An Introduction to CleanSpace Technology

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No matter what kind of construction project your team is working on, personal protective equipment (PPE) is always a must-have. One of the most important PPE equipment is respiratory protective equipment, as its main job is to ensure dangerous particles are not breathed in and stay out of the wearer’s lungs. This specific piece of equipment is used in most, if not all, construction projects simply because all sorts of activities kick up harmful dust that can hurt one’s respiratory system.

While there are many respirators out there that can provide some form of protection against these hazards, none come quite as close to CleanSpace Technology’s respirators.

Here’s why you should opt for CleanSpace Technology respirators for your construction workers:

1. They’re Comfortable

One issue many workers have with many of the respirators today is that they’re uncomfortable. This can be quite concerning simply because, more often than not, workers must wear this equipment for many hours. If they are uncomfortable, not only is it distracting the worker from doing the job properly, but it might also force them to remove the respirator in an attempt to relieve themselves of the uncomfortable mask.

These two issues aren’t what you want your workers to experience, and that’s why CleanSpace Technology respirators are incredible. Not only do they offer the highest level of protection, but they are also incredibly comfortable. They’re super light, weighing less than 500 grams, and are built with soft silicone to ensure a proper, comfortable seal around the nose and mouth.

2. They’re Simple to Use

Another issue with respirators today is that they’re heavy, but not because of the mask itself. There’s a lot to be carried on, such as hoses, belts, and waist-mounted battery packs. To make things worse, many of these respirators aren’t easy to kick start either. This can be a hassle for workers, and all these extra things to wear can make work much more cumbersome.

CleanSpace Technology respirators fix this by removing all the belts, hoses, and waist-mounted packs. Instead, they offer everything into a simple one-button system that can easily be worn on the head! Plus, with 8 hours of run-time, there’s no worry about running out of fresh, clean air anytime soon.

3. They’re Incredibly Durable

Subject to such harsh environments, workers expect their respirators to work flawlessly, no matter the condition. Unfortunately, with so many respirators using cheap parts and a lot of them, the chances of a respirator failing to work properly are too high for comfort. This is a risk that no one ever wants to face, let alone think about at all.

Fortunately, this is a problem that workers do not have to worry about when using CleanSpace Technology respirators. This is because the respirator’s design and manufacturing process is ISO9001 accredited. This accreditation proves that CleanSpace Technology only works with the highest standards of quality and reliability. Pair that with their two-year warranty on their respirators, workers can enjoy peace of mind knowing that the CleanSpace Technology respirator they’re wearing will fully function.

Conclusion

Simply put, CleanSpace Technology’s respirator is designed to maximise workers’ comfort, safety, and productivity—three factors all workers want to enjoy when working in construction environments. If you have yet to invest in such respirators for your team of workers, we highly recommend that you do so. Your worker’s safety must and always will be your priority, and PPE like such a respirator will only ensure that your workers can work safe and sound. This enables them to complete projects on time and deliver the best results to keep you and your clients happy.

KEE Group is Australia’s most effective and unique civil and mining support service, offering four services that cover hire, surfacing, transport, and fuel to meet any needs. If you are looking to work with professional field support services to bring success to your construction projects, work with us today!

Is Modular Construction the Future?

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A common construction practice today is to build something to last. There’s a drawback with this emphasis on longevity or permanence. Permanent constructions often end up creating huge volumes of trash due to destruction or abandonment in our ever-changing environment. In fact, it is predicted that worldwide building waste will reach more than two billion tonnes per year by 2025.

As a result, modular construction, a sustainable building style that goes back to the 1800s, is regaining popularity. It offers a more sustainable, practical and flexible way to live, especially in this highly mobile world we live in.

What Is Modular Construction and How Does It Work?

Modular construction provides an economical and sustainable way to construct for both big and small projects. It is a newer technique of creating structures and might be challenging to finance due to the limited customisability of modules and the need for storage and transport.

But since it is becoming more prevalent, all these setbacks are not as big as a challenge today. The modular construction method is comparable to building LEGO kits. Several prefabricated buildings are delivered and assembled on-site and stacked end-to-end or one on top of the other. To create a single structure.

