Accelerate product development to address mining’s biggest challenges

Innovation and product development lie at the heart of a sustainable future for the mining sector, says Paul Shelley, Global Vice President of Innovation, Molycop.

Key facts

  • The mining sector has historically been slow to embrace innovation, but 90% of Australian METS businesses say it’s important to them. 
  • Moving key decision points forward and reducing long lead-times are key to accelerating product development and driving step-change innovation.   
  • The mining sector needs to shed its hesitancy to embrace innovation by embracing new digital tools and shaking up the traditional stage gate approach to product development. 

The following is an abridged version of Paul Shelley’s article ‘The Criticality of Innovation and Product Development Acceptance for the Mining Industry, published in Metals & Mining Review. Click below to read the full article.  

The current state of the sector

The mining sector has had to face a number of challenges in recent decades. Natural challenges such as decreasing ore grades, deeper deposits and harder rock masses, plus other factors such as skills shortages and stringent sustainability targets, have driven the sector to work harder than ever to enhance processes across the whole value chain. 

Innovation and product development have a key role to play in driving productivity and creating a sustainable future for the Australian Mining Equipment, Technology and Services (METS) sector. The sector is traditionally conservative, favouring incremental improvement rather than step change. In the case of the processing circuit, innovation has been undertaken in focused ‘silos’ with little understanding of how one plant and equipment project might influence upstream and downstream processes. 

What’s needed in the face of these challenges are speedy solutions that can be deployed in a short timeframe. Accelerating product development and step-change innovation offer the solution. 

Implementing a hybrid stage gate system

The cornerstone for product development processes since the early 1990s has been Cooper’s Stage-Gate® system. It outlines a sequence of steps – ideation, concept, business case, product development, validation and launch – which requires an appropriate leader to provide approval at every step or ‘gate’. 

Cooper’s latest system, the Hybrid Stage Gate, has features for accelerating the innovation and product development process. It outlines the use of focused project teams coupled with effective portfolio management in order to increase resources on projects to maximise speed. New digital tools such as Virtual Reality (VR), Simulation, Machine Learning (ML) and AI can both enhance and accelerate new-product projects. 

Changing the series-based stage gate approach to one in which managers overlap stages and key decision points are brought forward can minimise the impact of long lead-time tasks and drive step-change in the product approval process.

The roadmap for accelerated product development and step-change innovation is available but is the industry ready and willing to deploy it? To do it must first break through its hesitancy, embrace innovation and take risks. 

About Paul Shelley

Paul Shelley is Molycop’s innovation lead. He has accumulated considerable industry knowledge over several decades in the mining, construction and oil and gas sectors. For the last three years his focus has been harnessing digital transformation within the mining industry to build a product and service stable that meets the future needs of Molycop’s customers.
 

Related Resources

Fosterville Gold Mine Case Study

Fosterville Gold Mine Case Study

Agnico Eagle Fosterville Gold Mine (Fosterville) operates a gold plant in Australia comprising of a crushing and grinding circuit (SAG mill with a closed loop cyclone classification circuit) followed by flotation, bacterial oxidation and leaching circuits. The lack of surge capacity between the grinding and flotation circuit and restrictions on crushing operations due to noise constraints resulted in unique set of challenges, that required the implementation of a novel control solution using advanced instrumentation.

Read More
MillROC Improvement Project at Australian Nickel Mine

MillROC Improvement Project at Australian Nickel Mine

The objective of a MillROC improvement project at a leading Australian nickel mine was to implement a new control philosophy around the grinding circuit, which allowed for stabilisation of key operating variables. The project led to significant improvement in circuit efficiency, reduction in energy requirements and increases in throughput.

Read More
Edikan: Continuous Improvement with MillROC Support

Edikan: Continuous Improvement with MillROC Support

Molycop has successfully implemented a range of optimisation projects at the Edikan Gold Mine, including mine-to-mill optimisation, advanced instrumentation, and real-time consulting services to deliver sustainable increased throughput of 27% in 8 months.

Read More
Advanced Control

Advanced Control

In partnership with Mintek, we design, commission and implement advanced control systems to deliver improved outcomes for your mineral processing operations.

Read More
Process Optimisation

Process Optimisation

Companies worldwide depend on us to optimise their mineral processing operations. Find out more about the range of services we offer.

Read More
Innovation

Innovation

At Molycop, we see innovation as a way to find solutions to some of the mining industry’s greatest challenges. We aim to improve on today so we can deliver better for tomorrow.

Read More

Cookie Settings

We use cookies, including third party cookies, for operational purposes, statistical analyses, to personalize your experience, provide you with targeted content tailored to your interests and to analyze the performance of our advertising campaigns.

To find out more about the types of cookies, as well as who sends them on our website, please visit our dedicated guide to managing cookies.