Workplace Exposure Limits – The Problems for Demonstrating Compliance

Written by

Rachel Powis MSc CertOH LFOH – Occupational Hygiene Technical Manager (Envirochem)
Edited by Dr Alexander Bianchi CFFOH, FRSPH, DipOH, CChem, MRSC Scientific Advisor

Workplace Exposure Limits (WELs) form a fundamental part of the UK Control of
Substances Hazardous to Health (COSHH) regulations, and substances which have been
assigned a WEL are subject to the requirements of COSHH. However, demonstrating
compliance with these exposure limits can pose significant challenges both for employers
and businesses.

One of the main problems is the complexity of reliably assessing worker exposure levels and
making valid interpretations from what are often small data sets generated by typical
monitoring strategies. Even when comprehensively designed, worker exposure sampling
frequently offers only a snapshot of exposure occurring at a specific time. But we know that
wide variations in exposure levels can occur depending upon various factors such as
variance in job tasks and individual work practices (which can generate significant exposure
variability between workers), different exposure profiles such as are encountered in batch
production processes and, along with external influences including environmental factors
and workload, can result in considerable day-to-day variability.


Workplace exposure variability, whilst being dynamic in character, are accepted to conform
to a log-normal distribution. This distribution implies that a small but key number of
workers may be exposed to significantly higher levels of the hazardous substance
compared to the other data making up the spread. This can introduce a degree of
complexity to interpreting exposure results, as samples taken on one specific day under the
prevailing conditions at that time may not be likely to capture the full range of exposures
that workers may experience over longer periods of time.


To give some meaning to limited sampling data and help with navigating such issues, BS EN
689: Workplace Exposure – Measurement of Hazardous Substances – Strategy for Testing
Compliance with Occupational Exposure Limits provides guidance on statistical methods
for demonstrating compliance. This is applied by using a derived benchmark known as the
“statistical lower confidence limit,” to assess whether a workplace is compliant with
exposure limits set by occupational health and safety regulations. For a sample pool of only
three results from workers who are considered to be similarly exposed to the hazard of
concern – often a number logistically achievable from a one-day sampling exercise – this
benchmark is calculated at 10% of the WEL value.


Demonstrating compliance, or conversely exceedance, therefore becomes arguably
simpler with very high or very low exposure profiles but becomes more challenging to
assess in cases where measured exposures fall within a central range of variability. In such
cases, demonstrating compliance with WELs requires additional monitoring efforts and
statistical analysis may be required to accurately evaluate results. The downside of course
is that this approach can be prohibitively costly and often offers no further benefit where
the goal is to ensure adequate control and protect worker health.


COSHH regulations place the responsibility on employers to control and minimise exposure
to hazardous substances in the workplace. This includes conducting risk assessments and
implementing control measures whilst being informed and guided by the sensible
application of monitoring and exposure assessment. Control of exposure is only considered
to be adequate when the Principles of Good Practice are applied, the WEL is not exceeded
and, for carcinogens, asthmagens and mutagens, exposure is reduced to as low as
reasonably practicable.


Therefore, WEL compliance only forms a part of what is required by law, and WELs taken in
isolation should not be considered a hard and fast line between safe and unsafe. In addition,
a further precautionary note is that these exposure limits are not always set at levels that
adequately ensure worker safety. For example, comparing a small number of UK WELs with
other respected international exposure limits (e.g. ACGIH TLVs) suggests a degree of non-alignment and raises the question that they may not reflect the latest scientific evidence
on health effects.


This apparent dissonance between WELs and international standards creates challenges
for businesses, especially those operating across international or global horizons, in both
adequately protecting employee health, especially where WEL compliance is being applied
as the primary indicator used to assess control. In many cases, companies operating
internationally insist that the Occupational Exposure Limits (OELs) applicable in the
countries where they are headquartered take precedence especially where they may be
more conservative than other OELs applicable in different legal jurisdictions. Moreover,
these requirements are often enshrined in company policies on a global scale. Therefore,
for a UK-based entity, it is crucial for employers to go beyond simply meeting the WELs on
several levels as well as taking all necessary proactive measures to ensure the safety and
well-being of their workers and compliance with regulatory requirements in their own host
country.


