirty. One wipe should be used to clean the visible soiling, then disposed of before using a second wipe to disinfect the surface. When cleaning, it is important to always leave a surface to air dry because intervening manually could compromise the disinfectant wipe’s overall efficacy. Where the temperature is warmer or has a higher level of humidity, the visibly ‘wet period’ (contact time) may be shorter. An additional wipe may be needed to achieve the contact time in these cases.

Where to find the contact time on our products?

Across all our Sani-Cloth® 2-in-1 cleaning and disinfection wipes, there is an icon which indicates a contact time. This is the total contact time required to kill all the pathogens listed on the efficacy data table which appears on the reverse. Indicating the total contact time clearly on the front of the packaging means that busy healthcare professionals don’t have to spend time trying to find the relevant test method, pathogen and contact time, thus improving efficiencies and providing peace of mind that the correct contact time is being adhered to.

In addition, each product has efficacy data on its label to highlight the contact time for each pathogen with its correlating test method. The European Norms (EN) in relation to disinfectants are the ‘gold standard’ tests, and the testing methods are orientated towards the practical use of the disinfecting product.[1]

Looking at our Super Sani-Cloth®, for instance – ideal for cleaning and disinfecting in environments that require short contact times – the efficacy data highlights that the product has been tested against Norovirus via test standard EN14476. The total contact time is 1 minute in clean conditions and 1 minute in dirty conditions. Therefore, the surface must be visibly wet for 1 minute to ensure it has been disinfected against Norovirus. Some tests will show a quicker contact time in clean conditions because the surface is not classed as ‘dirty’; therefore, the contact time will be less!

And one last thing; always leave the surface to air dry. Do not intervene manually, or dry with paper towels as this could potentially compromise the overall efficacy of the disinfectant wipe.

If you’d like to discover our full range of two-in-one cleaning & disinfection solutions, visit: Products – PDI NEW

[1] Disinfectant standards: what you need to know (clinicalservicesjournal.com) – pg 51

PDI International, a trusted European manufacturer of innovative and ever-growing sustainable infection control solutions proudly announces its seamless transition from the Medical Device Directive (MDD 93/42/EEC) to the more stringent requirements of the Medical Device Regulation (MDR 2017/745).

This significant milestone underscores PDI International’s commitment to excellence, innovation, and, above all, patient safety.

The Medical Device Regulation (MDR 2017/745), which came into full effect in May 2021, is a new set of regulations that governs the production and distribution of medical devices in Europe.  Compliance with the regulation is mandatory for medical device companies that want to sell their products in the European marketplace.

These regulations are designed to enhance patient safety and provide greater transparency and traceability throughout the entire lifecycle of medical devices. By adhering to the MDR standards, PDI International is proactively addressing evolving regulatory landscapes and ensuring compliance with the most stringent safety and quality standards.

“PDI International’s transition to the Medical Device Regulation marks a significant milestone in ensuring the highest standards of patient safety and product quality,” said Chris Hill, RA/QA/NPD Director at PDI International. “Since 2019, many stakeholders, including regulatory, quality, and marketing teams, have worked tirelessly to ensure a seamless transition. I want to take this opportunity to thank them for their dedication in getting us over the line within the required timeline.  We look forward to future opportunities and challenges, confident in navigating the evolving regulatory landscape while maintaining our commitment to excellence.”

The transition to MDR brings several key benefits for PDI International and its stakeholders:

Enhanced Patient Safety: By adhering to more stringent regulatory requirements, PDI International is further strengthening the safety and efficacy of its infection control solutions, ultimately improving patient outcomes and well-being.

Greater Transparency and Traceability: The MDR mandates comprehensive documentation, traceability, and post-market surveillance, enabling PDI International to guarantee greater transparency and accountability throughout the entire lifecycle of its medical devices.

Global Market Access: Compliance with the MDR not only ensures market access within the European Union and the UK  but also strengthens PDI International’s position in global markets by demonstrating its commitment to the highest quality and safety standards.

Continued Innovation: The transition to MDR has further stimulated a culture of continuous improvement and innovation within PDI International, driving the development of sustainable technologies that meet or exceed regulatory requirements whilst supporting carbon net zero goals.

