Australian Mining Awards

The Rise of PE Pipe Floats in the Liquid Management Industry
PE pipe floats are an innovative solution for fluid management and transportation. Made from polyethylene plastic, these floats provide buoyancy to pipes, hoses, and cables to prevent them from sinking.
PE pipe floats have a hollow design that allows them to float on water. They are fitted over p**ing systems to keep them afloat for efficient liquid transfer. This eliminates the need for expensive underwater p**ing infrastructure.
Some key benefits of PE pipe floats include:
Cost-effective alternative to submerged pipelines
Allow p**ing to remain accessible for inspection and maintenance
Protect pipes against damage from rocks, debris and marine growth
Suitable for use in lakes, dams, rivers, and ocean
Durable and resistant to weathering and UV radiation
PE pipe floats were initially developed several decades ago as an economical solution for transporting water across significant distances. Pipe floats gained popularity in the agricultural sector before being adopted for industrial applications.
Early PE pipe floats were prone to cracking, but modern manufacturing techniques have vastly improved durability. Advanced grades of polyethylene provide long service life even in harsh conditions.
Today, PE pipe floats are a versatile solution used across many industries like mining, wastewater treatment, desalination, and marine construction. These pipe floats enable efficient fluid transfer without the complexity and cost of submerged pipelines.
Learn more
https://liquimech.com.au/.../the-rise-of-pe-pipe-floats.../

The Rise of PE Pipe Floats in the Liquid Management Industry - Liquimech PE pipe floats are an innovative solution for fluid management and transportation. Made from polyethylene plastic, these floats provide buoyancy to pipes, hoses, and cables to prevent them from sinking. PE pipe floats have a hollow design that allows them to float on water. They are fitted over p**i...

Don’t Settle for Less: Achieve Advanced Water Clarification with the HB60 Lamella Plate Settler
The Lamella Plate Settler utilises advanced inclined plate technology to optimise settling conditions within each unit. This innovative design ensures maximum removal of suspended solids and contaminants with a minimal footprint.
Liquimech lamella plate settler effectively removes:
Grit
Metals
Suspended solids
Settleable matter (silt)
Solids-laden surface runoff
Groundwater contaminants
Floating materials (organics and oils)
Liquimech lamella plate settler can also be fitted (upon request) with an automatic sludge removal system, ensuring virtually maintenance-free operation.
How does the Lamella Plate Settler work?
Lamella plate settler is a sedimentation tank that utilises:
Inclined Plates: To separate solid particles from liquid. These plates (Inclined Plate Settlers or IPS) are arranged to increase the unit’s effective settling area.
Conical Sludge Hopper: To allow accumulation of settled solids.
Lamella plate settler works on the principle of gravity separation.
1. The feed water enters the lamella settler from the top inlet channel and flows to the separator’s bottom.
2. The water is led back to the top, passing through the lamellas along the way, where the solid particles settle.
3. Treated water rises to the top and passes through a weir to reach the outlet.
4. The sludge is collected in the sludge funnel as it slides down the lamellas.
Learn more:
https://liquimech.com.au/product/hb60-lamella-plate-settler/

HB60 Lamella Plate Settler | Liquimech Designed to effectively remove suspended solids from liquids. They can be used for variable solid loads and fine solid sizes, and are excellent for pre-treatment applications.

We’ve just launched 30 Things: Sports Edition, right in time for the Olympics, to highlight the critical role that mining and minerals play in practically everything we do.

https://minerals.org.au/resources/launched-30-things-sports-edition/

Lamella Plate Clarifiers | Liquimech Efficiently clarify water with Liquimech's Lamella Plate Clarifiers. Explore innovative solutions for wastewater treatment and environmental sustainability.

From the construction of the stadium to the live broadcasts, Australian sport's greatest rivalry starts with minerals.