Due to its ease of disassembly and reuse, modular construction may lead to exponential increasing proficiency in the building industry. This idea isn’t new, but new technologies, economic forces, and shifting mindsets are reviving it.

While modular construction has certain drawbacks, it is gaining popularity because of its many benefits. We’re going to go through the most important ones below:

1/ Eco-Friendly and Sustainable

Modular construction saves resources and energy and enables the recycling of modules, reducing waste production. Because most work is done off-site, the impact on the site environment is reduced. Planning can decrease the number of vehicles and equipment needed on the job site.

Modular buildings can also be safer for employees. Indoor construction reduces the danger of accidents, environmental risks and other liabilities. Materials are also kept secure, which reduces the possibility of theft and vandalism.

2/ Adaptable and Flexible

Although modular buildings cannot be transported, modules may be removed and relocated or refurbished and reused. A new building takes less time and effort than a new one.

Modular construction is helpful for both new construction and extending or expanding existing structures. This flexibility has been shown to aid in high-rise construction and home modifications.

Module sizes may be limited due to transportation and manufacturing restrictions, restricting structural design. Modular buildings may be built indefinitely with the help of great architects and designers.

3/ More Affordable

The industrial setting of the modular building process is a more regulated environment than on a real site. Better material planning minimises material excess. It reduces storage costs and material loss due to damage or theft. Furthermore, the benefits of modular construction in terms of time savings translate into cheaper costs. You reduce labour hours and personnel expenses by building without weather limitations and doing on-site and off-site work simultaneously.

For projects in remote towns or areas experiencing a construction boom, you can potentially save money by avoiding travel expenses.

4/ Improved Quality Control

Modules are built in climate-controlled facilities utilising precise equipment and techniques, built from plans with exact material and construction requirements. As a consequence, the finished structure matches the design.

Modular buildings demand more initial maintenance than traditional ones. Considering this, each module must be strengthened to meet construction regulations. Site-built structures can be better than modular buildings if the components are stronger.

5/ Faster Construction

Modular construction allows you to manufacture modules in a factory while also doing site and foundation work. Simultaneous work can save project time in half.

Also, most of the building is done within a facility, reducing weather, theft and vandalism delays, and a faster occupancy provides a quicker return on investment.

Conclusion

Modular construction is currently thriving, and with the construction tech sector expected to surpass $1 billion by 2020, it will inevitably overtake traditional building methods.

As the construction industry faces rising challenges such as efficiency, labour shortages and environmental effect, there is a growing shift away from conventional building techniques and toward modular construction and other modern building technologies.

Numerous companies offer quicker comparable services to KEE Group, but none offer them as a whole package or with the same degree of honesty, dependability and expertise. Not only can KEE provide the machinery to assist with your construction needs, we can also transport the modules to site.

We utilise the industry’s best and brightest to deploy the highest possible quality solutions like construction hire, surfacing, transport, equipment hire and more, enabling our clients to efficiently and safely achieve their goals. Contact us today at +61864018500. We service the whole of WA and have offices in Perth, Albany and Port Hedland, Australia.

IMAGE © Katharyn Quinn 2021

How Technology is Revolutionizing the Surfacing Industry

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Modern road engineering has always focused on two things—providing a visual reference for vehicles travelling a path and ensuring the mechanical integrity of those vehicles. Today, though, the transportation industry is changing. Technology is innovating everything about surfacing, from the materials and construction methods used to the reasons we create roads in the first place. Keep reading to know more about the role of tech in this industry.

Reducing the Environmental Footprint of Roads

The cement industry contributes eight percent of annual global carbon dioxide emissions, which is not surprising since concrete is the second most widely-used material in the world after water. Reducing carbon emissions is a primary goal for engineers and technicians; manufacturers are constantly researching ways to make these materials more environmentally friendly.

Australia is one of the countries contributing to research in the reduction of emissions in surfacing technology. In particular, Australia has led the way in the application of geopolymer concrete, which contributes little to no CO2 emissions.