David Gueundjian, President and CEO of PDI International added: “We are proud to be the first company in our field to achieve MDR certification, as this reflects our commitment to delivering innovation with agility.  This milestone opens the door for us to now share our latest product initiatives, which meet the evolving needs of the healthcare industry, the people we serve, and the environment while ensuring patient safety remains at the forefront of everything we do. We are excited about the opportunities this certification brings and look forward to continuing our mission to provide sustainable and cutting-edge solutions that enhance patient care and safety.”

Influenza, commonly known as the flu, is a viral infection notorious for wreaking havoc on the respiratory system. Every year, this contagious illness affects millions of people worldwide, leading to a substantial number of severe cases and, sadly, even fatalities… The UK has witnessed a surge in seasonal flu cases in recent weeks, placing significant strain on healthcare facilities and leaving thousands in hospital with the virus. In this blog, we delve into the nature of influenza, its symptoms, causes, and, most importantly, effective strategies for prevention and treatment.

Getting to grips with the basics

Flu is an acute respiratory infection caused by influenza viruses that travel through the air in droplets. Most people get the flu when they breathe in these airborne droplets, for instance, when an infected person sneezes or coughs. The flu virus is notorious for its ability to mutate rapidly, making it challenging for the immune system to recognise and combat it effectively. The most common types of influenza viruses that are known to affect humans are influenza A, B and C. According to the World Health Organisation (WHO), there are approximately a billion cases of seasonal flu each year, causing 3-5 million instances of severe illnesses.[1]

Spotting the symptoms

Influenza is an infection of the nose, throat and lungs, which are all part of the respiratory system.  Cold and flu symptoms can be similar, but flu tends to be more severe – and tends to come on much more quickly. At first, the flu may seem like a cold with a runny nose, sneezing and sore throat, but the flu also tends to cause fever as well as a range of other symptoms. Early recognition of these symptoms is crucial for prompt treatment, especially for higher-risk groups such as pregnant women, individuals over 65, and young children..

Common flu symptoms include:

+ Fever: A fever is a trademark symptom of the flu, often indicating the body’s response to viral infection. It is essential to monitor body temperature and seek medical attention if a fever persists.

+ Dry Cough: A persistent, dry cough is another common respiratory symptom. This can be severe and lead to discomfort and, in some cases, can impact daily activities.

+ Sore Throat: The flu can cause irritation and inflammation in the throat, leading to a sore throat – often one of the first symptoms of flu.

+ Body Aches: Muscle and joint aches are frequent complaints in individuals suffering with influenza. These aches can contribute to fatigue and discomfort.

+ Fatigue: Influenza can result in profound fatigue, making it challenging for individuals to carry out their routine tasks. This is why rest becomes essential for recovery.

Top prevention strategies

Given the widespread prevalence of influenza, adopting effective prevention strategies is paramount. Here are  key measures to protect yourselves and others:

+ Rest and Hydration: Adequate rest and hydration play a crucial role in supporting the immune system’s ability to fend off the virus. It is important to ensure you get enough sleep and drink plenty of fluids, such as water, herbal teas, and broths.

+ Hand Hygiene: Influenza is often transmitted through respiratory droplets and by touching contaminated surfaces. Regular handwashing with soap and water for at least 20 seconds, especially after coughing or sneezing, can significantly reduce the risk of infection. While traditional handwashing with soap and water remains a cornerstone in maintaining hand hygiene, other methods have gained popularity due to their convenience. Alcohol-based sanitisers are widely used for their effectiveness; Hygea Hand Wipes offer a clinically proven solution, killing 99.999% of bacteria. These wipes have been specifically developed for quick hand cleansing and disinfection, making them a practical choice for various scenarios, including or bed-bound patients and healthcare workers with limited access to a sink.

+ Cough Etiquette: When coughing or sneezing, you should always cover your mouth and nose with a tissue or the inside of your elbow. Dispose of tissues and wash your hands immediately to prevent the spread of the virus through respiratory droplets.

