The Importance Of Accuracy And Efficiency Within Even The Most Challenging Mining Environments

Published 14 January '24

At a glance

  • This article emphasises the critical role of accurate and efficient weighing in the demanding mining industry.
  • It explores the significance of precise weighing in maintaining operational efficiency, revenue management and more.
  • Consult with Trakblaze experts to choose the right weighing solution.

 

Mining, as an industry, operates within the harshest working environments in the world. Often the mines are exposed to uncontrollable heat and cold, dust, or any range of environmental conditions, out of their control.

So, this means that all machinery on-site must be able to withstand any weather condition. Why? Because no mining environment can risk their machinery, causing a lack of efficiency or accuracy and disrupting their workday.

Hence, in the demanding world of mining, the significance of accurate and efficient weighing cannot be overstated. The rugged and challenging environments of mining sites pose unique challenges that demand robust solutions.

This blog post delves into the critical nature of precise weighing in mining operations, highlighting the various challenges these environments present, and the innovative technologies designed to overcome them.

Challenges in Mining Environments

Harsh Conditions and Environmental Factors

Mining sites are synonymous with extreme conditions. From searing heat to freezing temperatures and the ever-present dust and debris, mines are battlegrounds against extreme environmental conditions.

Mining operations demand on-site machinery, particularly robust weighing equipment, capable of operating efficiently under any weather conditions. This resilience ensures that disruptions due to equipment failure are minimised, safeguarding the continuity of mining operations.

Technological Challenges

Equipment reliability in such tough conditions is paramount. Ensuring data accuracy and managing communication issues are also crucial in maintaining operational efficiency in these remote locations.

The Significance of Accurate and Efficient Weighing in Mining Operations

Operational Efficiency

Accurate weighing data is foundational for operational efficiency in mining. It ensures that resources are utilised optimally, avoiding wastage and maximising output.

Revenue Management

Inaccuracies in weight can lead to significant financial losses. Precision in weighing ensures that revenue calculations based on material weight are accurate, safeguarding the financial health of the mining operation.

Inventory Tracking

Keeping track of material quantities is essential for efficient operation management. Accurate weighing data plays a critical role in effective inventory management.

Cost Control

By preventing overloading and optimising payload, accurate weighing systems help in controlling operational costs.

Quality Assurance and Regulatory Compliance

Adherence to quality standards and regulatory compliance is non-negotiable in mining. Accurate weighing ensures that the materials meet quality standards and comply with regulatory requirements.

Legal-For-Trade Requirements

Meeting legal-for-trade requirements is a necessity in mining operations. Accurate weighing systems ensure that the operations are within legal boundaries.

Minimising Human Error

The right weighing equipment minimises the chance of human error impacting operations, ensuring consistency and reliability in measurements.

Technologies for Accurate Weighing in Challenging Environments

Robust Rail Weighbridge Systems

Trakblaze’s Infinity Low-Speed Rail weighbridge system exemplifies innovation in mining weighbridges. Unlike traditional systems, the Infinity LS can be used on both straight and curved tracks, a significant advancement considering the varied layouts of mining sites. This system offers real-time data for wheels, axles, bogies, and wagons within a train, ensuring precise load management and preventing wagon overloading.

Modular Mining Trucks Weighing Solutions

The FORCE 2 & 4™ mining truck weighbridge scale is a testament to adaptability and precision. Designed for the world’s most challenging mining environments, it offers high accuracy in both static and in-motion weighing. What sets it apart is its modular design, allowing it to be adapted for different types of mining trucks, regardless of make or model. This flexibility is crucial in mining operations where diverse vehicles are used. FORCE 2 Individual Pad Capacity is up to 50 tonne and FORCE 4  Individual Pad Capacity is up to 150 tonne!

Volumetric Scanning Technology

Moving beyond traditional weighing, volumetric scanning offers a revolutionary approach to load measurement. These scanners are quick to install and ideal for sites where space is at a premium. They use non-contact, drive-through scanning lasers to deliver real-time, highly accurate data of all loading operations. This technology not only speeds up the measurement process but also eliminates errors due to human involvement.

