The aluminium industry is at the precipice of a technological revolution. With growing demands for energy efficiency, sustainability, and productivity, industry leaders are pushing the boundaries of technological or rather digital innovation to stay ahead. Companies like Quaker Houghton, Granco Clark, Hacklab Solutions, and Hamilton Research & Technology are driving these changes, harnessing advanced technologies to create smarter, safer, and more sustainable aluminium manufacturing processes.
Smart automation: The backbone of modern aluminium production
Automation has evolved from a mere productivity tool to an essential component of modern aluminium plants. Granco Clark, a leader in aluminium extrusion technology, has embraced adaptive technology to optimise operations.
“At Granco Clark, we have been focused on equipment that is flexible and adaptable to the unique needs of any extrusion facility. That is why we have introduced equipment with 'adaptive technology'. This new software package ensures that extrusion equipment 'self-tunes' and adapts to the immediate needs of a given extrusion profile run," explains Christian Ferman, Senior Electrical Engineer and Project Manager at Granco Clark.
The aluminium industry’s push for precision and efficiency has also seen companies like Hacklab Solutions merge human ingenuity with AI-driven automation. Vikram Rastogi, Founder and CEO of Hacklab, highlights how their TRAKR brand strikes this balance.
“At TRAKR, we believe technology should empower people, not replace them. Our solutions blend AI-driven automation with human expertise. By automating repetitive safety checks, compliance monitoring, and defect detection during casting, TRAKR allows workers to focus on more strategic and creative tasks,” says Rastogi.
At the forefront of aluminium industry innovation stands Quaker Houghton, a global leader in industrial process fluids. Their focus lies not just on lubrication but on transforming how aluminium operations achieve efficiency and sustainability.
“We're continually innovating to expand the capabilities of QH FLUID INTELLIGENCE™ — including investing in engineering, R&D, and information technology to introduce more advanced analytics, enhance automation, and generally support our customers’ broader adoption of Industry 4.0 technologies,” explains Peter De Bruyne, Global Business Director, Non-Ferrous from Quaker Houghton.
Harnessing AI and IIoT for real-time decision-making
The integration of AI and the Industrial Internet of Things (IIoT) is revolutionising how aluminium manufacturers monitor and manage their operations. Real-time data analytics and predictive maintenance are now non-negotiables for future-ready plants.
Granco Clark’s SCS software leverages Industry 4.0 principles to drive operational excellence. According to Ferman, “The SCS software is constantly historicising process and equipment data, while at the same time running data analysis to identify potential patterns or anomalies. This predictive maintenance ensures that components are only replaced when they need to be, rather than traditional PM schedules that often replace good components unnecessarily.”
Hacklab's TRAKR platform also harnesses AI-powered vision analytics to enhance both quality and safety. “TRAKR’s vision analytics detects casting defects during manufacturing, ensuring defective products are flagged immediately. This reduces material wastage, improves quality, and enhances operational efficiency,” explains Rastogi.
Speaking about the necessity of an innovative and technically advanced product range in the entire aluminium value chain, Nozi Hamidi – Global Strategy Director, Fluid Intelligence of Quaker Houghton, stated, “Our process fluids, lubricants and coatings are relied on by customers throughout the full value chain of aluminium production — from mine to mill and on to manufacturing. These fluids play an integral role in process control, equipment management and in delivering quality products, so it’s critical that they’re monitored and well-maintained. However, analysis and management of fluid parameters can often be lengthy, labour-intensive and complex. Over the years we’ve developed hardware and software to help our customers overcome these challenges, and we now offer a fully digital, automated solution with our QH FLUID INTELLIGENCE™ platform that provides real-time monitoring and control of fluid performance.”
Hamilton Research & Technology takes AI a step further by embedding it into their flagship systems, REDCON and FIRECON. Vikas Arora, Managing Director and CEO, explains, “In REDCON, AI-driven algorithms predict and prevent anode effects, reducing energy wastage and carbon footprint. FIRECON utilises AI to optimise combustion processes and minimise flue temperature deviations, ensuring optimal energy use.”
Sustainability: A core focus for aluminium innovation
Sustainability is no longer a buzzword; it’s a necessity. Aluminium manufacturers are racing to reduce carbon emissions, minimise waste, and optimise energy consumption.
At Granco Clark, sustainability is embedded in their technology. “Our equipment is always designed with energy efficiency in mind. Each piece of equipment includes a sensor package to measure efficiency during operation. Our adaptive technology automatically optimises machine efficiency while maintaining process standards,” says Ferman.
Hacklab’s TRAKR aligns sustainability with operational goals by reducing waste through real-time defect detection. “By detecting casting defects during production in real-time, TRAKR reduces the need for rework and ensures higher efficiency, saving both materials and energy,” adds Rastogi.
Hamilton Research, on the other hand, is looking to the future by exploring emerging technologies like inert anodes. “Technologies like inert anodes are transformative, eliminating CO₂ emissions from the smelting process. Hamilton Research is exploring how we can support the adoption of inert anode technology,” reveals Arora.
The road ahead: A smarter, safer aluminium industry
As the aluminium industry moves forward, the emphasis on digital transformation, sustainability, and automation will only intensify. Companies like Granco Clark, Hacklab Solutions, and Hamilton Research & Technology are not just responding to industry demands — they are shaping its future.
With AI-driven predictive maintenance, real-time data analytics, and a steadfast commitment to sustainability, these innovators are building an aluminium industry that is smarter, safer, and more efficient than ever.
The journey towards a technologically advanced aluminium sector has begun — and the leaders driving this transformation are ready to push the limits of what’s possible.
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