Indeed, addressing these challenges requires a comprehensive approach that goes beyond
sampling data. This can include implementing additional control measures for continuous
improvement, consulting industry and specialist trade bodies and independent expert
panels in order to stay up to date on best available control technologies. It also includes
reviewing existing control measures with the Principles of Good Practice in mind.
Additionally, employers should stay informed about updates to international standards
that impact their businesses directly as well as scientific research regarding health effects.
By following these guidelines and taking a proactive approach to managing workplace
exposure, employers can demonstrate their commitment to employee health and safety
while also mitigating potential legal risks and reputational damage.


Addressing the complexities of demonstrating compliance with WELs requires a
multifaceted approach that considers the variability of workplace exposures, reviews
controls against a range of indicators, and goes beyond minimum regulatory requirements.
In many cases it also involves continually striving to meet ‘regulatory and industry best
practices’, and, increasingly for companies operating internationally, achieving full range
compliance across even broader horizons.


In summary, more than ever, engaging with occupational hygiene professionals and
seeking their expertise can help businesses navigate the complexities of workplace
exposures and ensure that their employees are adequately protected. While compliance
with WELs is an important aspect of protecting workers from hazardous substances, it is
not the sole indicator of occupational health and safety performance, and employers have
a responsibility to go beyond these limits. By proactively addressing the limitations of WEL-focused sampling strategies and combining other benchmarks, such as the Principles of
Good Practice employers can ensure a more comprehensive approach to managing
hazardous substances and protecting the health and safety of their workers while
delivering sound compliance with the COSHH regulations.


Envirochem is passionate about creating better health outcomes for your personnel, who
in turn will create better outcomes for your business. Our goal is to help you build a healthier
and more productive business through our expertise in Human Health & Environmental
testing & consultancy.


Our specialists work as trusted advisors, becoming embedded in clients, whether we are
scoping out occupational hygiene dust monitoring and consultancy, noise assessments or
asbestos sampling & analysis. Supporting beyond an initial scope, we help you identify
other potential sources of risk which also may need due consideration-from dust explosions
and DSEAR to chemical testing in soil samples. Envirochem is your extended team when it
comes to making your people safer.


Our occupational hygiene monitoring programs can provide you with useful baseline data
across your sites’ operations. This only takes you so far on your safety journey towards best
practice. To make true, continuous improvement in worker health, real world, actionable
steps which facilitate positive change are required. Envirochem can provide expertise and
advice, tailored to your specific needs and site requirements, through bespoke control
audits. The worker exposure data we collect will be used in conjunction with our
consultancy experience, to help determine what you can do to effect the changes you need
to make.


To book a complimentary site visit, where we can discuss your requirements in detail, please
email: john.stead@envirochem.co.uk

Dust Exposure in Flour Milling and Bakeries: Occupational Hygiene Challenges in the Workplace

Written by



Written by Rachel Powis MSc CertOH LFOH – Occupational Hygiene Technical Manager (Envirochem)
Edited by Dr Alexander Bianchi CFFOH, FRSPH, DipOH, CChem, MRSC Scientific Advisor


The adverse health effects of flour dust exposure have been known at least as far back as
the 1700s, when flour millers’ lung was documented by Bernardo Ramazzini, a Florentine
physician. Since then, various research and exposure studies have been conducted to try
to better understand the impact of flour dust on the human respiratory system, and to get
to grips with its effect on the overall health of workers in the milling and baking industry.


It was specifically in the 1930s that allergic responses to flour dust were extensively
examined in bakers, when conditions such as “Baker’s Lung” were highlighted. In addition,
the observation of skin (i.e. dermal) responses to dust exposure in tandem with respiratory
(asthma) symptoms observed within cohorts of bakery workers added to existing evidence
of its potential as a sensitiser. Moreover, when bakery workers showed an absence of
symptoms following time off work away from the bakery, the link between flour dust
exposure and health effects was significant. Remarkably, even now in the early part of the
21st century, flour dust exposure remains a leading cause of respiratory disease. For
example, in 2021, it was cited by the UK SWORD reporting scheme (i.e. Surveillance of Work Related and Occupational Respiratory Disease) as a leading cause of newly reported
respiratory disease, second only to asbestos.


