Construction Site Safety Best Practices

Construction Site Safety

Assess the risks

Slip, trips and falls

According to OSHA, falls are the leading cause of death in construction. Think about the exposed high-rise buildings or buildings with scaffolding around them. Even falls from ladders cause a significant amount of on-the-job industries. Injuries occur when workers do not install scaffolds securely or use ladders incorrectly which is the leading cause of accidents.

 

Hazardous materials/ Chemicals

A concerning rising safety hazard in the construction industry is the mishandling and misuse of hazardous materials.

The use of hazardous materials and chemicals is commonly identified as a key hazard in manufacturing industries but can often be overlooked in construction. Perhaps unknowingly, construction workers are handling, using and emitting hazardous materials every day on site.

Access all hazardous materials and Chemicals that will be on the construction site before the work begins and make sure the workers know the safety procedures around them.  For more information on how you can educate your employees on hazardous materials and chemicals please click here.

 

Electrocution

Electricity is one of the great inventions of the past century, but there’s no getting around the fact that it can be extremely dangerous if it’s not handled properly. Any construction site has the potential to expose construction workers to electricity. Many tools and pieces of equipment require electricity to operate. This is why it’s so critical for any type of construction worker to receive appropriate safety training for the use of electricity on a job site.

It’s also important for construction workers to have access to appropriate safety gear and equipment if they are required to work with or around electricity.

 

Heavy and/or powerful tools

The greatest hazards posed by hand tools result from misuse and improper maintenance. The employer is responsible for the safe condition of tools and equipment used by employees. Employers shall not issue or permit the use of unsafe hand tools. Employees should be trained in the proper use and handling of tools and equipment.

These tools also often cause hand-arm vibration. According to the HSE; By law, as an employer, you must assess and identify measures to eliminate or reduce risks from exposure to hand-arm vibration so that you can protect your employees from risks to their health.

 

Mental Heath

Dermot Carey, Director Safety and Training, Construction Industry Federation (CIF) said;

“Research shows that 10 people a week in Ireland take their own lives – 8 out of these ten are men. The construction sector is 96% male. We know from feedback we have received that workers in the construction sector are part of these statistics. As an industry we have focussed a lot of our effort in the past at managing safety issues – recently we have realised that we need to give time to managing people’s wellbeing…. the slogan for the day is “ Mind Your Head”. 

For more information on how you can educate your employees on Mental Health please click here.

 

Personal Protective Equipment (PPE)

The fundamental principle is that personal protective equipment (PPE) should only be used as a last resort. The safety and health of employees must be first safeguarded by measures to eliminate workplace risks at source, through technical or organisational means (e.g by substituting hazardous chemical ) or by providing protection on a collective basis (e.g providing scaffolding instead of harnesses).

The employer has to make an assessment of the hazards in the workplace in order to identify the correct type of PPE to be provided and to ensure that PPE is appropriate to the risk. Care must be taken in selecting PPE as certain types give reasonably high levels of protection while others,  that may appear almost the same, give relatively low levels of protection. Source – Health and Safety Authority

 

If you would any further information on how you can be more safe or have questions please don’t hesitate to get in contact with us either by mailing info@elearn.ie or calling Tel +353 1 693 1421.

Construction: The 10 Most Common Health and Safety Risks

We at My Elearn Safety are always looking to share valuable information with our followers. The UK company Papertrail have written a very informative blog on the 10 Most Common Health and Safety Risks in Construction.

Health and Safety Risks

Accident fatality rates in the construction industry are double that of the sector average, with rates of minor accidents almost incalculably more.

In such an ever-changing working environment this is hardly surprising. But many employers are still unaware of their duty of care to employees, visitors, and even those not directly related to their activities.

We’ve compiled a list of the top 10 most common risks associated with working on a typical construction site, and highlighted the steps you can take today to effectively manage those risks. Read on to find out more.