Advanced Load Cells and Sensors

The heart of any weighing system lies in its load cells and sensors. Trakblaze uses cutting-edge load cell technology designed to deliver unparalleled performance in truck weighing systems. The use of high-quality load cells ensures unmatched accuracy and reliability, crucial for the tough mining environment.

Environmental Adaptation Features

Trakblaze’s weighing systems are equipped with features to withstand environmental challenges. They are sealed against dust and water, crucial in mining sites where these elements are prevalent. Moreover, their design incorporates shock and vibration-resistant features, ensuring consistent accuracy despite the rough terrain and heavy-duty use typical in mining operations

Software and Data Integration

Beyond hardware, the software integrated into these weighing systems plays a pivotal role. It enables seamless data collection, extraction, and analysis. This software integration is crucial for managing the complex data involved in mining operations and turning it into actionable insights for better operational efficiency.

Customisation and Scalability

Recognising that no two mining operations are the same, Trakblaze offers customisable solutions. Whether it’s adapting to specific vehicle types, mining applications, or safety requirements, their technology can be tailored to meet the unique needs of each mining site.

Pre-Calibrated for Accuracy

Ensuring accuracy starts right from installation. Trakblaze’s truck scales come pre-calibrated, ready for immediate operation. This feature is vital for mining companies that require accurate and efficient weighing solutions without the additional time and resources typically involved in scale calibration.

Advanced Volumetric Load Measurement Technology for Mining Sites

 

Trakblaze has many weighing solutions that have been made to withstand the harsh conditions of a mining site. Below we will explore the uses and benefits of these so that you can find the best option for your work site.

Infinity Low Speed

The Trakblaze INFINITY Low-Speed Train weighbridge is the ideal, slow speed weigh in-motion solution for mine load-outs. It provides the operator with the weight data for the wheels, axles, bogies and wagon within a train in real-time. With its easy to install design, the Infinity Train weighing system, enables the mine operator to regulate the filling and ensure wagons aren’t overloaded. Unlike any other system globally, the Infinity LS train scale can be used on both straight and curved tracks, making it an excellent option for implementation on any mining site. The option will increase weighing accuracy and scale reliability in even the harshest conditions.

Low Speed weighbridge

Force 2&4

The FORCE™      mining weighbridge scale has been specifically designed to endure the world’s most challenging mining environments. It addresses the need for high accuracy truck weighing within the industry and is known as the World’s Toughest Mining Scale. It has been created to optimise accuracy and efficiency of use on-site, either statically or in-motion, and weighing speed of up to 12kph (7.5mph). Unlike standard mining truck weighbridges, its modular design enables it to be configured to consider any sort of mining truck, no matter the make or model. You won’t find a better mining truck scale anywhere else on the market.

Volumetric Scanning

Volumetric scanning is an alternative to weighing that has revolutionised how measurements of loads are taken. Volumetric load scanners are effortless and quick to install and often the better option for smaller sites, as they are a cost-effective and mobile unit that doesn’t take up much space. However, they are also ideal for any site that wants to speed up its measurement process while getting real-time, highly accurate data of all loading operations. Volumetric scanners ensure a highly accurate measurement using innovative, drive-through, non-contact scanning lasers. This system also eliminates the chance of any false load counting caused by human error. Volumetric scanning is the new era in mining weighing technology, and it might be precisely what your mining site needs.

volumetric load scanner

Efficiency and accuracy are the keys to a successful and well-run mining site. You need precision when weighing to prevent overloading and increase the profitability and quality of your operations. The right weighing equipment will provide this precision while minimising the chance of human error impacting operations.

Luckily for mining operations across the world, Trakblaze can provide the highest quality, reliable weighing technology. As a reputable industry leader, they have weighing solutions for every mining site.

Every option Trakblaze offers is a highly accurate weighing system that can withstand the harshest conditions. However, your decision will depend on the individual requirements of each site. So, what does your mining site need?

If you are having trouble deciding, get in touch with the expert at Trakblaze, and they can assist you with choosing the correct weighing option.