+ Surface Cleaning: Influenza viruses can survive on hard surfaces for up to 24 hours. Regularly clean and disinfect high touch points such as doorknobs, light switches and countertops to reduce the risk of surface transmission. The Super Sani-Cloth® Wipes offer a practical solution for daily use in fast-paced environments. These wipes are effective against a broad spectrum of pathogens, making them versatile and suitable for a variety of settings. Our Sani-Cloth® Chlor sporicidal disinfection wipes are specially formulated for use in high-risk, contaminated environments, offering an ideal solution for scenarios where a higher level of protection is needed.

+ Vaccination: One of the most effective ways to guard against influenza is getting an annual flu vaccine. Vaccination not only reduces the risk of contracting the virus but also lessens the severity of symptoms if you do get infected…

Proudly Made in Britain

With winter in full flow, the season brings with it an inevitable uptick in flu cases. While maintaining good hand hygiene remains a crucial measure in preventing the spread of infections, it is essential to recognise that additional layers of infection control can significantly enhance prevention efforts, particularly in high-risk settings.

As a proud member of Made in Britain, PDI offers a comprehensive range of clinically proven disinfection wipes and products. These not only ensure efficacy but also prioritise quality and value. All PDI products are proudly manufactured in the UK, adhering to stringent standards that guarantee their effectiveness in combating influenza and other infectious viruses.

For more info on influenza, check out our Bitesize Learning series: Let’s Magnify…Influenza. Gain insights into how influenza spreads, its symptoms, and prevention strategies, and explore our range of Made in Britain products that effectively combat this pathogen.

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[1] https://www.who.int/news-room/fact-sheets/detail/influenza-(seasonal)#:~:text=There%20are%20around%20a%20billion,infections%20are%20in%20developing%20countries.

As the world grapples with the increasing frequency of extreme weather events, there’s no denying that sustainability has become a critical challenge. Nowhere is this more evident than in the healthcare sector, a significant contributor to global carbon emissions. With the NHS committing to becoming the world’s first net-zero health system, sustainability has become a non-negotiable demand for both healthcare facilities and their suppliers. In this article, we’ll explore why sustainability is crucial for healthcare and what PDI International is doing to advance this vital cause.

 

The Carbon Footprint of Healthcare

The healthcare industry has a substantial carbon footprint, contributing to 5% of global greenhouse gas emissions, a number that’s projected to triple by 2050. [1] In the UK, the NHS alone is responsible for 6.3% of England’s carbon emissions, primarily due to emissions from its vast and complex supply chains. These include the production, transport, and disposal of medications, food, medical devices, and hospital equipment.[2]

However, the burden of disease is increasing, which places additional pressure on health systems worldwide to provide more hospital stays and medical appointments. Rising demand and inefficiencies, such as overprescribing, preventable medical errors, and the delivery of low-value care, will only serve to increase emissions from healthcare systems further, meaning it is becoming increasingly paramount to tackle these challenges head-on.

The Vital Role of Sustainability in Healthcare

Climate change poses a significant threat to our health, as well as our planet. There is a recognition that climate change undermines the core foundations of good health, contributing to cardiovascular disease, asthma, and cancer. Furthermore, addressing climate change can reduce the burden of disease from air pollution, obesity, and poor diets while directly tackling health inequalities.

Recognising this immense challenge, the NHS made history by becoming the first health system to embed net zero into legislation through the Health and Care Act of 2022.  The NHS has committed to reducing its direct emissions (NHS Carbon Footprint) to net zero by 2040. However, a staggering 61% of NHS carbon emissions occur in its vast supply chain, which involves over 80,000 suppliers. This creates a substantial opportunity for decarbonisation.[3] Therefore, it’s also pledged to cut emissions it can influence (NHS Carbon Footprint Plus) by 2045 through the goods and services it buys from partners and suppliers.

To achieve these goals, all suppliers must prepare for key milestones outlined in the NHS’s roadmap to net zero by 2030. This includes a wide range of products and services, from medical equipment and pharmaceuticals to food and catering. Companies bidding for NHS tenders must complete the Evergreen Assessment, forcing them to evaluate their sustainability practices and make necessary changes where needed.

