How to Make a Construction Site Safe?

Site safety should be your number one priority when setting up a construction site. If you are starting a new project and need some guidance on how to make your site safety compliant, we have rounded up a quick guide to create a safety compliant construction site in line with the Health and Safety Executive’s regulations.

Site rules and induction

It is essential that all construction personnel are briefed and trained in the site-specific safety rules and partake in a site safety induction.

Site rules should be clear and easy to understand for all personnel. If you have employees on site whose mother tongue is not English, you must provide the site rules in other languages to make them clear for these employees.

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Every construction site employee must be given an appropriate site induction, including any tours of the site, training videos and practical training exercises applicable to your construction site.

Traffic management

For large sites that will have vehicles moving about them, it is absolutely vital that you have a traffic management system in place to ensure the safety of people on site.

This should include clearly demarcated routes for vehicles and for employees on foot. Warning systems for vehicles moving about on site and specific parking spaces for site vehicles.

Protective equipment

As a construction site employer, you must provide your employees with the correct personal protective equipment. This could include hard hats and high-visibility clothing to ensure they are noticeable on site.

You should also be providing first aid supplies, a registered first aider and other emergency equipment such as eye washes should an accident occur on site.

In addition, it is now important that you provide the proper personal protective equipment to mitigate the risks to your employees from airborne viruses. This could include masks, visors, and hand sanitizers or sanitizing sprays to kill germs.

Waste management

Undoubtedly, your construction site will generate waste and debris that will need to be managed properly. Domestic waste from site offices and staff areas should be separated for recycling and disposed of under the local council’s guidance.

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Chemical and industrial waste should be handled efficiently too. It is important that you have a waste management contract in place with a reputable provider before you start work on site.

For more information on how to keep your site safety compliant, visit the Health and Safety Executive website for the construction industry.

NatHERS – Tool To Maximize Sustainability of Your Future Home

Short for the Nationwide House Energy Rating Scheme, NatHERS uses a 10-star rating system which is able to easily access the thermal performance of buildings within Australia. Though a NatHERS certification is required for all new developments with multiple dwellings, it is essential for all residents to obtain an assessment to be able to easily evaluate the thermal assessment of their development.

At Certified Energy, our years of experience distinguishes us from our competitors. We work with each client separately, to ensure that each individual project thrives in terms of cost, efficiency and the preservation of design concepts.

We strive to minimize your costs whilst maximizing the sustainability of your future home.

Why is NatHERS assessment required?

NatHERS as outlined above is the Nationwide House Energy Rating Scheme which is able to evaluate the thermal performance of any dwelling. Though this may seem irrelevant and unnecessary when outlining the overall performance of the building, it is a necessity to get a NatHERS assessment in order to ensure a sustainable future for our environment.

Not only this, but NatHERS is essential when obtaining a BASIX assessment. BASIX is a NSW Government initiative striving to improve the environmental sustainability. It comprises of three factors: water, thermal and energy. The thermal component of BASIX can be easily completed through a NatHERS assessment with its thorough, accurate and flexible approach to addressing thermal performance.

Thus, a NatHERS assessment is required not only to contribute towards a sustainable future for the environment but also as a necessity under the BASIX initiative led by the NSW Government.

What does a NatHERS assessment include?

A NatHERS assessment can be obtained by a specialised company that has NatHERS Accredited Software which can be used to determine the thermal efficiency of your home. Within the assessment, each resident will be provided a copy of the key design features and the building materials and the scope used to generate the dwelling’s star rating.

The star rating, also known as the Energy or Thermal Efficiency star rating, is an accurate indicator of the level of heating or cooling your building requires to not only make you feel comfortable, but to ensure that it doesn’t have a detrimental impact on the environment. By following the recommendations and guidelines that will be included in your report, you will also be on the path of having lower energy expenses, by using the appropriate amount of electricity.

How does Certified Energy do it differently?

At Certified Energy, there are two main certification solutions that will help you achieve the lowest cost with the highest efficiency rating. These include the essential solutions (House Energy Rating Scheme, Elemental Provision) or alternative solutions (Verification Using a Reference Building and State Specific Energy Protocols).

In order to give you the best catered advice as per your personal needs, Certified Energy will guide you through the various approval pathways that will help your project achieve energy efficiency and environmental sustainability.

Why Steel Is An Environmentally-Friendly Building Material

If you are thinking about building a new home or office block, it is important that you are considering the effect that it will have on the environment. There are many different building materials that you can choose from but only some are energy efficient in the way that they are made. Here, we are going to look at some of the reasons why steel is a very environmentally-friendly building material. Keep reading to find out more about this material.

1. Less Waste

One of the most important reasons why steel is an environmentally-friendly building material is the fact that it tends to produce less waste. When you order steel from a company like Armstrong Steel, for example, you are only ordering exactly what you need. Their steel building kits provide you with the exact materials you need to assemble, so if you have any spare parts you’ve done something wrong!