According to the Australian think tank Beyond Zero Emissions, pavements and roads in Victoria, including parts of the Westgate Freeway, are now made of geopolymer concrete. In the future, hopefully, more states and areas will follow suit.

Reducing Noise Pollution on the Road

Noise pollution contributes significantly to stress of those who have to listen to it. It leads to increased heart rates and blood pressure, and it can also affect people’s concentration. Road noise can also bring property prices and values down.

Reducing noise pollution, even by just three decibels, can make a world of difference. In Australia-based trial runs of noise-reducing hot-mix asphalt, researchers found that traffic noise levels went down by as much as 35 percent.

This reduction is because this type of asphalt uses crumb rubber and modified polymer binders. Polymers make the material more porous, helping it absorb sound.

Roads as a Source of Electricity

In an exciting move, innovative product designers are considering streets as a potential component in creating complex energy grids. Australia has the world’s ninth-largest road network—it has 356,000 kilometres of paved roads, and the country’s Highway 1 is the world’s longest national highway.

These thousands of kilometres of road surface can be used to harness the sun’s energy and researchers and technicians are looking into creating electricity-generating solar panels for roads.

Sprayed Seals for High-Traffic Roads

Roads carry several thousand vehicles in a day. In Australia, there were 20.1 million registered motor vehicles as of January 2021, a 1.7 percent increase from the previous year. The country’s road system has approximately 810,000 kilometres of roads, and 330,000 kilometres of these have sprayed seals.

Sprayed seals are thin layers of bitumen and aggregate sprayed on pavements and road surfaces. This surface treatment is necessary for countries like Australia and New Zealand, and sparsely populated countries with large distances between cities and population centres.

KEE leads the way in spray sealing technology; our spray seal team is equipped with the first two Specialist Roading Equipment (SRE) telescoping sprayers in Western Australia. These sprayers have variable spray bars, enabling multiple application rates in a single run. This feature makes it easier for engineers to seal wheel paths and shoulders.

Conclusion

The surfacing industry is changing because of technological innovations. From reducing noise pollution and carbon emissions to ensuring the longevity of surfacing and roads, engineers and scientists keep devising new, efficient, and convenient methods of moving from Point A to Point B.

Every major road project in Perth has had KEE Surfacing as one of its partners. Our surfacing and construction hire workforce consists of bitumen and asphalt laying professionals, hand-picked for their skills, experience, and knowledge in delivering safe yet cutting-edge techniques. Contact us today for enquiries!

Why the Construction Sector is Key to Economic Growth

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The construction industry has always been one of the most vital sectors in any nation. It’s one of the pillars that drive modern society, and it has a profound impact on a country’s finances and economy. Almost everywhere one goes, there’s bound to be some products of construction—it’s a broad and all-encompassing field that continues to grow despite any setbacks, and it’s key to economic growth and change.

Since the COVID-19 pandemic hit, the effects have been highly disruptive. Many industries worldwide have experienced unprecedented changes, forcing numerous businesses to close or adapt to new models and operations. Demands have drastically transformed, and supply chains have been cut short because of new government regulations. As a result, the economy sustained some significant declines.

Although the construction industry is one of the sectors that experienced the drastic effects of the pandemic, it remains a significant contributor to a nation’s economic recovery and growth. It’s still one of the most sought-after industries that continuously generates revenue, making it a field that’s worthy of attention and investment.

Government Investments in the Construction Sector

The construction sector is one that many individuals, businesses, and governments rely on. However, the pandemic has posed a significant challenge. Because of the unpredictable nature of the economy in a crisis, the industry has seen markedly reduced investments from private businesses and individuals.

Fortunately, many governments invest more in infrastructure during crises. Maintenance schemes are especially widespread because of their simple and quick approval processes. Doing so entails some risks because of the uncertainty of the economic future, but it’s a highly effective way to kick-start the economy. It offsets the lack of spending from private businesses and households.