Time to ‘take the gloves off’

Gloves are one of the most commonly used plastic items in healthcare, with the NHS alone using 1.4 billion gloves annually. During the COVID-19 pandemic, a staggering 12.7 billion gloves were dispatched to the NHS and social care in England alone – enough to stretch to the moon! The carbon equivalent of this is equivalent to driving a petrol car around the Earth 8300 times.[4]

While gloves are essential for protecting healthcare staff when used correctly, overuse can lead to increased risk of cross-transmission, skin issues, and contact dermatitis. Research has shown that 60% of glove use in healthcare is inappropriate.[5] The “Gloves are Off” campaign urges healthcare professionals to use gloves only when there is a known risk of infection, limiting their use to situations involving blood, bodily fluids, or mucous membranes. This is particularly important as clean hands are known to be as effective a barrier as non-sterile gloves, where the patient is not infectious.

PDI International’s intelligently designed Hygea range of hand wipes are designed to offer better washing experiences, improved efficiency, and superior hygiene for both staff and patients. These wipes are gentle on all skin types and do not contain harsh detergent chemicals, reducing the risk of skin irritation.

The Environmental Impact of Healthcare Waste

The NHS is one of the largest producers of waste in the UK, generating approximately 156,000 tonnes of clinical waste annually.[6] This volume of waste underscores the crucial importance of efficient waste management practices for the NHS to achieve its ambitious goal of becoming carbon net zero by 2040. But it’s not just about meeting targets; it’s about minimising the significant environmental impact, curbing high costs, and reducing carbon emissions while reimagining how waste is managed in healthcare.

In the drive for sustainability, waste management emerges as a vital, often overlooked aspect. It is not merely a matter of disposing of waste; it’s about doing so in a way that is sustainable and minimises the burden on landfills. With responsible waste management, we can make a substantial impact in reducing the carbon footprint of healthcare operations.

A substantial portion of NHS waste has the potential for recycling, provided it is sorted correctly. PDI International is playing a pivotal role in addressing waste hierarchy issues within the NHS.

Our innovative approach includes the introduction of recyclable Sani-Cloth© and Hygea Hand Wipe canisters, developed for surface disinfection and quick hand hygiene respectively. In addition to promoting superior hygiene standards, these infection control disposables serve as the perfect solution for nurses and healthcare professionals who require efficient cleaning wipes for medical equipment. Our Sani-Cloth® wipes are specially formulated for disinfecting blood pressure monitors, thermometers, stethoscopes, and various other frequently used tools during patient check-ups. Even small steps, such as choosing recyclable disposables, can lead to significant positive changes in the healthcare industry!

How we’re helping

PDI International, a Made in Britain-certified company, is at the forefront of promoting sustainability in healthcare with a range of quality infection control solutions. We are soon launching our greenest range and continue actively working on a carbon reduction plan with the support of Positive Planet. Additionally, our contract manufacturing services are dedicated to helping customers launch green innovations into the market.

Commercial Director at PDI International, Mike Sullivan comments: “Sustainability is of paramount importance in healthcare, with the NHS setting ambitious targets to become the world’s first net-zero health system. PDI International’s contributions to sustainability, including reducing glove usage and promoting recyclable products, reflect the healthcare industry’s increasing awareness of the need for a greener, more sustainable future. By embracing these practices and innovations, healthcare can not only reduce its carbon footprint but also create a healthier and more environmentally friendly world for everyone.”

Find out more, visit: Healthcare – PDI International (pdi-intl.com)

 

References

[1] https://www.healthpolicypartnership.com/the-nexus-between-climate-change-and-healthcare/#:~:text=The%20healthcare%20sector’s%20environmental%20impact,fifth%20largest%20polluter%20on%20Earth

[2] https://www.plymouthhospitals.nhs.uk/positively-green/saving-the-planet-one-glove-at-a-time-6376/

[3] https://www.lpp.nhs.uk/categories/sustainability-social-value/sustainability/supply-chain/

[4] https://www.plymouthhospitals.nhs.uk/positively-green/saving-the-planet-one-glove-at-a-time-6376/

[5] https://www.sciencedirect.com/science/article/abs/pii/S0195670113003812

[6] https://www.england.nhs.uk/estates/nhs-clinical-waste-strategy/

As trusted advisors, we’ve recently taken a bold step by removing the term “Universal” from our alcohol-free “Sani-Cloth® AF” cleaning and disinfectant wipe packaging and training materials. Why? Because this word might have led you to believe that our wipes were a one-size-fits-all solution, effective against all types of pathogens, suitable for every surface, and adaptable to any setting.