Working at Heights

The construction and/or demolition of buildings frequently requires tradesmen to work at height. In 2014, falls from height were the most common cause of construction site fatalities, accounting for nearly three in ten fatal injuries to workers.

The risks associated with working at height are often increased by added access and mobility restrictions. Training, including safety awareness training, is essential for employees required to work at height.

Clearly, working at height should be treated with added caution, so be sure to follow these guides from the HSE:

 

…The blog goes on to include some of the following risks and also some risks you wouldn’t think of;

  • Moving Objects
  • Slips, trips and falls
  • Noise
  • Hand Arm Vibration Syndrome

and more, to continue reading this blog please click here. 

Have a look at our Construction Health and Safety Courses here. 

Look After your Construction Workers Health and Time

Do you have workers or are a worker yourself exposed to Chemicals, Silica Dust or Asbestos? It is the responsibility of the employer to make sure workers are protected and are informed of the best practices on how to work safely in a safe environment.

How to educate your employees

Doing a course is the easiest and most practical way to make sure your employees are educated. However taking a course can be expensive and time consuming for both the employer managing it and the employees taking the courses.

That is why many construction companies around Ireland have opted for Online Safety Training as a solution. Online training is a cost effective alternative to traditional class based learning. Courses can be taken with in a few hours of study time with 24/7 accessibility which your employees will prefer.

Below we have listed the most common health risks for workers in construction.

Construction Workers Health

Silica Dust

What is Silica Dust and route of exposer?

Crystalline silica is a basic component of soil, sand, granite, and many other minerals. Quartz is the most common form of crystalline silica. Cristobalite and tridymite are two other forms of crystalline silica. All three forms may become respirable size particles when workers chip, cut, drill, or grind objects that contain crystalline silica. Inhalation is the primary route which can penetrate deep into the lung

Legislation

The respirable fraction of the dust is invisibly fine and the OELV for Respirable Crystalline Silica (RCS) is 0.1mg/m3 averaged over 8 hours, as set down in the HSA Chemical Agents Code of Practice under the Safety, Health and Welfare at Work (Chemical Agents) Regulations 2001. A risk assessment under these regulations is required where exposures to RCS can occur. The Safety, Health And Welfare At Work (General Application) (Amendment) Regulations 2016 S.I. No. 36 of 2016 contains a Prohibition on silica – Regulation 128 “An employer shall ensure that no sand or other substance containing free silica is introduced as an abrasive into any blasting apparatus. Source – HSA

Health effects

Did you know that Silica Dust has been classified as a human lung carcinogen? Additionally, breathing Silica Dust can cause silicosis, which in severe cases can be disabling, or even fatal. When Silica Dust is inhaled, it enters the lungs and causes the formation of scar tissue, thus reducing the lungs’ ability to take in oxygen which causes many issues including silicosis. Since silicosis affects lung function, it makes one more susceptible to lung infections like tuberculosis.

See Course overview here – Silica Dust Awareness 

Asbestos

What is Asbestos and route of exposer?

Asbestos a mineral that exists naturally in a fibrous form, what makes it so dangerous is that it is resistant to heat, water, chemicals and electricity. There are many products that have asbestos in them including; fireproof coatings, concrete and cement, bricks, pipes, gaskets, insulation, drywall, flooring, roofing, joint compound, paints and sealants. Asbestos also exists in electrical appliances, plastics, rubber, mattresses, flowerpots, lawn furniture, hats and gloves. Working with asbestos products puts your health at risk.

Legislation

The Safety, Health and Welfare at Work (Exposure to Asbestos) Regulations, 2006 (S.I. No. 386 of 2006) , aim to protect the health and safety of all employees who may be exposed to dust from asbestos containing materials, during the course of their work activities. The regulations apply to all work activities and workplaces where there is a risk of people inhaling asbestos dust. Source – HSA

Health effects

Asbestos is a Category 1 carcinogen and all six types can cause cancer. Blue and brown asbestos are known to be more dangerous than white asbestos. There is no cure for asbestos-related disease. Following exposure to asbestos, a person may develop one of the following three fatal diseases: Asbestosis: fibres penetrating deep into the lung causing scarring of the tissue. Asbestos-related lung cancer and Mesothelioma, a cancer of the cells that make up the lining around the outside of the lungs.