Water truck standpipes, commonly referred to as J standpipes due to their distinctive shape, are essential components in various industries, particularly in mining, construction, and agricultural sectors. These standpipes facilitate the efficient and safe transfer of water to trucks, ensuring a reliable water supply for critical operations such as dust suppression, equipment cooling, and irrigation. Here, we explore the different types of water truck standpipes, highlighting their unique features and applications.
1. Galvanised Standpipes
Overview:
Galvanised standpipes are designed for durability and resistance to corrosion, making them ideal for use in harsh environments. The galvanisation process involves coating the steel standpipe with a layer of zinc, which protects it from rust and other forms of corrosion.
Applications:
Suitable for desert and seaside worksites where exposure to corrosive elements is high.
Commonly used in agricultural and mining operations where long-term durability is crucial.
Key Features:
Corrosion-resistant, ensuring a longer lifespan even in challenging environments.
Robust construction capable of withstanding heavy use.
2. Cyclone Rated Standpipes
Overview:
Cyclone rated standpipes are engineered to endure extreme weather conditions, including high winds and cyclonic events. These standpipes are reinforced to provide stability and safety during severe weather.
Applications:
Ideal for regions prone to cyclones and strong winds.
Suitable for coastal areas and other high-risk locations.
Key Features:
Enhanced structural integrity to withstand high wind speeds.
Secure fittings and anchors to maintain stability during extreme weather.
3. Heavy or Large Vehicle Standpipes
Overview:
Heavy vehicle standpipes are designed to accommodate the size and height requirements of large trucks and heavy machinery. These standpipes ensure efficient water transfer for large-scale industrial operations.
Applications:
Mining and construction sites where heavy vehicles are prevalent.
Suitable for large-scale agricultural operations with significant water needs.
Key Features:
Taller and more robust to accommodate the dimensions of heavy vehicles.
High flow rates to facilitate quick filling of large tanks.
4. Portable Standpipes
Overview:
Portable standpipes offer flexibility and mobility, allowing them to be easily relocated as needed. These standpipes are typically lighter and designed for quick setup and dismantling.
Applications:
Temporary construction sites and remote locations where water access points need to be moved frequently.
Events and emergency response situations requiring adaptable water supply solutions.
Key Features:
Lightweight and easy to transport.
Quick and simple to set up and dismantle, offering flexibility in various situations.
5. Trailed Standpipes
Overview:
Trailed standpipes are mounted on trailers, making them mobile and versatile. These standpipes are designed for easy towing and can be quickly positioned wherever needed.
Learn More:
https://liquimech.com.au/standpipes/










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Water truck standpipes, commonly referred to as J standpipes due to their distinctive shape, are essential components in various industries, particularly in mining, construction, and agricultural sectors. These standpipes facilitate the efficient and safe transfer of water to trucks, ensuring a reliable water supply for critical operations such as dust suppression, equipment cooling, and irrigation. Here, we explore the different types of water truck standpipes, highlighting their unique features and applications.

1. Galvanised Standpipes
Overview:
Galvanised standpipes are designed for durability and resistance to corrosion, making them ideal for use in harsh environments. The galvanisation process involves coating the steel standpipe with a layer of zinc, which protects it from rust and other forms of corrosion.

Applications:

Suitable for desert and seaside worksites where exposure to corrosive elements is high.
Commonly used in agricultural and mining operations where long-term durability is crucial.
Key Features:

Corrosion-resistant, ensuring a longer lifespan even in challenging environments.
Robust construction capable of withstanding heavy use.
2. Cyclone Rated Standpipes
Overview:
Cyclone rated standpipes are engineered to endure extreme weather conditions, including high winds and cyclonic events. These standpipes are reinforced to provide stability and safety during severe weather.

Applications:

Ideal for regions prone to cyclones and strong winds.
Suitable for coastal areas and other high-risk locations.
Key Features:

Enhanced structural integrity to withstand high wind speeds.
Secure fittings and anchors to maintain stability during extreme weather.
3. Heavy or Large Vehicle Standpipes
Overview:
Heavy vehicle standpipes are designed to accommodate the size and height requirements of large trucks and heavy machinery. These standpipes ensure efficient water transfer for large-scale industrial operations.