In this blog post, we discuss what ‘universal’ actually means – and why no disinfectant can truly claim the title of being universal.

Decoding the term ‘universal’

The universal definition of the word universal is ‘existing everywhere or involving everyone.’[1] Using this simple definition, it’s clear that for something to be universal, it needs to be applicable everywhere.

In the context of cleaning and disinfection, a universal solution would ideally be capable of eliminating a broad spectrum of harmful microorganisms, including bacteria, viruses, fungi, and spores, while being safe and compatible with different types of materials and surfaces.

However, achieving a truly universal disinfection solution is complex due to the diverse nature of pathogens and surfaces, as well as the specific requirements for different settings. Microorganisms vary in their resistance to disinfectants, and surfaces can have unique properties that influence how well a disinfectant works.

[1] UNIVERSAL | English meaning – Cambridge Dictionary

Is there a Universal solution for cleaning and disinfection?

In reality, there isn’t a one-size-fits-all disinfection product or method that can effectively combat every type of pathogen on all surfaces and in every environment. This is why various disinfectants and cleaning agents are developed, each with their own strengths and limitations. Healthcare facilities, households, and industries often require tailored disinfection solutions based on their specific needs and the potential risks they face.

Let’s take a simple analogy, for example, your cleaning cupboard at home, typically found under your kitchen sink! Whilst in an ideal world, we would like to have one product that would effectively do its job in every room; this is simply not the case. Typically, we have at least 3 different products, which may comprise of wipes, sprays, microfibre cloths with water and much more, which are used in different rooms in the house. For example, a bleach solution in the bathroom, a disinfectant wipe in the kitchen and a surface spray in the lounge. We all use a range of different solutions because there is no universal product currently available that could effectively do its job in each room.  The same applies to healthcare.

Whilst some excellent solutions are available, all rigorously tested and suitable for their intended purpose, there is currently no “universal” product that is effective against every pathogen and safe to use on every surface.

Key things to take into consideration

While a truly universal disinfection solution might not exist, the goal is to select the most appropriate disinfectant that can effectively mitigate the risk of infections. Choosing the right disinfectant wipe for healthcare facilities is crucial for maintaining a clean and safe environment for patients, staff, and visitors.

Here are some key factors to consider when selecting a disinfectant wipe:

1. Efficacy Against Target Pathogens – Investigate the different wipes that may have varying spectrums of activity against bacteria, viruses, fungi, and spores.
2. Contact Time – Check the required contact time for the disinfectant to be effective. Some wipes may need longer contact times to ensure proper disinfection.
3. Compatibility with Surfaces – Verify that the disinfectant is compatible with the types of surfaces commonly found in your facility.
4. Safety for Users – Consider the safety of healthcare workers and patients. Look for wipes that have low toxicity and minimal odour.

Why did we remove “universal” from Sani-Cloth® AF?

It is important to note that an alcohol-free wipe certainly has its place in healthcare. It is a great solution for everyday cleaning and disinfecting, which can be used on common surfaces where there is no known risk of C. diff infection or outbreak. What is key to protecting the patients, healthcare workers, and surfaces is to understand why we made the change:

Efficacy: Sani-Cloth® AF wipes work well against many types of germs—killing tuberculosis, viruses, bacteria, and yeast in just 2 minutes. However, they don’t work against C. difficile (C. diff), a specific type of germ. C. diff is a gram-positive, spore-forming bacteria that requires a sporicidal solution such as Sani-Cloth® Chlor. These spores are an inactive form of the germ and have a protective coating, which lets them stay alive on surfaces for a long time. If there’s a C. diff outbreak, using Sani-Cloth® AF would be ineffective and potentially dangerous because the sporicidal bacteria would continue to spread via contaminated surfaces.