See Course overview here – Asbestos Awareness 

Chemical safety in Construction

What is Chemical Safety in Construction and route of exposer?

Chemical safety is an important consideration on construction sites. There are also many hazards that may not be obvious, but they can still present a health hazard if they aren’t handled properly. Some of the most common chemicals that workers are exposed to include: Zinc, Cadmium, Beryllium and Mercury. There is a wide range of expose including, contact with the skin, inhalation and ingestion and injection.

Legislation

Safety, Health and Welfare at Work Act 2005. The Code of Practice contains the following elements: – Schedule 1 to this Code of Practice stipulates the OELVs, which are currently legally binding under the Chemical Agent Regulations. – Schedule 2 to this Code of Practice provides a list of substances which are under review by the Health and Safety Authority. – Schedule 3 contains a Chemical Abstracts Service (CAS) Number index of all substances included in the Code of Practice.  Source – HSA

Health effects

As there are a vast amount of different types of chemicals used and each have their own health effects it’s not possible to list them however what we can say is that exposure, especially prolonged exposure is very dangerous to your health. Some chemicals may also have physical chemical hazards, e.g. flammable, explosive or have additional hazards if they are mixed or stored with incompatible chemicals. Chemicals can also have an adverse effect on the environment if they are used, stored or disposed of incorrectly.

See Course overview here – Chemical Safety

How one pilot project could inspire a green building revolution

The European Commission’s new sustainable buildings framework, Level(s) is highly ambitious. It aims to tackle climate change, create a better environment and improve resource use by measuring the environmental impact of a building across its entire life cycle.

All this sounds very impressive, but how do you begin to convert this dramatic rhetoric into reality? This is what the pilot phase of Level(s) is intending to demonstrate.

You build it. Literally. You lay the foundations, put up the walls and put on the roof. And at every step of the way, you collaborate and share what you have learned with everyone who can make a difference on a national, regional and global level. It’s about scale. One great sustainable Level(s) pilot project building could inspire many more.

In 2017, our Knauf Insulation Experience Center in Slovenia was selected to participate in the testing phase for Level(s). Now, six months into construction, the two storey 640m2 building is becoming a sustainability showcase for everyone involved.

And there are a lot of people involved, all contributing valuable expertise or benefiting from the pilot project. There are Commission representatives assessing the research; support from WorldGBC’s Europe Regional Network (ERN) and forensically detailed assessments by the German Sustainable Building Council (DGNB).

The results of this collaborative effort are already being felt with architects, policy-makers and other building sector stakeholders throughout the supply chain closey monitoring our experience of testing Level(s).

What is particularly exciting is the fact that the Slovenian government is looking into Level(s) as a way to reshape the country’s building sustainability strategy.

Saša Galonia, Head of Construction Division Spatial Planning, Construction and Housing Directorate at the Slovenian Environment Ministry said: “We are delighted to observe this pilot project from initial design to final completion. This project represents a reality check for the application of new sustainability requirements in our country.”

Josefina Lindblom at the Unit of Sustainable Production, Products and Consumption at the European Commission for DG Environment, commented that Level(s) test phase offers a unique opportunity to “create an ambitious long-term vision for a better sustainable built environment in Europe”.

At Knauf, we are particularly excited about the potential of Level(s) to transform Europe’s building market.  Vincent Briard, our Sustainability and Product Regulatory Affairs Director, stated: “Level(s) could pave the way for an exciting new life cycle-focused legislative approach to sustainable buildings in Europe. Certainly, that’s our hope because at Knauf Insulation life cycle assessments and Environmental Product Declarations have always been at the heart of everything we do.”

