Friday, September 23, 2016

Engineering Meets the Arts

Tasked with creating a laneway that was aesthetically pleasing for pedestrians and business owners, and also function as a traffic safety guide, MPS partnered with artist Tom Civil to come up with a solution.

Decorative asphalt surfacing by MPS Paving Systems
Taking on the challenge of creating a safety zone for Walnut Street in Cremorne, MPS Paving Systems (MPS) was able to produce a result that is as spectacular as it is practical.

Combining their StreetBond™ system with the considerable talents of this accomplished artist, MPS surfaced Walnut Street with a unique design that reflects Australia’s unique colour palette and topography.

StreetBond™ is a surfacing system that can be used to add colour and designs to asphalt and concrete. Based on leading edge polymer, cement and epoxy technologies, it is designed to withstand a variety of weather and traffic conditions, making it the right solution for the Walnut Street project.

Suitable for all kinds of architectural hardscapes and traffic management applications, StreetBond™ can be used to create highly visible spaces that enhance safety – and provide an opportunity for unique artistic expression.

Equally versatile is MPS Paving’s DuraTherm™, a decorative asphalt surfacing system that has stand out performance in high-traffic areas. Durable and flexible, this thermoplastic material will maintain its colour and integrity for many years.

DuraTherm™ is quick to install and laboratory and field tested. The reflective beads utilised ensure high visibility, and, because it is inlaid into imprinted asphalt, the durability is exceptional.

Check out MPS Paving’s unique Vine Design, utilised to upgrade Burnett Street in Brisbane; just one example of the unlimited options provided by the versatility of the DuraTherm™ custom surfacing system.

The applications for StreetBond™ and DuraTherm™ surfacing systems are virtually unlimited. If you can design it MPS Paving Systems can create it.

Saturday, September 17, 2016

Industrial Spill Hazards and How to Control them




The ability and preparedness of any organisation to respond to any mishap at the site can prove to be a key aspect in defining productivity levels.

In our last blog, while we did speak about workplace hazards and workers’ safety equipment, we realised that there are a few more risk factors that businesses need to be aware of, in order to maintain a protective and effective work environment at industrial sites.

Spill hazards and methods for their prevention and control
In this article, we put focus on spill control as an area of operation that plays a major role for the safety and protection of employees, the industrial site, and the surrounding water bodies.

Spill control itself is a vast field that covers many risk factors. From human exposure to hazardous chemicals, from liquid leaks on work floor to oil/chemical spill on water bodies, and so on. All these require proper control and specific safeguarding equipment. We cover some of them in this article.

Oil Spills

The term oil spill a form of pollution which essentially means a release of liquid petroleum hydrocarbon into the environment, especially into large water bodies.
Controlling such spills is a difficult task especially when the oil gets spread over a huge portion of water bodies or coastlines. It can take months to get control when the oil spills in such cases.

These oil spills also pose risk of an immediate fire hazard, and can lead to heavy air pollution and even risk of life. Thus, it is important for industries that deal with oil storage or transportation, to make sure all the oil containers/pipelines are highly secured and leak proof. They should also install spill detectors around the storage units so that the spills can be controlled as early as possible.

Environmental Effects of Oil Spills into Water Bodies

 

The oil spills can quickly spread onto a very large portion of water bodies. It can contaminate drinking water and can affect human and animal lives.

These hazards also become threat to sea creatures’ and birds’ lives. The viscous liquid floating over water destroys the insulating ability of fur-bearing mammals and water repellency of birds’ feathers. When birds or any other animals get exposed to such harsh elements, they lose their ability to repel water or insulate themselves from cold water. Eventually they die of hypothermia.

How to Recover from Oil Spills

 

Recovery from oil spills and its cleanup can be a herculean job, especially when oil spreads over a vast coastline. The recovery also depends on many factors, such as the type of oil spilled, temperature of the water, and types of the beaches involved etc.

These are a few commonly used methods for cleanup and recovery of oil spills:

Leading suppliers for chemical and oil spill control equipmentBioremediation. It is a waste management technique used to remove or neutralize pollutants at the contaminated site. In case of oil spills, microorganisms or biological agents are sprayed over the affected area. These organisms break down or remove the oil floating over water.

Controlled Burning. This is a slightly risky method, and if not managed carefully, can turn into a fire hazard. It is also important to use this method during low wind conditions.

