Legionella bacteria can be deadly, but Adam and his crew can help you to stay secure

At Acorn Safety Solutions the range of services our company offers has continued to grow — and so too features our team of professional health and safety consultants.

A few months ago we launched a new legionella bacteria service, giving risk assessments as well as testing to help businesses, charities and organisations in the public field identify and examine their risk of exposure to potentially deadly legionella.

Throughout July, we were happy to welcome Adam Midson to Acorn Security Services as each of our new Legionella and Fire Consultant. Adam will develop this specific growing area of each of our business which is specialized in helping people to try to avoid the effects of legionella bacterias.

In this blog, Adam describes more about his function and how Acorn Safety Solutions can support you.

‘Here to assist with all of your health and safety needs’

I am delighted to have joined the group at Acorn Safety Companies at such an exciting time. Acorn has strong ambitions for the future, especially around its legionella bacterias services, and I can’t wait to be part of it.

I’ve put in many years working in water industry, in domestic plumbing and remedials and more not too long ago gaining valuable expertise carrying out legionella risk exams.

I’ve already been on the road assembly our clients face-to-face, and I’m really looking forward to developing these important connections.
‘What is legionella bacteria as well as am I at risk?’

Legionella bacteria is microscopic and could be found in streams, streams, reservoirs and wetlands, usually in really low numbers, where they will don’t cause any problems. The difficulty comes if these tiny bacterias get trapped inside your water system and multiply, potentially resulting in Legionnaires’ Disease.

According to the Authorities, there were 503 cases of Legionnaires’ Disease in the UK in 2019. It’s a serious illness which can be deadly – symptoms to know include fever, headache, cough and lack of breath.

While legionella bacteria might cause problems anywhere in the right conditions, some areas such as spots where water is stored or recirculated, the place that the water temperature is among 20-45°C or where oxidation, sludge, scale as well as organic matters are mixed together, are considered to be in much higher risk.

Those who are more susceptible to an infection, including the elderly and people with weakened immunity processes, need to be especially cautious.
‘So, what can I do to guard myself and those close to me?’

Employers, your self-employed, facilities managers, health and safety officers and land lords, are all among those that have a duty to protect individuals against the risks related to legionella bacteria.

The rules about legionella bacteria are really complicated and testing has to be carried out by an expert : this is where Acorn Safety Providers can really help.

A full Legionella Threat Assessment carried out by a qualified assessors is the initial important step in figuring out and assessing your own personal risk.

The survey can look for any non-Water Regulations Approval Scheme approved fittings, assess your frosty water tank and scenarios in your hot water cyndrical tube and accessibility to every area that require monitoring and also maintenance by law.

Following the assessment, you will get a full report which will include any advice about remedial work and repairs and methods you should take following.

To make things that much easier for you to manage, we also offer a free online web site where our consumers can store his or her risk assessment papers safely and securely online guaranteeing they are fully available whenever you need these.

And because Acorn Safety Companies is a fully-independent health and safety working as a consultant, you can be sure that suggestions we offer is with your very best self interests at heart.

Good quality to working with an individual soon.

More info about Legionella risk assessment just go to our new webpage: click to read more