Occupational exposure to flour dust is commonly associated with a wide range of
respiratory ill-health conditions. Rhinitis is a common complaint as well as a “marker
symptom”, and typically precedes the more severe asthma and chronic bronchitis
symptoms associated with “Baker’s Lung”. At a deeper level, these health effects are
influenced by various factors such as the type of flour, the dose, duration of exposure,
individual responses and susceptibility, and the occupationally determined environmental
conditions.


Numerous studies suggest that ill-health responses are indeed more complex than simply
reactions to flour dust itself; in addition to flour, enzymes – often used within improvers –
and allergens – such as Aspergillus fungi – contribute to respiratory sensitisation and
symptoms. The risk can be particularly high during the milling process due to the high
volume of flour handled and additional risk factors from co-associated biological agents
within with the raw materials undergoing processing. Furthermore, these can be
encountered during a range of bakery tasks, from manual hopper additions to sieving and
surface dusting, and tied to flour handling and agitation processes which in turn create
airborne dusts. Therefore, the prioritisation of occupational hygiene exposure control
measures throughout the industry remains vitally important to minimise workers’ exposure
and mitigate a range of potential health effects associated with the consequent risk of
serious respiratory and skin diseases.


Most occupational exposure limits for flour dust are set as “Inhalable dust”, and 8-hour TWA
(Time-Weighted Average) exposure limits vary significantly from the ACGIH (American
Conference of Governmental Industrial Hygienists) TLV (Threshold Limit Value) of 0.5
mg.m-3 to the UK’s Health and Safety Executive WEL (Workplace Exposure Limit) of 10
mg.m-3. However, the literature records that ill-health effects have been reported at
exposures occurring below 0.5 mg.m-3 in some instances, indicating that first order
compliance with set occupational exposure limits may not in of itself be adequately
protective of health. Importantly, it underscores the critical significance of controlling
exposure to flour dust in the workplace as far as possible through application of ‘good
practice’ hygiene controls and associated measures.


The concept is not a new one; indeed, it is central to the ‘control and reduce’ philosophy of
the UK COSHH regulations, whereby emphasis on driving down exposures to as low as
reasonably practicable (and in real terms, meaningfully below applicable exposure limits)
applies for all forms of occupational sensitisers – for which flour dust most certainly has
been identified as. Consequently, it is crucial for flour milling and bakery facilities to
prioritise their occupational hygiene measures such as to minimise dust exposure. This is
essential to both protect their workers’ health and demonstrate sustainable and viable
compliance with regulations. Such occupational hygiene interventions include the initial
identification and recognition of all the key hazards and risks within the workplace followed
by thorough evaluation and monitoring of exposure levels. Moreover, above all, it requires
the full implementation of suitable and sufficient control measureswhich can offer genuine
and reliable long-term protection to all potentially-exposed workers.


Despite the inherent limitations with workplace sampling for direct comparison against
occupational exposure limits for flour dust (i.e. from a standpoint of health protection), the
effective and timely monitoring of air quality and dust levels in the milling and bakery
facilities is essential. How else can we understand exposure and identify any areas that may
require additional attention or improvement? Monitoring is an excellent tool for ongoing
exposure performance assessment and properly applied should drive ongoing commitment
towards continuous improvement.


Through such an approach the industry can gain insights to help create safer and healthier
environments for bakery workers, ultimately reducing the risk of serious occupational
health issues associated with flour dust exposure. In practical terms, HSE guidance suggests
that exposures of below 2 mg.m-3 (as an 8-hr TWA) should be reasonably achievable in any
case within bakeries when they apply good practice controls with exposure reduction
measures in place. However, this may be assumed or misapplied as a proxy exposure limit
or target level of exposure, and to that extent the HSE caution that meeting this level of
exposure may not in itself be indicative that good practice is in place. The guidance is clear;
the industry must demonstrate competence and capability in pushing exposure as low as is
possible.