Absorbent Booms. These are large floating barriers that can control, contain and cleanup oil and fuel spills. These booms are available with many unique specifications and can absorb approx 20 – 30 times more oil than their own weight.

Skimmers. These are the machines to skim or separate the floating oil from water.

There are more equipment that help in removing, separating and absorbing the oil spilled on water, including, vacuum, sorbents, chemical and biological agents and more. Check out ProjectLink’s comprehensive list for high quality spill control and management equipment and their suppliers in Australia.

Oil Spills at Industrial Sites

 

Oil and fuel spills are common accidents, and can take place while transporting, dispensing and storing oil in industrial and mining operations. The seemingly small threats in the form of leak, drip, or spill can turn into major accidents, such as fire hazards, slipping etc., if not controlled and managed on time.

To manage such situations promptly, companies must always be prepared with quality equipment for oil spill control. These equipment are capable of absorbing and controlling any oil leak, drip, or spill. You can also detect any leak with the help of hi-tech spill control systems, which can alert the management in quick time and minimise the risk.

Chemical Spills

Industrial sites that store, transport or use chemicals for any other purpose, need to take precautionary measures for spill control. These chemicals can be flammables, corrosives, solvents, explosives, or combustibles.

More often than not these chemicals are highly hazardous and can cause life risks. Thus, it is high significance to have spill control equipment around these industrial sites. For instance, an eyewash station can help if someone get exposed to hazardous chemicals, or spill control kits can help in absorbing such chemicals in case of accidental leaks.

It is also essential that all the employees who work near these harmful substances, should be trained to deal with any potential hazard.

There are a few methods that business owners can use for spill control and management:

Keep the Hazardous Chemicals in Covered Area

Make sure all the hazardous chemicals are stored in a covered area and protected against rainfall. If not stored properly, these chemicals can mix with rainwater and can further contaminate the workplace.

Hazardous chemicals should be stored in a covered and dry area

Generally, after getting mixes with water, these chemicals get diluted and hence weaker in their impact. However one can never brush off the importance of finding out the leak and taking appropriate actions as quickly as possible.

Labeling Hazardous Chemicals and Instruction Signs

 

Labelling all the hazardous chemicals with their respected kinds, such as flammable, combustibles, solvents, explosives etc. reduces the risk at work stations. Mere awareness created by proper labelling can help avoid major potential accidents that can because by such chemicals.

Proper use of instruction signage is another important measure that can be taken to reduce the risk emerging out of storage and use of hazardous chemicals. These signages instruct workers about the Dos and Don’ts of working with such substances. Signages can be a great help in preventing accidental spills and improving cleanup response, if any accidents take place.

The employers also need to make sure the site is well equipped to respond and control any kind spills. There are many spill control kits available in Australian market with different absorbing capacities and technologies. Businesses thus have the advantage of picking the right spill control equipment according to their unique requirements.

To make this search easy and effortless, ProjectLink has listed out various options of high quality spill control and management equipment, and their leading suppliers in Australia.

Wednesday, September 7, 2016

Central Station Set for Significant Transformation

One of Brisbane’s most important and iconic rail stations will be transformed thanks to a $67 million, 3 year project that will significantly upgrade the station.

The Central Station upgrade is set to deliver up to 750 jobs during its three year phase in the CBD. It is expected that the project will need a range of professions to undergo construction works such as engineering, electrical, rigging, carpentry, concreting and finishing trades.

Currently, over 140,000 commuters travel through Central Station daily, however the station has not seen a significant upgrade since the 1990’s.

The upgrade will deliver many changes, with a new roof and revamped platforms the most significant works. Transport Minister Stirling Hinchliffe spoke of the changes to the station, "The most striking feature of the new-look station will be a new, raised roof which will extend over the Edward Street end of the concourse, with a glass façade that will transform the station and inject the space with more light.”

“All the platforms will be modernised with new floor, wall and roof coverings, passenger information displays, CCTV and lighting. We will also raise platforms 1-4 to allow level-entry boarding, which will make it easier for passengers in wheelchairs, parents with prams and those traveling with luggage to access trains.

“The Central station upgrade is part of the Palaszczuk Government’s plan to cater for growth and build the railway service we need for the future.”
Other works include the installation of new lifts and escalators, as well as improved information and boarding displays.

Disruption to passengers will be minimal, with the works set to be done during scheduled night closures, as well as weekends.

It is expected that works will begin later this month on the project.