Applications:

Mining and construction sites where heavy vehicles are prevalent.
Suitable for large-scale agricultural operations with significant water needs.
Key Features:

Taller and more robust to accommodate the dimensions of heavy vehicles.
High flow rates to facilitate quick filling of large tanks.
4. Portable Standpipes
Overview:
Portable standpipes offer flexibility and mobility, allowing them to be easily relocated as needed. These standpipes are typically lighter and designed for quick setup and dismantling.

Applications:

Temporary construction sites and remote locations where water access points need to be moved frequently.
Events and emergency response situations requiring adaptable water supply solutions.
Key Features:

Lightweight and easy to transport.
Quick and simple to set up and dismantle, offering flexibility in various situations.
5. Trailed Standpipes
Overview:
Trailed standpipes are mounted on trailers, making them mobile and versatile. These standpipes are designed for easy towing and can be quickly positioned wherever needed.

Learn More:
https://liquimech.com.au/standpipes/











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Break tanks play a crucial role in water management systems, providing essential functions that ensure both operational efficiency and safety. These tanks, often used in various industries including commercial buildings, manufacturing plants, and irrigation systems, serve as an intermediary storage solution within a water supply system. Here are key reasons highlighting the importance of break tanks:
1. Backflow Prevention
Break tanks act as a physical barrier between the public water supply and the private water system. This separation prevents any potential contamination of the public water supply by ensuring that water only flows in one direction. In the event of a backflow, contaminants from the private system cannot enter the public mains, safeguarding public health.
2. Pressure Regulation
In water systems with fluctuating pressure, break tanks help maintain a consistent and adequate pressure level. By acting as an intermediate storage, they ensure that water is available at the required pressure, even when the incoming supply pressure varies. This consistency is particularly important in systems where precise pressure control is necessary for equipment operation and process efficiency.
3. Emergency Water Storage
Break tanks provide a reserve of water that can be crucial during emergencies such as supply interruptions or firefighting needs. In the event of a water supply failure, the stored water in break tanks can keep essential operations running, minimizing downtime and potential damage.
4. Flow Control and Demand Management
By storing water temporarily, break tanks allow for better management of peak demand periods. They enable a controlled release of water into the system, reducing the strain on the supply infrastructure and ensuring a steady flow even during high-demand periods. This capability helps in optimizing the overall efficiency of the water distribution network.
5. System Isolation for Maintenance
Break tanks allow sections of the water system to be isolated for maintenance or repair without disrupting the entire supply. This flexibility is particularly valuable in large or complex systems where maintaining continuous water supply is critical. Isolating parts of the system ensures that routine maintenance can be performed without significant operational downtime.
6. Protection Against Water Hammer
Water hammer, a shock wave resulting from a sudden change in water flow, can cause significant damage to pipes and equipment. Break tanks absorb these shock waves, protecting the infrastructure from the potentially harmful effects of water hammer. This protective function extends the lifespan of the system components and reduces maintenance costs.
Learn more: https://liquimech.com.au/product/break-tanks/

10000 Litres to 60000 Litres Break Tanks | Liquimech Explore Liquimech's break tanks for efficient water storage solutions in Australia. Ensure reliability and compliance with our quality tanks.