Audrey Nugent, ERN’s Senior Policy Adviser, echoes the long-term importance of this life cycle approach to sustainable buildings. “Level(s) will enable governments across Europe to incorporate the concept of the circular economy into their own national plans and ensure these are aligned with European priorities and efforts to tackle climate change.”

Then there is DGNB certification system for sustainable building. We are working to ensure the Knauf Insulation Experience Center is the first building in Slovenia to be certified by DGNB — ideally at Gold level — and this has meant an intense focus on the highest standards of sustainable building best practice.

Finally, for Knauf Insulation, the pilot has obviously been an incredible opportunity to demonstrate green building leadership.  As observed by our technical support lead Primož Bernard: “The process of building this centre involves a level of sustainability detail that is incredibly complex and hugely inspiring. The standards that have been prescribed are the highest I have ever worked with and achieving them is an amazing education for everyone involved.”

The new two-storey Knauf Insulation Experience Center is next to Knauf’s Škofja Loka plant in Slovenia and will feature areas for demonstrations, digital experiences, show-rooms, offices, technical rooms, lecture halls and meeting rooms. Work will be completed later this year.

Construction Workers 2040 Plan

Where will all the construction workers come from to build the Ireland 2040 plan?

In the long-term apprenticeships will help, but what about in the next few years?

Construction of social homes in Clongriffin.
Image: Sam Boal/RollingNews.ie

THE Project 2040 plan made €116 billion worth of pledges and industry groups are warning that it must be matched with adequate training if the promises are to be kept.

The plan makes a commitment to providing “capital supports” for new apprenticeship courses but the scale of the work that needs to be implemented is huge.

The Construction Industry Federation estimates that apprenticeships have fallen from a peak of about 27,000 during the previous decade’s housing boom to a current level of 3,000.

“We need to be signing up maybe 5,000 per year to be really meeting the demands of the industry and probably more into the future,” CIF spokesperson Shane Dempsey said following the publication of the government’s planning framework.

While the numbers themselves show that apprenticeships have taken a major hit in recent years, there’s also an image problem that must be reversed.

About 60% of school-leavers head for university or the IT system and Dempsey says part of the challenge is developing a culture that will see students and guidance counsellors viewing apprenticeships as a viable option.

There’s reputational damage over the last few years so we really need to show there’s a career there, there’s 10 years if not 25 years of work. Part of that is also about investing in modern technology and demonstrating that there are careers in construction beyond the work that’s done on site.

The commitment to support apprenticeships has also been welcomed by unions with ICTU’s Construction Industry Committee  saying they are currently “way below” what is required.

ICTU’s Billy Wall outlined how the issue of apprentices leaving Ireland for work in Australia and Canada who would benefit from a more direct route into employment here.

“Without these systems in place, the sector will struggle to attract the necessary workers which will impact negatively on the capacity of this plan to deliver critical infrastructure across the economy,” Wall said.

Working group

The also plan makes reference to the establishment of a working group that’s tasked with ensuring the construction sector is adequately supported throughout the period it covers.

It’s envisaged the Construction Sector Working Group will consist of government departments as well as the relevant agencies with representatives of the construction sector al represented.

Dempsey says this return to engagement is welcome and that the lack of it the past few years has been down to a lack of activity.

In the short-term, however, there’s concern that a gap may exist between the development of new apprenticeships and the more immediate need for labour.

CIF had estimated that construction activity could require 112,000 jobs up to 2020 under the government’s €43 billion capital programme.

Now that has significantly increased, with a commitment for 25,000-35,000 houses per year, Dempsey says this figure may have to grow and could lead to construction workers coming from abroad:

“The education sector will find it very difficult to deliver those kind of figures within three to four years.”

So you will get an influx of skilled labour, from Europe in particular. You may get a ‘Brexit effect’ of construction workers who may have focused on going to the UK instead coming to Ireland.