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Why Occuaptional Hygiene Is Important

 

What is Occupation Hygiene and why

does it matter?

 

Occupational hygiene describes the prevention of ill-health in the workplace by managing health risks which arise from exposure to hazardous substances. An Occupational Hygienist will undertake a study of the workplace health risks, which will include monitoring for hazardous substances, a report will be compiled on these findings and control measures will be suggested to reduce health risks. Occupational Hygiene is important because exposure to hazardous substances, both short and long-term, can cause a range of illnesses from allergic reactions, skin or breathing problems, to cancers. Our Occupational Hygienist will look at ways that these health risks can be reduced by reducing exposure to the hazardous substances.

 

 

Occupational hygiene is the anticipation, recognition, evaluation, control, and confirmation of protection from hazards at work that may result in injury, illness, or affect the well being of workers. These hazards or stressors are typically divided into the categories biological, chemical, physical, ergonomic and psychosocial.     

Hierarchy of Control

 

 

 

 

 

 

Why Use R&B Industrial?

 

Unlike many of our competitors’ reports, our surveys include recommended control measures. This will help your organisation to identify the most cost effective way to reduce your employees’ exposure to hazards, for example through substitution with less hazardous substances/processes or the use of LEV Systems.

Our engineering team can also implement most COSHH & DSEAR control measures, and we have particular expertise in the design, installation and modification of LEV and explosion protection systems. Our approach generally reduces costs as duplication of engineering design and consultancy across multiple organisations is avoided – reducing workload and facilitating efficient communication and administration.

 

Further Services

R&B Industrial can also offer the following services, in conjunction with a PAM visit, as part of a single cost-effective package:

  • ‘Swab’ samples for assessing health / skin absorption risk.
  • Qualitative & quantitative Face Fit Testing (for RPE).
  • Breathing Air Quality Testing.
  • Full workplace noise surveys, including recommended equipment modifications, e.g. enclosures, attenuation, dampening etc., as well as implementation of these modifications.
  • DSEAR Risk Assessments and Hazardous Area Classification, including advice on ATEX compliance and guidance on reducing the extent of zones. This can be coordinated with assessment and implementation of COSHH controls.
  • LEV Initial Assessments and Thorough Examination and Testing.
  • Review of your filtration / filter requirements; we can provide a whole range of very competitive industrial filters; liquid, dust, fume, gas and air.
  • Stack Emissions Monitoring.
  • Fire Risk Assessments.

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New Award 2019!

 

 

What fantastic news to end the year on for 2019!!

 

 

On Monday 9th December R&B Industrial received a new award to add to our growing shelf for achieving outstanding results for Business Growth 2019 from Action Coach.

We work very closely with Action Coach Solent who help us sculpt promising ideas and plans on how to grow as a business, so we were of course delighted they presented us with this award at the recent christmas event!

Thank you to all of our employees who go above and beyond to make this happen. All their hard work has been a great team effort to enable us to even be considered for this accolade.

 

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Company News June-July

company news june to july

 

Everyone at R & B Industrial would like to thank you to say Test Valley Borough Council for supporting our business and progression of employees by funding some recent training courses. These courses will not only benefit just ourselves but customers who are looking for a company who can help in all aspects of project management. 

 test valley

One of our Senior Projects Engineers, Julian, recently passed an industry specific P604 course in Leicester in June. This course is particularly suited to LEV topic specialists, Health and Safety or Occupational Hygiene professionals, Managers, Supervisors and Building and Services engineers. The course provides the advanced theoretical and practical knowledge of LEV to prove competence for TExT and System Design.

Raja, Grzes and Morgan recently completed a P602 course in Leicestershire which equips delegates with the basic skills to be able to specify LEV systems, including calculating an appropriate benchmark for correct hood selection, using Fletcher’s Nomogram/Equations for captor hood design, calculating system pressure losses and specifying an appropriate fan.

We really do appreciate all the help and support TVBC has given our company over the last few years.

Test Valley Borough Council has secured £0.5m to improve skills in Andover as part of the planning agreement for Andover Business Park. The Council is using this sum to encourage Andover businesses employing up to 100 persons to offer skills training to Andover residents.

Due to continued expansion and growth R & B industrial have taken on a new an Electrical Electronics engineer and a new Electrical design engineer. We welcome you both aboard and look forward to a long-lasting relationship with you both.

Solutions to create additional dust collector capacity

 

 

With changing levels of production and modifications to existing systems becoming a solution, some of you may be asking how can I get extra capacity out of my dust collector?

 

Wood dust extraction system, LEV COSHH testing and LEV Thorough Examination & Test in East Sussex - South East England

 

Here we show you an example of how we have ahcieved this for one of our customers.

 

Screen solutions in East Sussex, recently asked us to review their wood dust extraction system, where they believed there had been a drop in performance. Although this wasn't identified by the previous LEV COSHH testing company.

Screen solutions had also installed a new CNC machine and the extraction did not appear to be adequate, although they had been told otherwise.

Our P601 P604 certified LEV COSHH testing engineer went to site to carry out a brief inspection of their wood dust extraction system. Having reviewed the previous LEV Thorough Examination & Test reports there did indeed appear to be a drop in overall performance, although no reason was given. It could potentially be due to a much higher resistance to flow with the new CNC machine.

Our LEV Testing Engineer carried out a number of system checks and noticed that the fan inlet pressure appeared to have risen significantly (although this had not been directly recorded in the last LEV thorough eA balancing damper to the new CNC machine was also found to be approx 50% closed although this made little difference to the overall system airflow examination & test report). Note the fan was on the product / wood dust extractor 'dirty' side.

A balancing damper to the new CNC machine was also found to be approximately 50% closed although this made little difference to the overall system airflow.

There also appeared to be some external damage to a silencer or duct fitted on fan inlet, although it was unclear the extent of the internal damage.

It was also noticed that a tight 90 degree bend was fitted to the fan inlet. This is not good LEV design practice and a significant drop (10 - 15%) in performance can occur.

A centrifugal fan should always be fitted with either 3 - 4 duct diameters of straight duct. Alternatively the LEV proposals engineer should have the capability of producing a well designed fan inlet loading chamber to provide maximum fan efficiency. Often this will take up little more room than a 1.5 - 2D 90 degree bend. Other checks were done to confirm the filter differential pressures, duct flows.

Following these initial brief checks various calculations were done to check the LEV design pressures & flows and compare against measured.

Using fan laws, improvements in air flows were calculated based on the above data. The data showed that there did indeed appear to be a partial blockage in the inlet duct (silencer) of approx 500pa. It was also deduced that a balancing damper would need to be fitted to a beam saw, in order to achieve the airflow on the CNC mc.

With these improvements and the fan inlet plenum an increase in airflow of 15 -20 % was predicted. We gave a guarantee of the performance improvement stating we would achieve the required airflow for the CNC m/c and Screen Solutions ordered the works.

Our LEV site installation engineers did find a partial collapse on the fan inlet duct with a substantial amount of product. A fan loading chamber was designed manufactured & installed by R&B Industrial together with new inlet ducting and other minor works, including fitting of airflow indicator gauges on the beam & CNC machines.

We then carried out system balancing and an LEV Thorough Examination & Test on the 17 branch LEV system. As a minimum Screen Solutions wanted the beam saw, CNC & at least one other machine to be run consecutively. We were able to achieve this & in addition a further 2 machines could be run consecutively.

                                                                         

                                                                                                      Before                                                                After

screen solution before and after.2