he Benefits of Pipe, Hose, and Cable Floats
When it comes to managing pipelines, hoses, and cables in various industrial settings, ensuring their buoyancy and stability is crucial. Pipe, hose, and cable floats are indispensable in a multitude of applications, from mining and marine operations to dredging and water management projects. In this blog, we will explore the significant benefits of these floats and why they are essential for your operations.
What Are Pipe, Hose, and Cable Floats?
Pipe, hose, and cable floats are specialised devices designed to keep pipelines, hoses, and cables buoyant and secure in water environments. They are engineered to withstand harsh conditions, providing durability and reliability.
Key Benefits of Pipe, Hose, and Cable Floats
1. Enhanced Buoyancy
One of the primary benefits of using floats is their ability to provide enhanced buoyancy. By keeping pipes, hoses, and cables afloat, these devices prevent sinking and potential damage caused by submersion. This buoyancy is crucial in maintaining the integrity of your equipment and ensuring continuous operation without interruptions.
2. Improved Safety
Safety is paramount in any industrial operation. Floats help in reducing risks associated with submerged or partially submerged pipelines and cables, which can be hazardous to personnel and equipment. By keeping everything afloat and visible, the chances of accidents and equipment damage are significantly minimised.
3. Easy Installation and Maintenance
Floats are designed for easy installation and maintenance. Their lightweight construction allows for quick deployment and adjustments as needed. This ease of handling translates to reduced downtime and operational costs, making them a cost-effective solution for various industries.
4. Versatility
Pipe, hose, and cable floats are highly versatile and can be used in a wide range of applications. Whether it’s in mining operations, marine environments, dredging projects, or water treatment facilities, these floats can adapt to different conditions and requirements, making them an invaluable asset across industries.
5. Durability and Longevity
Constructed from robust materials like HDPE, these floats are designed to withstand extreme conditions, including exposure to UV rays, chemicals, and harsh weather. Their durability ensures a long service life, providing a reliable solution for your buoyancy needs over extended periods.
6. Environmental Protection
In addition to their functional benefits, floats also contribute to environmental protection. By keeping pipelines and cables afloat, they prevent disturbances to aquatic ecosystems and minimise the risk of contamination from submerged equipment. This aspect is particularly important in environmentally sensitive areas where maintaining ecological balance is critical.
Applications of Pipe, Hose, and Cable Floats
Mining: Floats are used to keep pipelines and hoses buoyant in slurry and tailings ponds, ensuring efficient transport of materials without the risk of sinking.
Marine: In marine environments, floats support cables and pipelines, preventing them from becoming entangled or damaged by underwater currents.
Dredging: Floats are essential in dredging operations to keep hoses and pipes afloat, enabling smooth and efficient removal of sediment from water bodies.
Water Management: In water treatment facilities and irrigation systems, floats ensure the proper functioning of pipelines and hoses, contributing to effective water management practices.
For more information on pipe, hose, and cable floats, and to explore range of products, visit https://liquimech.com.au/product/pe-pipe-floats/

Polyethylene Pipe Floats | Liquimech Enhance buoyancy with Liquimech's polyethylene pipe floats. Reliable solutions for secure and efficient aquatic installations.

Welcome to Mining Select RPF Mining Mechanical!!

UG Fitter/ Workshop Fitter roles live NOW on Mining Select.

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420 Litres to 68000 Litres Self-Bunded Fuel Tanks | Liquimech Secure fuel storage with Liquimech's Self-Bunded Fuel Tanks. Robust solutions for safe and compliant diesel storage in Australia.

PE Pipe Floats | Liquimech Enhance buoyancy with Liquimech's PE Pipe Floats. Reliable solutions for secure and efficient aquatic installations. Explore our quality options now.

🌟 HAPPY FRIDAY MINER'S🌟

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The Importance of Diesel Storage: Ensuring Efficiency and Safety for Your Operations

Diesel fuel plays a crucial role in various industries, from transportation and agriculture to construction and manufacturing. Proper diesel storage is essential for ensuring the efficiency and safety of these operations. In this blog, we will explore the importance of diesel storage, the benefits of using self-bunded tanks, and best practices for maintaining your diesel storage system.

1. Ensuring Fuel Quality and Performance
One of the primary reasons for proper diesel storage is to maintain fuel quality. Diesel fuel can degrade over time due to contamination, water accumulation, and microbial growth. Proper storage solutions, such as self-bunded tanks, help mitigate these issues by providing a controlled environment that reduces the risk of contamination and degradation. High-quality fuel is essential for the optimal performance of engines and machinery, reducing maintenance costs and downtime.