Within many bakeries today, recent technological developments such as specialist “lowdust” flours have been explored largely to help achieve significant improvements for
reducing worker exposure. A 2023 study suggested an exposure reduction of up to 86%
during sieving was achievable; however, as a word of note, the composition of low dust
flours may render them unsuitable for specific applications and often comes with higher
costs.


Nonetheless, the implementation of effective dust control measures does not have to be
overly complex and costly. Simple control measures, such as reducing the amount of flour
used for dredging and placing lids on mixers can make large reductions in dust exposure
throughout bakeries. Similarly, sleeves surrounding transportation ducting, coupled with a
robust programme of equipment maintenance, have been assessed to significantly reduce
exposure for millers.


These measures, paired with regular competency training and the targeted use of personal
protective equipment for peak exposure tasks that cannot be avoided, form the backbone
of a successful programme for reducing occupational exposure. Importantly, the success
of control strategies is also often reliant onworker “buy in” and desirable behaviours, which
have a profound effect on individual exposures. For example, many cleaning activities still
rely on ‘high-dust generating’ dry sweeping which can lead to excessive exposures during
clean-up work and, frustratingly, undermine efforts targeted on control within routine
processes. The widespread use of archaic dry sweeping methods is possibly due to a lack of
awareness about best practices or oversight from employers and employees alike.
Therefore, training and education programs should always be implemented at the same
time across all levels within organisations. Effective control emphasises e3nsuring that
workers are aware of the health risks associated with flour dust and are equipped with the
knowledge and skills (and equipment) to minimise their exposure.


Awareness, however, is not the only barrier to effective control. Although commonly seen
throughout bakery facilities, air extraction fitted with moveable capture hoods are often
not well suited to manage sieving or surface dusting as they depend heavily on appropriate
positioning, which can be difficult to achieve. Alternative enclosure-type extractions
generally offer better control and have an advantage of not being dependant on user or
physical and area restrictions. Identifying suitable controls, therefore, involves both
technical and user input to find options which are suited both to the process and
ergonomically.

Not least, worker health surveillance makes up an important component in overall
management of exposures by facilitating early detection of any individual potential health
effects on workers. Regular health surveillance should be conducted for workers in flour
milling facilities to monitor and identify any respiratory and skin symptoms or diseases that
may be linked to flour exposure. Health surveillance also plays a vital role in helping with
early intervention and treatment, as well as supporting occupational hygiene in assessing
the effectiveness of control measures in place. From a broader perspective, regular reviews
and information sharing between occupational hygiene and health professions is
advocated to fully understand ill-health risks and make targeted control interventions
where needed.


Envirochem has considerable expertise in occupational hygiene matters with respect to
dust, noise, and manual handling across a multitude of industries including the food sector.
We are passionate about creating better health outcomes for your personnel, who in turn
will create better outcomes for your business. Our goal is to help you build a healthier and
more productive business through our expertise in Human Health & Environmental testing
& consultancy.


Our specialists work as trusted advisors, supporting and assisting clients directly, whether
scoping occupational hygiene dust monitoring and consultancy, or noise assessments or
asbestos sampling. Supporting beyond the level of initial scope, we help clients identify
other potential sources of health exposure risk which also may require due consideration, spanning from noise and vibration hazards to dust explosions and DSEAR. Envirochem is
your extended team when it comes to making your people safer.


Our occupational hygiene monitoring programs can provide you with useful baseline data
across your operations. This only takes you so far on your safety journey towards best
practice. We are committed to assist you in making quality, continuous improvements in
worker health with real-world actionable steps which facilitate the positive changes that
are required. Envirochem can provide expertise and advice, tailored to your specific needs
and site requirements, through bespoke control audits. The worker exposure data we
collect will be used in conjunction with our consultancy experience, to help determine what
you can do to effect the changes you need to make.