Compatibility: Secondly, whilst Sani-Cloth® AF and other disinfectants can generally be used on hard, non-porous surfaces, there can be instances of incompatibility. Compatibility is all about how a material reacts when exposed to disinfectants. If things like plastics start to break down, that’s a sign of incompatibility. It’s important to remove residual build-up with a detergent solution on a regular basis to maintain the integrity of surfaces; otherwise, this could result in costly replacements and repairs or an ineffective clean, compromising the health of patients and healthcare workers.

At PDI International, we believe we have a Sani-Cloth® solution for every situation. This reflects our understanding that there is no one-size-fits-all approach when it comes to disinfection. From daily, facility-wide use to outbreak situations, PDI’s complete line of disinfectants and cleaners address your specific environment of care needs. Discover our Made in Britain Sani-Cloth® range of cleaning and disinfection surface solutions for every environment, including the number one cleaning and disinfectant wipe in healthcare, Super Sani-Cloth®, visit https://pdi-intl.com/family/environment-of-care/.

PDI International – a global organisation focused on preventing infections in healthcare, hospitality and other communities – has been awarded the Medtop Clinic Award for Best Customer Support Project.

The company, which is headquartered in the UK, was presented the award for their unique approach to customer services, delivering impact through science led innovation, training and education.

Uniquely the company has a SMART Layered Approach to infection prevention, that involves assessing the customer’s environment and identification of their specific needs.  Based in this initial assessment, the company proposes the most suitable solutions while also providing comprehensive training and ongoing education.

The Medtop Clinic award is awarded to medical institutions that are distinguished by a high level of service. The judging panel made up of global experts was impressed with the company’s culture of understanding customers current practices and challenges before proposing the solution or helping to make their current practices easier and more efficient.

David Gueundjian, President and CEO of PDI international said: “On behalf of everyone at PDI International we wanted to thank Medtop for recognising our work. We are all very proud to make a difference to our partners and customers and have an ongoing passion for education, training and clinical outcomes. At PDI we are on a journey to deliver value and prevent infection in healthcare and professional settings by driving progress and impact. This recognition is proof and evidence that our amazing teams are on the right track!”

Speaking after the awards Jean Gabdull, Chief Product Officer at Medtop Award, said “I want to express my heartfelt appreciation and admiration for everyone who participated in the Medtop Award Ceremony 2023. Your dedication, expertise and relentless pursuit of excellence has undoubtedly significantly impacted the field of medicine. The ground-breaking discoveries and innovative approaches have pushed the boundaries of medical knowledge and paved the way for future advancements.”

PDI empowers healthcare facilities with the confidence of clinical and economic evidence that proves when our products are used the right way every time, they help save lives, and reduce both length of stays and associated costs.

The company’s biggest contribution to date was supplying global healthcare systems with products during the height of the pandemic. Like many others, the company played a key role in preventing the spread of the virus. This shone an important light on the importance of maintaining good infection prevention control practices with reliable and regulated solutions.

Each year, more than 250 million people are helped by PDI products and continued innovations. Over the last 40 years, this family-owned company has worked and continues to work every day to earn the privilege of being a trusted advisor to its customers. United in purpose, they are committed to leading the charge against preventable infections and ultimately, saving lives.

PDI-International is excited to announce that we will be exhibiting at a number of leading shows over the next few months to showcase our latest products and technologies. Come and check out how you can get to the core of #infectionprevention and best protect patients and healthcare workers with our layered approach, designed to ensure that the right solutions and support are provided to achieve your infection control goals. 

 

Where & when

• DECON UK 2023: Tuesday 18^th April, Hilton Birmingham Metropole Hotel (Stand 13)
• Infection Prevention and Control Conference (IPC) 24^th-25^th April, The National Conference Centre, Birmingham (Stands 33 & 34)
• EBME-Expo, 28^th-29^th June, Coventry Building Society Arena, Coventry (Stand J12)

Come see our innovations up close and in action!