2. Environmental Protection
Diesel spills and leaks can have significant environmental consequences, contaminating soil and water sources. Self-bunded tanks, designed with double steel walls, provide an added layer of protection against leaks and spills. The outer tank, or bund, acts as a containment system, ensuring that any potential leaks are contained within the tank structure itself. This design minimizes the risk of environmental pollution and helps businesses comply with strict environmental regulations.

3. Safety for Personnel and Operations
Proper diesel storage is crucial for ensuring the safety of personnel and operations. Diesel fuel is highly flammable, and improper storage can lead to accidents and injuries. Self-bunded tanks are designed with safety in mind, featuring robust construction and additional safety features such as pressure testing and hydrostatic testing. These tanks reduce the risk of leaks, spills, and fires, creating a safer working environment for employees.

4. Cost-Effectiveness and Efficiency
Investing in proper diesel storage solutions can lead to significant cost savings and operational efficiency. Self-bunded tanks eliminate the need for external spill containment systems, reducing installation and maintenance costs. Additionally, having a reliable on-site fuel storage system ensures that fuel is readily available when needed, reducing downtime and improving productivity. By maintaining fuel quality and reducing the risk of spills, businesses can avoid costly clean-up operations and regulatory fines.

5. Flexibility and Customisation
Modern diesel storage solutions, such as Liquimech's self-bunded tanks, offer flexibility and customisation options to meet the unique needs of different projects and industries. These tanks come in various sizes, ranging from 400L to 50,000L, and can be customised to suit specific requirements. Whether you need a small tank for a remote construction site or a large tank for an industrial facility, customised storage solutions ensure that your diesel storage system is tailored to your operational needs.

Best Practices for Diesel Storage
To maximise the benefits of your diesel storage system, it is essential to follow best practices for maintenance and management:

Regular Inspections: Conduct regular inspections of your storage tanks to check for signs of damage, leaks, or corrosion.

Clean and Dry: Ensure that your storage tanks are clean and free from water accumulation. Water can promote microbial growth and fuel degradation.

Monitor Fuel Quality: Regularly test the quality of your stored diesel to ensure it meets the required standards.

Use Additives: Consider using fuel additives to enhance fuel stability and prevent microbial growth.

Training: Provide training for personnel on proper fuel handling and storage procedures to ensure safety and compliance.

“It gives me comfort to know that I can help other women to feel confident and secure in their new environment. We are not only women working in mining, but we are also a community."

Meet Mery, a time availability analyst at Escondida, Chile.

Escondida has launched "Memories of MinerAs," a groundbreaking book that narrates the transformative journeys of 16 female workers within the company, including Mery's story.

Since starting as an apprentice in 2022, Mery has been committed to inspiring and mentoring women to pursue careers in the mining industry.