How the Construction Industry Contributes to Economic Growth

Investment in the construction industry is essential to the growth and recovery of the economy in many ways. It allows nations to develop infrastructure that supports many other businesses from various sectors, such as education, healthcare, and transportation. Without construction, these enterprises would face an even more significant decline.

Construction programmes also provide jobs to a significant chunk of the working population because of their labour-intensive nature. It can readily absorb workers from different industries, and governments can focus on areas where the recession is most prevalent. Governments can create rural and social infrastructure in places with high unemployment rates or low wage costs to enhance economic activity and growth.

Other economic sectors can also benefit from the construction industry’s activity because of the “trickle-down” effect that the programmes promote. Many local businesses will contribute to the supply chain, and others can cater to the workers involved in the projects. Transportation, accommodation, food, raw materials, and other enterprises will have a necessary boost in growth.

The Takeaway

The construction industry is one of the most vital pillars of modern society, as its activity is essential in supporting many other business sectors. Its applications are endless for individuals, private companies, and governments alike, and it’s key to helping the economy grow and thrive despite unprecedented changes.

If you’re looking for construction equipment hire in Perth, Albany, and Port Hedland, KEE Group is the place to call. We’ll provide you with advanced and highly reliable machinery to help you with your projects. Get in touch with us today!

IMAGE © Katharyn Quinn 2021

3 Exciting Innovations in the Heavy Plant Machinery Space

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The world is quickly transforming and developing, and with that, heavy machinery and equipment need to keep up with the changes. With all these advancements in electromobility, machinery, and telematics, there’s no denying that this will change the game in the construction industry, providing many benefits to companies and clients worldwide.

Many are aware of the technological advancements in the digital space, but our physical infrastructure and construction developments deserve the spotlight, too, and for a good reason.

Since the machinery hire industry will continue to grow along with tech progress, it’s only right to explore the different technology trends pushing innovation in the heavy plant machinery space. Let’s take a look!

Trend #1: The Rise of Autonomous Machinery

By the end of 2025, the self-driving vehicle market is expected to be worth about USD1.6 billion. With this growth, you’ll find an overwhelming change in the industry’s productivity and efficiency, making autonomous machinery an unbeatable trend.

When a company integrates autonomous vehicles, workflows will improve, allowing these technologies to complete mundane tasks. This will allow employees to focus on value-added jobs instead of day-to-day issues that could take up too much of their time.

With that said, autonomous vehicles can also help improve the well-being of employees, since it promotes stress relief and safety in the work area.

Trend #2: Pushing Electromobility to Benefit the Environment

Another innovation to note is that, since autonomous vehicles are on the rise, the advanced equipment will be powered by electric motors, which provides sustainability for businesses.

With electromobility, equipment manufacturers have addressed years of sustainability efforts, finally realising lower-emission solutions, such as reduced fuel consumption and the development of telematics systems, which decrease fuel usage and idle time.

Continued research and development allow manufacturers to produce electric motors with batteries and computers integrated into machinery to help them work efficiently. Since this knowledge is shared across industries, electric motors have become more accessible, cheaper, and easier to make without compromising their powerful benefits.

But besides sustainability, electromobility also requires less maintenance than traditional motors, allowing companies to cut down expenses. Not to mention, with fast-charging options, these vehicles can reach peak charge within a small window.

Trend #3: Digitally Connected Machines, Telematics, and Virtual Change

We all know that we’re living in the digital age where almost everything is digitised. With that said, there’s no denying that the heavy plant machinery space has also found unexpected growth in this landscape.

Hundreds of multiple construction companies are beginning to embrace connected construction equipment and telematics. Because of this, it’s starting to become the norm at job sites, which encourages more innovation in this field.

By connecting equipment through telematics systems, you can merge GPS technology and onboard diagnostics, monitoring sensors, reports, and logs to help streamline and improve the performance and operations of construction equipment.

With all of this, telematics systems serve as a singular hub where data and information can be accessed, bringing in improvements in productivity and service.