For a free site scoping meeting, please contact us in confidence at: john.stead@envirochem.co.uk

References:
Elms, Robinson, Rahman & Garrod (2005), Exposure to Flour Dust in UK Bakeries: Current
Use of Control Measures, The Annals of Occupational Hygiene, Volume 49, Issue 1, 2005
p95-91
Daniels, Iskander, Seed, Carder & van Tongeren (2021), The Health and Occupational
Research (THOR) Network Annual Report, Centre for Occupational and Environmental
Health, University of Manchester
Martinelli A, Salamon F, Scapellato ML, Trevisan A, Vianello L, Bizzotto R, Crivellaro MA,
Carrieri M (2020) Occupational Exposure to Flour Dust. Exposure Assessment and
Effectiveness of Control Measures. International Journal of Environmental Research and
Public Health, Volume 17, Issue 14, 2020
Griffin, Fishwick, Elms, & Curran (2001), Respiratory symptoms and wheat flour exposure: a
study of flour millers, Journal of Occupational Medicine, Volume 51, Issue 2, 2001, p141-
143
Pocock, Hall, Bennett, Darnton, Molloy, Laboratory study of the effectiveness of
substituting traditional wheat flour with low dust flour and use of different sieve designs as
controls to reduce exposure to inhalable flour dust in commercial bakeries, Annals of Work
Exposures and Health, Volume 67, Issue 9, 2023, P1081–1087

Asbestos risk: Moving from awareness to action

Written by

It’s a stark fact that asbestos-related diseases are estimated to cause around 5,000 deaths every year in Great Britain. In light of this shocking figure, the Health and Safety Executive (HSE) deserves credit for highlighting the very real dangers of this now-banned substance through the launch of its new Asbestos & You campaign.

The initiative is explicitly targeted at younger workers in trades such as plastering and joinery who started out in their careers after asbestos was banned in 1999. According to the HSE, this is a group that “need to take the risk of asbestos much more seriously” as they might mistakenly think it’s only relevant to older workers who were in employment prior to the ban.

The truth, of course, is that asbestos is still present in millions of buildings constructed pre-2000 and tradespeople of all ages could be exposed to asbestos fibres as part of their everyday work. Raising awareness of this danger is a critical first step in helping protect workers, but in doing so, the HSE campaign also raises important questions. For example, is awareness of the problem matched by awareness of the available solutions? When there’s suspicion of asbestos, is it clear what people should do or where they can go for help?

At Envirochem, our wealth of analytical expertise helps clients manage a range of environmental risks from a variety of sources, including asbestos. Here we look at the best-practice approaches to managing this highly carcinogenic substance.

Be prepared

Under regulation 4 of The Control of Asbestos Regulations (CAR) 2012, every non-domestic building should be surveyed as part of a duty to “take reasonable steps” to ascertain whether asbestos-containing materials (ACM) are present in the premises, where they are located and what condition they are in. This information is contained within an asbestos register that should be available to any contractors to inform them about any asbestos present. In cases where a building is being refurbished or the work involves demolition, a Major refurbishment/demolition asbestos survey is required to locate and identify all asbestos materials so they can be safely removed. Before starting any work, request a copy of the asbestos register from the asbestos survey or get confirmation that the asbestos has been appropriately removed so you’re aware of what you are dealing with.

If in doubt, stop

If you do come across what you think might be asbestos, cease work immediately. Even if you are under time pressure, don’t be tempted to assess the risk yourself, work around the situation or, worse, carry on regardless. It’s essential that appropriate personnel with management responsibility are informed of the potential danger and then tests are conducted to confirm the properties of the material in question.

Seek out expert help

If you are unsure about what to do, seek out expert advice. You might be tempted to start this journey with a Google search, in which case, make sure the information you are accessing is from a verified, trustworthy source. Better still, speak to someone with knowledge and experience of managing asbestos risks. Independent consultancies will be able to respond to any queries and guide you through next steps in terms of sampling, surveys and testing. All analytical testing should be carried out to the internationally recognized standard ISO/IEC 17025 by companies accredited by the United Kingdom Accreditation Service (UKAS).

Take appropriate action

Where asbestos is present, the level of risk involved will determine whether it should be dealt with by a licensed or non-licensed contractor. In either case, the work should be carried out under highly controlled conditions to a plan of work by trained individuals and with relevant insurance in place. Again, expert consultancies can provide valuable support on the nature of the work required and how it should be carried out. At Envirochem, we are always on hand to offer professional advice and guidance where these questions arise.