What is a Portable J-Stand?
A portable J-stand is a mobile water delivery system designed for dust suppression and liquid management in construction, mining, demolition, and other project sites. Named for its distinctive J-shaped pipe design, its shape enhances the stability and safety of the operation.
Movable or portable J stands on wheelbases provide mobility and flexibility in supplying water for dust control. These portable standpipes can be easily transported around a worksite and positioned to provide efficient and targeted dust control and liquid transfer.
Portable J-Stands offer advantages over conventional standpipe designs:
1. Mobility and Flexibility
Most of the time, mining activities cover large areas and produce dust. A portable J-stand can service multiple locations from a single water source that can be used for different purposes.Liquimech, a leading liquid management solutions provider in Australia, has developed a portable stand pipe that folds into a compact body and thus enables easy transport on a flatbed truck. When folded, the standpipe can be forklifted or craned onto and off the truck bed, simplifying deployment to any site that needs an overhead water truck filling station.
2. Fast and Easy Installation
Time is of the essence in mining, and the last thing anyone needs is a lengthy setup process delaying critical operations. With portable standpipes, setup is effortless. The Liquimech Standpipe System enables rapid deployment, saving valuable time that would have been spent on drilling or infrastructure construction. This results in minimal labour and less disruption.
3. Workplace Safety
Portable standpipes or J stands simplify maintenance tasks, thereby decreasing the frequency of potentially hazardous maintenance work and related safety risks.
4. Operational Efficiency
For mining and construction operations to be successful, it’s crucial to ensure efficiency—and portable J stands excel in this regard. Their mobility, combined with fast installation and dependability, can streamline processes and minimise downtime, thus allowing a worksite to maximise productivity. Whether expediting dust control measures or ensuring machinery remains operational, these standpipes are the driving force behind enhanced efficiency in mining and construction operations. They can also adapt to changing site conditions and dust sources. For instance, as demolition progresses, dust emission points shift and mobile units can be relocated to contain dust in those areas.
5. Cost-Effectiveness
Using portable J stands on a job site requires an initial investment, but can provide significant cost savings and increased efficiency over time because of the following effects:
Increased efficiency and productivity from faster dust suppression
Reduced water consumption and pumping costs
Lower maintenance expenses from consolidated equipment
Savings on labour costs by reducing dust control crew needs
Avoiding regulatory fines for dust violations
Most companies find that portable J stands deliver a positive return on investment. In particular, the utilisation of portable J stands in dust control operations yields a substantial return on investment for companies through a variety of financial and operational benefits. Firstly, these stand pipes enhance efficiency and productivity by enabling faster dust suppression, which minimises work interruptions. They also contribute to significant savings by reducing water consumption and associated pumping costs.
Additionally, the consolidation of dust control equipment to durable and versatile J stands lowers maintenance expenses, while their ease of use results in reduced labour costs by decreasing the need for extensive dust control teams. Moreover, the effective dust management facilitated by these stands helps companies avoid potentially hefty fines for non-compliance with dust control regulations. Collectively, these advantages—ranging from direct cost savings on resources to indirect savings from regulatory compliance—underscore why portable J stands are considered a cost-effective solution for businesses seeking efficient dust management solutions.
Dust Suppression with Portable J-Stands
Dust at work sites isn’t just annoying—it can be downright dangerous. It messes up visibility, makes breathing difficult, and can even damage expensive machines. Getting a grip on this dust issue isn’t just about keeping the place clean; it’s also about safety and meeting environmental rules. Portable J stands are an effective solution for dust suppression and control in mining, construction, demolition, and other projects that generate high amounts of dust. The portable and movable nature of these systems allows dust mitigation exactly where it’s needed when it’s needed.
Why Use J-Stands for Dust Suppression?
Better Dust Control
Safer Work Environment
Meet Environmental Rules
Keep Equipment Safe
Keep Working Without Interruptions
By positioning these systems to directly target dust emissions at their source, they play a critical role in controlling the spread of particulate matter. This not only minimises health hazards and environmental impact, but also enhances visibility and air quality on the site, creating a safer and more compliant work environment.
Choosing the Right Portable J-Stand
When selecting a portable J-stand, there are several key factors to consider. First, evaluate the specifics of your application and requirements. Important considerations include:
The types of materials or liquids being managed
Required flow rates or capacity
Space constraints and footprint
Need for mobility or portability
Dust control needs and regulatory requirements
Any special features needed for your environment
Customisation Options
Liquimech portable J stands offer customisation options to meet your unique specifications. Potential areas of customisation include:
Materials of construction
Custom inlet and outlet configurations and connections
Integrated level gauges, valves, or controls
Special coatings or linings for abrasion or chemical resistance
Custom mounting or mobility options like wheel kits
As with any industry, exploring and understanding innovative solutions is essential. That’s why the mining and construction sectors should consider portable standpipes as practical alternatives to permanent bulk water-fill station infrastructures. From enhancing workplace safety to boosting operational efficiency, these standpipes provide a multitude of advantages that can greatly enhance overall efficiency and sustainability in mining and construction operations.
https://liquimech.com.au/.../portable-j-stands-bridging.../

Portable Standpipes: Mobility Meets Productivity - Liquimech Discover portable J-stands—your solution for seamless mobility and enhanced productivity wherever you go. Upgrade your industrial workspace today.