This can mean that there is little to no waste in comparison to other building materials such as brick or wood. This is a great reason to consider using steel in your home.

2. Reduced Energy Usage

When you invest in steel as a building material, you are also ensuring that energy usage and costs are going to be much less in the future. This is great for those who are going to be living in the building or using it, as well as the environment as a whole.

Steel is a material that can be effectively insulated and so you don’t need to worry about losing any energy. This means that this building material is much more environmentally-friendly.

3. It Can Withstand Harsh Weather

Did you know that steel is an extremely durable material and so it has the ability to withstand harsh weather and stay standing for a long time? This means that you don’t need to worry about the steel building falling down in the event of flooding or snowstorm as it is built to last. With a longer-lasting material, you can be sure that your building will leave behind a much smaller carbon footprint.

4. Solar Panels Can Be Added

The final reason that steel is an environmentally-friendly building material is that it can have solar panels added very easily. Not every building material has this ability and so solar panels are often ignored for other types of energy.

With more buildings using solar energy to power utilities, the environment will be positively impacted. This is something to consider if you are thinking about building a steel building in the near future.

Final Verdict

Steel is one of the best eco-friendly building materials for buildings across the world for a number of reasons. If you are interested in doing what you can to save the planet then you might want to consider choosing steel for your next project. Think about how durable this material is and remember that steel is recyclable. Try steel in your next building and you will feel much better about your carbon footprint and the effect that you are having on the environment overall.

Management of Construction Wastes

A wide variety of wastes are generated during construction projects which may be classified into four categories – excavated wastes, demolition wastes, construction wastes and mixed wastes. Construction wastes are also known Construction and Demolition (C&D) wastes. Excavated materials is made up of soil, sand, gravel, rock, asphalt, etc. while demolition wastes is comprised by  concrete, metal, roofing sheets, asbestos, brick, briquette, stone gypsum, wood material. Waste materials generated from construction activities are concrete, dry wall, plastics, ceramics tiles, metals, paper, cardboards, plastics, glass etc. In addition, mixed wastes, such as trash and organic wastes, are also produced in construction projects. A great way to get rid of all the construction waste is to hire a company that handles everything for you. For instance, if you need a south Philadelphia roll-off dumpster, you will find many options, make sure to select a reliable company that can offer you an excellent service and advises you along the way.

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Almost 90 percent of construction wastes are inert or non-hazardous, and can be reused, reclaimed and recycled and reused. The non-recyclable, non-hazardous and hazardous waste materials constitute the remaining 10 percent. The non-inert materials include trees, green vegetation, trash and other organic materials while and the hazardous construction waste materials include contaminated soil, left over paints, solvent, aerosol cans, asbestos, paint thinners, striping paint, contaminated empty containers.

Sustainable management of construction wastes uses number of strategies and is based on the typical waste hierarchy: Avoid/ eliminate, reduce, reuse, recycle, treat and dispose.

Avoidance / Source Reduction

Avoidance or source reduction is considered as the best strategy for waste management and is the most economic way to reduce waste and minimise the environmental impacts of construction wastes. This can be done by avoiding use of hazardous materials such as asbestos-containing materials or chromated copper arsenate treated timber or through green purchasing of materials. This includes purchasing of non-toxic materials, pre-cut timbers and ordering materials of desired dimensions.

Reuse

Although source reduction and elimination are preferred options in the waste management hierarchy, it is always not possible to do so. In this case consider reuse, donation and salvage options to companies or people who need those. Reuse option lengthens the life of a material. Reuse strategy can be used in two ways.

Building Reuse – It includes reusing materials from existing buildings and maintaining certain percentages of building structural and non-structural elements  such as interior walls, doors floor covering and ceilings.

Material Reuse – This is one of the most effective strategies for minimising environmental impacts which can be done by salvaging, refurbishing and reusing materials within the same building or in another building.

Many of the exterior and interior materials can be recovered from existing buildings and reused in new ones. Such materials will include steel, walls, floor coverings, concrete, beams and posts, door frames, cabinetry and furniture, brick, and decorative items. Reuse of materials and products will help to reduce the demand for virgin materials and reduce wastes.

Recycle

There is very good potential to recycle many elements of construction waste. Recycling involves collecting, reprocessing and/ or recovering certain waste materials to make new materials or products. Often roll-off containers are used to transport the waste. Rubble can be crushed and reused in construction projects.

Waste wood can also be recovered and recycled. Many construction waste materials that are still usable can be donated to non-profit organizations. This keeps the material out of the landfill and supports a good cause.

Treat and Dispose

This option should be considered after all other options are exhausted. The disposal of construction materials should be carried out in appropriate manner through an approved contractor. For examples, certain components of construction waste such as plasterboard are hazardous once landfilled. Plasterboard is broken down in landfill conditions releasing hydrogen sulfide, a toxic gas.