For anyone in the trades – young or old – the above steps provide some practical, essential guidance on what to do when faced with the possible threat of asbestos, a substance that might now be banned but certainly has yet to be consigned to history. Indeed, Mesothelioma UK’s ‘Don’t let the dust settle’ campaign reminds us that a possible 6 million tonnes of asbestos could still be present in 1.5 million buildings across the UK.

Looking to the future, it’s not only important that such campaigns maintain awareness levels among those potentially exposed, but that individuals also know they can access a network of asbestos experts to mitigate their personal risk. Perhaps less a case of Asbestos & You and more a case of Us vs Asbestos.

If you would like any more information about the risks from asbestos or the UKAS-accredited sampling, surveys and testing services available from Envirochem, get in touch with our team today by email (office@envirochem.co.uk) or by calling 01329 287 777. If you would prefer us to get in touch with you, please fill out the form below;

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Our Asbestos Services!

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Here at Envirochem we can help with all your asbestos needs and questions, from surveys, asbestos fibre ID to air testing we have it all covered.

Asbestos Fibre Identification Service

Material analysis will identify:

+The presence of asbestos

+ The asbestos product type

We can offer you:

+ Sample collection service

+UKAS accredited analysis

+ Water absorption testing

+ Fibre identification certificate with every sample analysed

+ Consultancy catered to your individual needs

Asbestos awareness courses

+ British Occupational Hygiene Society training to include:

P401, P402, P403, P404, and P405 for working with asbestos

Asbestos Surveying

Management surveys –

This type of survey is non-intrusive which details the location, type and condition of asbestos containing materials found.

Major Refurbishment & Demolition surveys –

Required when premises are being renovated or demolished, identifying asbestos containing materials present before beginning of structural work.

Re-inspection surveys –

The condition of asbestos containing materials in non-domestic properties should be re-inspected every 12 months.

Analytical Testing

Background air monitoring –

Carried out prior to any asbestos works to ascertain ambient air quality.

Reassurance air monitoring –

Carried out during and following asbestos removal to ensure control limits have not been exceeded and the area is safe for occupation.

Personal & Leak air monitoring –

To establish exposure levels when working with asbestos and ensure the contamination is contained to the working area.

4 Stage Clearance –

Used to independently verify that licensed asbestos works have been completed correctly and reoccupation is safe.

Watching Briefs & Verification Reporting –

Analyst can aid in overseeing asbestos activities taking place on site, to ensure that the site is cleared in a methodical way.

For more information or advice please call on 01329 287 777 or fill out the form below;

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Envirochem now offers a Fit2Fit accredited face fit testing service!

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An inadequate fit will significantly reduce the protection provided by the RPE and may lead to serious immediate and long-term health problems.


Quantitative face fit testing can be carried out both at our head office in Fareham or on site.


Qualitative face fit testing can also be undertaken if required.


Types of tight fitting masks that can be tested:
• Half Face Ori-Nasal Respirators
• Full Face Respirators
• P3 Disposable Half Masks


If there are any other types of masks you would like tested and you are unsure
please don’t hesitate to ask.


Notes for candidates:
• All operatives must be clean shaven
• All operatives must refrain from eating or drinking for 1 hour before their test
• All operatives must refrain from smoking for an hour before their test
• Testing should be carried out every 1-2 years
• Re-tests should be undertaken if operatives face shape changes (i.e due to major
dental work/weight loss etc.)


Face fit testing procedure (according to HSE INDG479):
• Operatives will don their mask
• Operatives will then be required to undergo various exercises
• There are 7 exercises taking 80 seconds each.
• Operatives need to pass each exercise consecutively to gain a pass


Please call 01329 287 777 or complete the form below if you would like further information or a free quotation:

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UKAS ACCREDITED ASBESTOS IN SOIL TESTING / QUANTIFICATION

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Here at Envirochem, we offer UKAS accredited quantification of asbestos in soil. 