Expect to see our trusted range of Sani-Cloth® 2-in-1 cleaning and disinfection wipes, all made in Britain and designed to make cleaning extra easy and fast. This includes our Sani-Cloth® Chlor sporicidal disinfection wipes, ideal for disinfecting high-risk areas; our Super Sani-Cloth® – the #1 disinfecting wipe in healthcare in North America, compatible with more than 600 non-invasive medical devices and proven to kill all listed pathogens including norovirus in 1 minute; and our alcohol-free alternative Sani-Cloth® AF, ideal for routine cleaning and disinfecting.

We’ll also be demonstrating ground-breaking automated room and air disinfection systems, HyperDRYMist® and Novaerus.  Lightweight and highly portable, HyperDRYMist® is perfect for small areas & ambulances, where alternative systems have difficulty in accessing due to their size. Its ability to disperse the low-toxic patented disinfectant solution into an ultrafine dry mist thanks to its innovative technology, makes it the ideal choice for any facility looking for exceptional efficacy, speed, compatibility, increased safety with low environmental impact.

WellAir’s advanced Novaerus air disinfection and cleaning solution contains patented NanoStrike™ nanotechnology designed to inactivate all airborne microorganisms on contact. The technology is tested and proven safe and effective in more than 30 independent laboratory studies and is ideal for rapid remediation in large to medium spaces where exposure to airborne pathogens is elevated.

In addition, look out for our newly launched Prevantics® premoistened swabstick containing 2% (w/w) Chlorhexidine gluconate (CHG) and 70% (v/v) Isopropyl alcohol (IPA) with a unique 2-sided applicator to ensure thorough skin disinfection in harder-to-reach places.

And not forgetting our new and improved Hygea hand hygiene cleansing and disinfection wipes, which are effective against viruses and bacteria; ideal to use for patients with limited mobility and healthcare workers when there is no reduced access to a sink.    

…. And plenty more!

Our solutions have been developed and are clinically proven to help you build a solid strategy to tackle the most challenging areas when it comes to preventing the transmission of HAIs. 

The burden of HAIs is a major concern across the world with an estimated 8.8 million patients affected across Europe in both acute and long-term care facilities with more than half being preventable¹. Not only do HCAI result in poor outcomes for patients in terms of morbidity and mortality and but also has a huge cost to healthcare providers. Modelled annual costs to the NHS are in the region of £2.7 billlion² and an estimated extended length of hospital stay of up to 25 days³ – what else could that money be usefully spent on and how else could the hospital beds be better utilised?

 

Commercial Director, Mike-Sullivan, said: “At PDI, we recognise that hospitals need a multipronged approach to ensure the highest level of cleanliness and infection prevention because no single approach can completely eliminate the environment of microorganisms. That’s why we provide market-leading products along with a consultative approach to help hospitals keep cross-contamination to an absolute minimum, while lowering costs.”

 

Book a meeting with our team!

If you’re attending DECON UK 2023, the Infection Prevention and Control Conference (IPC), or EBME Expo in June and would like to learn more about how we can support you in taking the best approach to infection control and prevention, please book a meeting with our team. Get in touch at: contact@pdi-emea.com.

We hope to see you there!

 

PDI International has been accredited as a member of Made-in-Britain and are proud to have joined the community of more than 1,200 British manufacturers. The mark reinforces our message to our customers that we pride ourselves on developing and manufacturing products synonymous with quality, rigorous regulations and standards, uninterrupted supply, and reduced CO2 footprint.

 

For more information about our range of premium infection control solutions, visit:

PDI International – Home – PDI International (pdi-intl.com)

 

References:

1. Suetens et al. (2018) Prevalence of healthcare associated infections, estimated incidence and composite antimicrobial resistance index in acute care hospitals and long-term care facilities: results from two European point prevalence surveys, 2016 to 2017 Euro Surveill.2018;23(46):pii=1800516. https://doi.org/10.2807/15607917.ES.2018.23.46.1800516
2. Guest et al. (2019) Modelling the costs and consequences of reducing healthcare-associated infections by improving hand hygiene in an average hospital in England. BMJ Open 2019;9:e029971. doi:10.1136/bmjopen-2019-029971
3. Stewart et al. (2021) Impact of healthcare-associated infection on length of stay Journal of Hospital Infection 114 (2021) 23-31

 

 

 

PDI International was pleased to host a successful webinar highlighting the crucial role of air decontamination in healthcare environments. The webinar was attended by over 200 healthcare professionals.

