MechChem Africa November-December 2024

⎪ Products and industry news ⎪ Revolutionising efficiency and sustainability with advanced pumping solutions

Darryl MacDougall, MD of Verder Pumps South Africa highlights the advantages of IoT-enabled pump systems for addressing efficiency and sustainability challenges head-on.

margins. Traditional pumping systems, often plagued by inefficiencies such as being oversized, have led to excessive energy consumption and sub-optimal water usage. This not only escalates operational costs but also exerts un due pressure on the environment. The strategic optimisation of pump systems stands at the forefront of combating these inefficiencies, heralding a new era of sustainable and cost-effective mining operations. The advent of innovative pumping systems equipped with Internet of Things (IoT) sensors marks a signifi cant leap forward. These cutting-edge systems enable real-time monitoring and optimisation of energy and water use, dramatically reducing waste and mitigating the frequent repair issues that beset mineral processing opera tions. The corrosive and erosive nature of water borne slurries in these settings necessitates durable and efficient solu tions. IoT-enabled pump systems not only address these challenges head-on but also gather and analyse data to fur ther refine water management strate gies and minimise waste when pumping water borne slurries. Peristaltic pump solutions emerge as a game-changer in the minerals processing and materials h a n d l i n g

Peristaltic pumps offer a compelling alternative to traditional pumping technologies. Process plants embracing peristal tic pump technology recognise the critical value of incorporating Original Equipment Manufacturer (OEM) hoses, ensuring the direct translation of in creased plant uptime into enhanced bottom-line benefits. This strategic choice underscores a commitment to maintaining production efficiency and sidestepping the pitfalls associated with non-OEM aftermarket parts. By prioritising OEM hoses, these forward thinking organisations ensure system in tegrity, maximise operational efficiency, and secure sustained profitability, effec tively turning potential challenges into opportunities for growth and success. The integration of advanced tech nologies such as IoT sensors and predic tive analytics, coupled with a steadfast commitment to using fit-for-purpose OEM parts, has the potential to revo lutionise pump system management in the mining sector. This approach not only facilitates real-time monitoring and reduces downtime but also optimises resource management, leading to peak operational efficiency. The culmination of these efforts is a mining operation that is not only more cost-effective and efficient but also more sustainable and profitable. As the mining industry and other sectors reliant on materials handling continue to evolve, the adoption of these advanced pump solutions and technolo gies will play a crucial role in shaping a more efficient, sustainable, and profit able future. The strategic advancement of peri staltic pumps, in particular, represents a significant step towards reducing water usage and enhancing operational effi ciency through IoT integration. For decision-makers in mineral pro cessing, leveraging these innovative solutions is key to achieving environ mental sustainability and a stronger bottom line. www.verderliquids.com/za/en

I n the fiercely competitive and environ mentally conscious world of mining, achieving a harmonious balance between operational cost efficiency and profitabil ity has never been more crucial. The industry's relentless pursuit of resource efficiency and yield maximisation is driving a transformative shift towards innovative pumping solutions. These advancements are not only setting new benchmarks in operational sustainability but are also significantly enhancing profitability Peristaltic pumps are the ideal solution for many different applications because the hose is the only component in contact with the fluid. This reduces abrasive wear on other working parts which dramatically extends the life of the pump.

land s cape .

Characterised by their lower initial in vestment and reduced maintenance costs, these

pumps significantly boost operational efficiency and profitability with their ability to pump highly viscous slurries and media with a high specific gravity, thereby optimising water usage and minimising environmental footprint.

42 ¦ MechChem Africa • November-December 2024