The Bottom Line: There are No Stopping Technological Innovations in the Heavy Plant Machinery Industry

While it may take some time for most machinery tech innovations to become a norm, it’s quite encouraging to see that many industries are slowly adapting to the change and incorporating the different technological advancements we mentioned above.

Once advanced equipment becomes the norm, the construction industry will continue to rise, boosting economic growth, and ultimately benefiting society.

How Can We Help You?

If you’re looking to integrate advanced equipment into your projects, it’s best to call KEE Group.

KEE Group is Australia’s most effective and unique civil and mining support service, providing hires, surfacing, transport, and fuel services for any development project. Looking for machinery hire in Albany? Get in touch with us today!

IMAGE © Forbes

Is There Such A Thing As “Going Green” in Construction?

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Words like “green construction” and “sustainability” are emblazoned over the headlines alongside stories of wildfires, climate change, and city floods. Buzzwords like “green” and “sustainable” make us feel good, but they are frequently misunderstood in construction.

Green is a developing trend in the industry and worldwide, as the movement to protect our planet intensifies into a desperate frenzy. To understand how to operate in an environmentally friendly manner, it is necessary first to grasp what going “green” means for the industry.

What is Green Construction?

Green construction is built on the principles of sustainability and low-impact operations. The wise use of materials is part of every building’s life cycle stage, from material procurement and construction through operation and destruction. Green building incorporates:

  • Specialised designs and materials that have a low environmental impact
  • Environmentally friendly processes aim to save as much energy and water as feasible
  • Utilization of recycled or renewable resources
  • Processes that use fewer resources

The desire to save the world is not the sole motive driving the green building movement. Durability, cost savings, and efficiency are compelling reasons why sustainable practices push many businesses to the green corner.

Other Sustainable Construction Strategies Used Today

The scope of green construction is virtually limitless. Contractors have many alternatives, ranging from the Internet of Things to translucent glass-like material made of wood. Green vegetation-based roofs are frequently chosen for their aesthetic value as well as their sustainability.

Greenery makes people feel welcome and at ease in the places where they work or reside. The presence of plants and flowers improves the curb appeal of a structure. Furthermore, filling structures with flora may help lower indoor temperatures and offer insulation, lowering energy expenses.

Contractors can use the modular building approach to build off-site structure and then transfer it to the final construction site. They finish a project in less time and with fewer resources while producing the same high-quality results.

When the building has served its purpose, the firm might deconstruct it and repurpose it for another use. Furthermore, constructors operate at a better efficiency since they are not affected by weather delays or other accidents.

Read our article on the future of the Australian construction market to learn more.

The Future of Green Building in Australia

Green technological advancements over the next 5-10 years will shape the future of green construction. The emphasis must be on making significant changes in how we design and develop buildings for the future. Air cleaning products, for example, will make our interior and outdoor surroundings healthier.

Microgrids, net-zero buildings and electricity-generating windows will help lessen our reliance on coal and other carbon-emitting energy sources. Smart glass will help make surroundings more pleasant and less expensive to heat and cool, therefore saving energy and money.

Make a Statement With Green Construction Practices

In Australia, the Green Star rating (given by the Green Building Council Australia (GBCA)) is a voluntary and globally recognised grading system that conveys the quality of sustainable building and community design, construction and operation. It seeks to raise environmental awareness in the building sector and foster healthy market competitiveness that benefits everyone.

Conclusion

Green construction blends recycling, efficiency, sustainability and smart technology to create high-quality structures that are long-lasting and have a minimal environmental impact. Green building will become the standard method of construction for homes and other structures in the future.

Get your green ball rolling and hire equipment in Perth, Albany, and Port Hedland for your sustainable projects. The KEE Group stands behind significant climate issues and proactively looks for ways to minimize our impact wherever we operate. This is why we are more than prepared to help you achieve green construction with our top-quality machinery. Get in touch with us today to get what you need!

IMAGE © Katharyn Quinn 2021

Our people are our greatest asset

KEE Group are growing fast and we are often looking for the right people to help us make it happen. If you would like to join our team and share in the excitement, get in touch today!

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