Analysis will identify:

  • The presence of asbestos
  • The asbestos product type
  • The percentage of asbestos present within the sample
  • Documented values to enable the client to interpret the results to their specific requirements

Analysis will enable the end user to:

  •  Assist with the determination of the Waste Acceptance Criteria
  •  Identify potential for asbestos exposure adjacent to contaminated land
  •  Identify the total percentage of asbestos present in the sample

We have a dedication team of analysts, fast turnarounds and over 30 years experience.

To find out more or contact us, call on 01329 287 777 or fill out the form below:

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Do you need asbestos surveying or testing?

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Before carrying out works such as demolition, refurbishment or maintenance where it is foreseeable that your work will disturb the structure of the building, make sure you have the right planning, managing and monitoring in place before commencing.

The HSE do not hesitate in taking action when their required standards are not met. Such is the case in their most recent conviction:

Contractor sentenced after asbestos disturbance in public park
https://press.hse.gov.uk/2021/12/06/contractor-sentenced-after-asbestos-disturbance-in-public-park/

Envirochem can help with all your asbestos needs from surveying, sampling, air monitoring and more, find out more or get in contact with us:

https://envirochem.co.uk/asbestos

We Are Hiring !!

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Envirochem is a long established, UKAS accredited, independent organisation offering analytical and consultancy services covering most environmental issues.

Due to continued expansion an opportunity has arisen to employ Trainee Asbestos Analysts based at our main office in Fareham and our sub office in Bristol. The successful applicant(s) will be required to start as soon as possible.

If you would like to join our team please follow the link see all the details on indeed:

https://uk.indeed.com/jobs?q=Envirochem&l&vjk=b5aeae6e21033501

Vinyl floor tiles

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Vinyl floor tiles are a type of flooring that in more modern times are not used as frequently and are usually hidden underneath carpets that have been laid over them.

These tiles can often contain asbestos and if you are in any doubt whether yours are asbestos containing or not and certainly before you rip them up you should get them tested for asbestos and any bitumen or adhesive used to adhere them as well.

It can also be the case that the tiles are not asbestos containing, but the adhesive used to adhere them to the floor is and should also be tested before pulling up the tiles or scraping the adhesive off.

Here at Envirochem, we can attend your property or site and take samples of tiles and other materials you are concerned with and test them at our own in-house UKAS accredited laboratory.

We even sell self-sampling kits to enable you to safely take samples of materials yourself and return them for us for testing.

For more information and to contact us please call on 01329 287 777 or fill out the form below:

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Our Newest Bulk Analyst.

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Meet Maria, our newest Bulk Analyst joining our Asbestos Laboratory. Maria has passed her P401 exam and is quickly gaining experience and furthering her knowledge. Maria was trained in-house by our experience staff as we offer approved British Occupational Hygiene Society (BOHS) courses for a range of asbestos related courses including P401.

Here at Envirochem, we are a UKAS accredited Laboratory and have over 25 years of experience in the asbestos sector.

From sample analysis, air monitoring, surveys and more.

Envirochem offers a competitive Asbestos Fibre Identification service, in accordance with our UKAS Accreditation and HSG 248, returning results by email within 24 hours in most cases.

In the United Kingdom, the three most common forms of asbestos are chrysotile (white), amosite (brown) and crocidolite (blue). They are found in common building materials such as insulation board panels, spray coating, bonded cements, gaskets, insulation, textured coatings, and vinyl flooring.

We undertake Management and Major Refurbishment/Demolition Asbestos Surveys in accordance with our UKAS accreditation based upon HSE Guidance Note Asbestos: The survey guide (HSG 264). We also undertake Re-inspection Surveys of buildings which have previously undergone Management Asbestos Surveys.

Our team offer the full range of asbestos air monitoring services geared specifically to meet the requirements of your project, in accordance with HSG 248. Our growing fleet of asbestos analysts are provided with fully equipped mobile laboratories allowing for on-site analysis of air samples and instant certification upon completion of analytical monitoring.

Additionally, we are UKAS Accredited for the Quantification of Asbestos in Soil.

For further information on all our services, please contact us for our fast and efficient service, call us on 01329 287 777 or fill out the form below:

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