The webinar, titled ‘When Hand Hygiene and Cleaning are not enough; is it time to talk about Air Decontamination?’ featured a presentation by Independent Infection Prevention and Control Nurse Consultant, Carole-Hallam, who discussed the challenges of airborne pathogens in healthcare settings and the role of air decontamination technology in reducing the risk of airborne infections.

Airborne and droplet transmission are usually defined by the size with airborne aerosol size of ≤ 5μg and droplet aerosol size of >5μg. Some virus droplets, like Covid-19, are small enough that they can remain in the air for up to three hours and can be carried by movement of air due to their size.

Carole explains: “Airborne pathogens can spread through direct and indirect transmission. For instance, large infectious droplets can fall on to surfaces, instruments, and into wounds infecting patients and staff directly. Infectious droplet nuclei can also remain airborne indefinitely, infecting patients and staff directly over large distances. In addition, they can also be transferred from surfaces to hands and gloves.”

The role of ventilation…

Today the role of ventilation in preventing airborne pathogens such as SARS-CoV-2 transmission is widely recognised. Studies have shown that a combination of natural ventilation and portable air filtration are significantly the most effective at reducing the risks of airborne infection.

As part of the session, Carole shared some excellent insights on the latest advancements in air decontamination technology and the benefits they offer in improving patient outcomes and reducing risks to staff. For example, the ground-breaking Novaerus devices have over 30 independent test results and have been used in healthcare settings for over 10 years, offering a cost-effective airborne pathogen protection.

The devices contain NanoStrike™ patented nanotechnology and are designed to inactivate all airborne microorganisms on contact. The technology has been proven to reduce SARS-CoV-2, the virus that causes Covid-19, by 99.997%.

Carole adds: “Current hospital design generally does not prioritise clean air. Infection-control policies instead emphasise hand hygiene and surface disinfection. But the research shows there is a need to challenge practice. Improving the air quality in healthcare environments seems to be the missing link in infection prevention and control cycle of infection transmission. As such, the use of air decontamination systems to improve indoor air quality need to be a critical part of the infection prevention and control toolbox particularly where the risk of infection is high and ventilation is poor.”

A major challenge….

Infection control remains a major challenge to healthcare professionals worldwide, with over 4 million people are affected by HAIs every year across Europe. It’s estimated that over half of hospital acquired infections (HAI) are preventable and could be eliminated through evidence-based infection prevention and control strategies.[1]

Although contact-spread is known to be the principle route of transmission for most infections, it’s also acknowledged that the contribution of airborne pathogens to the spread of infection is likely to be greater than is currently recognised.[2]

In the UK, HAIs are estimated to have cost the NHS an estimated £2.1 billion in 2016/17.[3] Airborne transmission is more prevalent in healthcare settings due to overburdened hospitals and the presence of immunocompromised patients.[4] An estimated 98,166 patients in hospital with a HCAI on any given day.

In addition, research shows that 1 in 3 bacteria causing HCAI are resistant to at least one antibiotic, making the importance of effective infection control increasingly critical.

Why air quality is critical….

In the face of the covid-19 pandemic and the rise of antimicrobial resistance (AMR), our session offered an excellent opportunity to discuss some of the challenges surrounding infection control and why maintaining good levels of air quality needs to be a critical part of any effective strategy.

Nina Smith, marketing manager of PDI International said: “Our session received lots of interaction and offered an informative look at how air decontamination systems can be used when hand hygiene is not enough. We are grateful for Carole for contributing her time and expertise to provide valuable insights on this important topic.”

PDI International is dedicated to leading the fight against preventable infections in healthcare and across communities. They help provide education ‘on the go’ to busy healthcare professionals in meaningful and engaging ways, to help them make a difference in the world.

 

[1] https://www.psqh.com/analysis/study-more-than-half-of-hospital-infections-could-be-prevented-with-proper-protocols-

[2] https://journals.sagepub.com/doi/10.1177/1420326X03012001002

[3] https://bmjopen.bmj.com/content/10/1/e033367

[4] https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3683632/